text: Since the earthquake caused only minor ground movement, and was only lightly felt, all the damage that occurred on the island was due to the tsunami. Types of buildings that were affected were timber/bamboo, brick traditional, and brick traditional with reinforced concrete. Semi-permanent timber or bamboo structures that were based on a wooden frame were the most economical style of construction that were assessed following the disaster. A tsunami flow depth of  usually resulted in complete destruction of these types of structures. A group of scientists that evaluated the damage considered the unreinforced brick construction as weak, because the performance of homes constructed in that style did not fare much better than the timber/bamboo variety. Hotels and some houses and shops that were of reinforced brick construction were far better off, because units that were exposed to a flood depth of  were considered repairable.

text: Since the earthquake caused only minor ground movement, and was only lightly felt, all the damage that occurred on the island was due to the tsunami. Types of buildings that were affected were

entity_name: Lumber

text: timber

entity_name: Bamboo

text: bamboo

entity_name: Brick

text: brick

text: traditional, and brick traditional with

entity_name: Reinforced concrete

text: reinforced concrete

text: . Semi-permanent timber or bamboo structures that were based on a wooden frame were the most economical style of construction that were assessed following the disaster. A tsunami flow depth of  usually resulted in complete destruction of these types of structures. A group of scientists that evaluated the damage considered the unreinforced brick construction as weak, because the performance of homes constructed in that style did not fare much better than the timber/bamboo variety.

entity_name: Hotel

text: Hotel

text: s and some houses and shops that were of reinforced brick construction were far better off, because units that were exposed to a

entity_name: Flood

text: flood

text: depth of  were considered repairable.

method: ICT-DRMMTKS

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: Which of the following is not a type of structure: timber/bamboo, brick traditional, or brick traditional with reinforced concrete?

answers: NDQ_000706

answers: tsunami

answers: NDQ_000707

answers: a body of water moves

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: a tsunami flow depth

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or earthquake?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a type of structure: timber/bamboo, brick traditional, or brick traditional with reinforced concrete?

answers: NDQ_000726

answers: Which of the following is not a type of energy that began with wind?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: The tsunami caused only minor ground movement

answers: NDQ_000729

answers: Which of the following is not a cause of the tsunami: earthquake, tsunami, or Earths rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not a type of building?

answers: NDQ_000732

answers: Which of the following is not a type of construction that were assessed following the disaster?

answers: NDQ_000733

answers: day?

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: tsunami flow depth of

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unreinforced brick construction was weak

answers: NDQ_000739

answers: ashore

answers: NDQ_000740

answers: tsunami

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: earthquake

answers: NDQ_000744

answers: flood depth of

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: economical

answer_match: Using FLAN-T5-Large with this prompt: For the question "{question}" the correct answer is "{correct_answer}". Is "{answer}" an equally correct response to this question? Answer yes or no.

orig_prompt_class: QuestionPromptWithChoices

prompt_style: context: question:

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: tsunami

answers: NDQ_000706

answers: tsunami

answers: NDQ_000707

answers: tsunami.

answers: NDQ_000710

answers: tsunami.

answers: NDQ_000715

answers: concrete.

answers: NDQ_000718

answers: concrete.

answers: NDQ_000720

answers: tsunami.

answers: NDQ_000721

answers: tsunami. Types of buildings that were affected were timber/bamboo,

answers: NDQ_000722

answers: tsunami flow depth

answers: NDQ_000723

answers: tsunami.

answers: NDQ_000724

answers: tsunami.

answers: NDQ_000725

answers: concrete.

answers: NDQ_000726

answers: tsunami.

answers: NDQ_000727

answers: tsunami. Types of buildings that were affected were timber/bamboo,

answers: NDQ_000728

answers: tsunami

answers: NDQ_000729

answers: minor ground movement,

answers: NDQ_000730

answers: minor ground movement,

answers: NDQ_000731

answers: tsunami. Types of buildings that were affected were timber/bamboo,

answers: NDQ_000732

answers: timber/bamboo, brick traditional, and brick traditional with reinforced concrete.

answers: NDQ_000733

answers: island

answers: NDQ_000734

answers: earthquake caused only minor ground movement,

answers: NDQ_000735

answers: tsunami. Types of buildings that were affected were timber/bamboo,

answers: NDQ_000736

answers: tsunami flow depth

answers: NDQ_000737

answers: tsunami. Types of buildings that were affected were timber/bamboo,

answers: NDQ_000738

answers: repairable.

answers: NDQ_000739

answers: concrete.

answers: NDQ_000740

answers: minor ground movement,

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: flood depth of were considered repairable.

answers: NDQ_000743

answers: ground movement,

answers: NDQ_000744

answers: flood

answers: NDQ_000745

answers: tsunami.

answers: NDQ_000746

answers: concrete.

text: Internal tides are generated as the surface tides move stratified water up and down sloping topography, which produces a wave in the ocean interior.  So internal tides are internal waves at a tidal frequency.  The other major source of internal waves is the wind which produces internal waves near the inertial frequency.  When a small water parcel is displaced from its equilibrium position, it will return either downwards due to gravity or upwards due to buoyancy.  The water parcel will overshoot its original equilibrium position and this disturbance will set off an internal gravity wave.  Munk (1981) notes, "Gravity waves in the ocean's interior are as common as waves at the sea surface-perhaps even more so, for no one has ever reported an interior calm."

text: Internal tides are generated as the surface

entity_name: Tide

text: tides

text: move stratified water up and down sloping topography, which produces a wave in the ocean interior.  So internal tides are

entity_name: Internal wave

text: internal waves

text: at a tidal frequency.  The other major source of internal waves is the wind which produces internal waves near the inertial frequency.  When a small water parcel is displaced from its equilibrium position, it will return either downwards due to gravity or upwards due to buoyancy.  The water parcel will overshoot its original equilibrium position and this disturbance will set off an internal gravity wave.  Munk (1981) notes, "Gravity waves in the ocean's interior are as common as waves at the sea surface-perhaps even more so, for no one has ever reported an interior calm."

answers: NDQ_000702

answers: surface tides

answers: NDQ_000704

answers: Which of the following is not a source of internal waves: wind or gravity?

answers: NDQ_000706

answers: ocean's interior

answers: NDQ_000707

answers: the water is displaced from its equilibrium position

answers: NDQ_000710

answers: internal tides

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times per day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: internal tides

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: surface tides

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: internal gravity wave

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: no one has ever reported an interior calm

answers: NDQ_000739

answers: stratified

answers: NDQ_000740

answers: internal tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: internal tides

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: internal tides

answers: NDQ_000745

answers: surface tides

answers: NDQ_000746

answers: Gravity

answers: NDQ_000702

answers: surface tides

answers: NDQ_000704

answers: Internal tides are generated as the surface tides

answers: NDQ_000706

answers: interior

answers: NDQ_000707

answers: gravity or upwards due to buoyancy.

answers: NDQ_000710

answers: Internal tides

answers: NDQ_000715

answers: tidal frequency.

answers: NDQ_000718

answers: internal waves at a tidal frequency.

answers: NDQ_000720

answers: wind which produces internal waves near the inertial frequency.

answers: NDQ_000721

answers: wind

answers: NDQ_000722

answers: gravity or upwards due to buoyancy.

answers: NDQ_000723

answers: internal tides are internal waves at a tidal frequency.

answers: NDQ_000724

answers: wind which produces internal waves near the inertial frequency.

answers: NDQ_000725

answers: Internal tides

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: tidal frequency.

answers: NDQ_000728

answers: Internal tides

answers: NDQ_000729

answers: Internal tides

answers: NDQ_000730

answers: gravity

answers: NDQ_000731

answers: Internal tides

answers: NDQ_000732

answers: sloping topography,

answers: NDQ_000733

answers: Internal tides

answers: NDQ_000734

answers: surface tides

answers: NDQ_000735

answers: Internal tides

answers: NDQ_000736

answers: Internal tides

answers: NDQ_000737

answers: Internal tides

answers: NDQ_000738

answers: interior calm."

answers: NDQ_000739

answers: stratified water up and down sloping topography,

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: Internal tides

answers: NDQ_000742

answers: Internal tides

answers: NDQ_000743

answers: gravity or upwards due to buoyancy.

answers: NDQ_000744

answers: Internal tides

answers: NDQ_000745

answers: Internal tides are generated as the surface tides

answers: NDQ_000746

answers: gravity or upwards due to buoyancy.

text: Wohldmann, Healey and Bourne found that Retroactive Interference also affects retention of motor movements. Researchers found that retroactive interference affects the performance of old motor movements when newly acquired motor movements are practiced. Physical practice of newly executed motor movements decreased the retention and recall of previously learnt movements. Despite the retroactive interference noted by Wohldmann et al., researchers noted that mental practice decreased the amount of retroactive interference, suggesting that mental practice is more flexible and durable over time.  This study of the superiority effect of physical practice is similar to the Word Superiority Effect made famous by Cattell.

text: Wohldmann, Healey and Bourne found that Retroactive Interference also affects retention of motor movements. Researchers found that retroactive interference affects the performance of old motor movements when newly acquired motor movements are practiced. Physical practice of newly executed motor movements decreased the retention and recall of previously learnt movements. Despite the retroactive interference noted by Wohldmann et al., researchers noted that mental practice decreased the amount of retroactive interference, suggesting that mental practice is more flexible and durable over time.  This study of the superiority effect of physical practice is similar to the

entity_name: Word superiority effect

text: Word Superiority Effect

text: made famous by Cattell.

method: Bert-DRMMTKS

answers: NDQ_000702

answers: retroactive interference

answers: NDQ_000704

answers: What does the word "superiority" mean?

answers: NDQ_000706

answers: near the coast

answers: NDQ_000707

answers: physical practice of newly executed motor movements decreased the recall of previously learnt movements.

answers: NDQ_000710

answers: ice water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: The biggest ocean waves occur with hurricanes

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: What is the crest of a wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What would happen if the tides did not change?

answers: NDQ_000726

answers: This study of the superiority effect of mental practice decreased the amount of retroactive interference

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: What causes the Coriolis effect?

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides

answers: NDQ_000731

answers: Context: Spring tides occur when the sun and moon are in a straight line.

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean.

answers: NDQ_000733

answers: day.

answers: NDQ_000734

answers: retroactive interference

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Word Superiority Effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: physical practice decreased the amount of retroactive interference

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: NDQ_000742

answers: NDQ_000743

answers: Physical practice of newly executed motor movements

answers: NDQ_000744

answers: NDQ_000745

answers: retroactive interference

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Retroactive Interference

answers: NDQ_000704

answers: Retroactive Interference

answers: NDQ_000706

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000707

answers: Retroactive Interference

answers: NDQ_000710

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000715

answers: Word Superiority Effect made famous by Cattell.

answers: NDQ_000718

answers: Word Superiority Effect made famous by Cattell.

answers: NDQ_000720

answers: Retroactive Interference

answers: NDQ_000721

answers: Retroactive Interference

answers: NDQ_000722

answers: Retroactive Interference

answers: NDQ_000723

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000724

answers: Retroactive Interference

answers: NDQ_000725

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000726

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000727

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000728

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000729

answers: Retroactive Interference

answers: NDQ_000730

answers: Retroactive Interference

answers: NDQ_000731

answers: Retroactive Interference

answers: NDQ_000732

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000733

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000734

answers: Retroactive Interference

answers: NDQ_000735

answers: Retroactive Interference

answers: NDQ_000736

answers: Word Superiority Effect

answers: NDQ_000737

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000738

answers: Retroactive Interference

answers: NDQ_000739

answers: mental practice

answers: NDQ_000740

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000741

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000742

answers: Retroactive Interference

answers: NDQ_000743

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000744

answers: Retroactive Interference

answers: NDQ_000745

answers: Retroactive Interference also affects retention of motor movements.

answers: NDQ_000746

answers: Retroactive Interference also affects retention of motor movements.

text: The ocean moves very fast, both at low and at high tide, up to  away. The tides have been described by Victor Hugo as "à la vitesse d'un cheval au galop" or "as swiftly as a galloping horse". In reality the full extent of the tides is only visible at the entry of the bay (the sea level around the Mont Saint-Michel is above the low tide level) and its actual speed is closer to a walking human, the fastest observed being around 6.1 km/h.

text: The ocean moves very fast, both at low and at high

text: tide

text: , up to  away. The

text: tides

text: have been described by

entity_name: Victor Hugo

text: Victor Hugo

text: as "à la vitesse d'un cheval au galop" or "as swiftly as a galloping horse". In reality the full extent of the

text: tides

text: is only visible at the entry of the

entity_name: Bay

text: bay

text: (the sea level around the

entity_name: Mont Saint-Michel

text: Mont Saint-Michel

text: is above the low

text: tide

text: level) and its actual speed is closer to a walking human, the fastest observed being around 6.1 km/h.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: How fast does the ocean move?

answers: NDQ_000706

answers: at the entry of the bay

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: seawater up to the surface

answers: NDQ_000715

answers: its actual speed is closer to a walking human

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: 6.1 km/h

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: NDQ_000734

answers: the ocean

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: low tide level

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Mont Saint-Michel is above the low tide level

answers: NDQ_000739

answers: at low tide

answers: NDQ_000740

answers: low tide

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: What is the term for energy transfer through matter?

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: The ocean moves very fast,

answers: NDQ_000706

answers: high tide,

answers: NDQ_000707

answers: The ocean moves very fast, both at low and at high tide,

answers: NDQ_000710

answers: The ocean moves very fast, both at low and at high tide,

answers: NDQ_000715

answers: "à la vitesse d'un cheval au galop"

answers: NDQ_000718

answers: 6.1 km/h.

answers: NDQ_000720

answers: 6.1 km/h.

answers: NDQ_000721

answers: The ocean moves very fast,

answers: NDQ_000722

answers: (the sea level around the Mont Saint-Michel is above the low tide level)

answers: NDQ_000723

answers: The ocean moves very fast, both at low and at high tide,

answers: NDQ_000724

answers: The ocean moves very fast, both at low and at high tide,

answers: NDQ_000725

answers: The ocean moves very fast, both at low and at high tide,

answers: NDQ_000726

answers: The ocean moves very fast, both at low and at high tide,

answers: NDQ_000727

answers: The ocean moves very fast,

answers: NDQ_000728

answers: The ocean moves very fast, both at low and at high tide,

answers: NDQ_000729

answers: The ocean moves very fast,

answers: NDQ_000730

answers: The ocean moves very fast, both at low and at high tide,

answers: NDQ_000731

answers: "à la vitesse d'un cheval au galop"

answers: NDQ_000732

answers: The ocean moves very fast,

answers: NDQ_000733

answers: The ocean moves very fast, both at low and at high tide,

answers: NDQ_000734

answers: The ocean

answers: NDQ_000735

answers: low and at high tide,

answers: NDQ_000736

answers: "à la vitesse d'un cheval au galop"

answers: NDQ_000737

answers: The ocean

answers: NDQ_000738

answers: "as swiftly as a galloping horse".

answers: NDQ_000739

answers: high tide,

answers: NDQ_000740

answers: low and at high tide,

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: high tide,

answers: NDQ_000743

answers: The ocean moves very fast,

answers: NDQ_000744

answers: high tide,

answers: NDQ_000745

answers: The tides

answers: NDQ_000746

answers: 6.1 km/h.

text: A second influence on the tides occurs because of gravitation from the sun. Gravitation from the sun has less influence than the moon, because it is so much further from earth. However, the sun influences the tidal range. When the sun, earth and moon are aligned in a straight line (at new and full moon), their tidal effects combine, producing the particularly high and low tides called spring tides. When the sun is at right angles to the moon, the effects are partially cancelled, producing the small tides called neap tides.

text: A second influence on the tides occurs because of gravitation from the sun. Gravitation from the sun has less influence than the moon, because it is so much further from earth. However, the sun influences the

entity_name: Tidal range

text: tidal range

text: . When the sun, earth and moon are aligned in a straight line (at

entity_name: New moon

text: new

text: and

entity_name: Full moon

text: full moon

text: ), their tidal effects combine, producing the particularly high and low tides called

entity_section: Range variation: springs and neaps

text: spring tide

text: s. When the sun is at right angles to the moon, the effects are partially cancelled, producing the small tides called

text: neap tide

text: s.

method: dangnt-nlp

answers: NDQ_000702

answers: the moon

answers: NDQ_000704

answers: Which of the following is not a type of tide: spring tides or neap tides?

answers: NDQ_000706

answers: spring tides

answers: NDQ_000707

answers: Gravitation from the sun has less influence on the tides

answers: NDQ_000710

answers: neap tides

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the second influence on the tides?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides cause water levels to rise and fall?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: spring tides

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: yes

answers: NDQ_000732

answers: When the sun is at right angles to the moon

answers: NDQ_000733

answers: spring tide

answers: NDQ_000734

answers: the moon

answers: NDQ_000735

answers: at right angles to the moon

answers: NDQ_000736

answers: high and low tides

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Gravitation from the sun has less influence than the moon

answers: NDQ_000739

answers: closer to the sun

answers: NDQ_000740

answers: low tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: What is gravitation?

answers: NDQ_000744

answers: spring

answers: NDQ_000745

answers: spring tides

answers: NDQ_000746

answers: gravitation

answers: NDQ_000702

answers: moon,

answers: NDQ_000704

answers: neap tides.

answers: NDQ_000706

answers: spring tides.

answers: NDQ_000707

answers: gravitation from the sun.

answers: NDQ_000710

answers: neap tides.

answers: NDQ_000715

answers: spring tides.

answers: NDQ_000718

answers: neap tides.

answers: NDQ_000720

answers: spring tides.

answers: NDQ_000721

answers: the moon,

answers: NDQ_000722

answers: neap tides.

answers: NDQ_000723

answers: spring tides.

answers: NDQ_000724

answers: A second influence on the tides occurs because of gravitation from the sun.

answers: NDQ_000725

answers: spring tides.

answers: NDQ_000726

answers: A second influence on the tides occurs because of gravitation from the sun.

answers: NDQ_000727

answers: spring tides.

answers: NDQ_000728

answers: spring tides.

answers: NDQ_000729

answers: gravitation from the sun.

answers: NDQ_000730

answers: Gravitation from the sun has less influence than the moon,

answers: NDQ_000731

answers: spring tides.

answers: NDQ_000732

answers: neap tides.

answers: NDQ_000733

answers: spring tides.

answers: NDQ_000734

answers: moon,

answers: NDQ_000735

answers: the sun is at right angles to the moon,

answers: NDQ_000736

answers: high and low tides

answers: NDQ_000737

answers: spring tides.

answers: NDQ_000738

answers: Gravitation from the sun has less influence than the moon,

answers: NDQ_000739

answers: the sun.

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides called spring tides.

answers: NDQ_000742

answers: neap tides.

answers: NDQ_000743

answers: gravitation

answers: NDQ_000744

answers: spring tides.

answers: NDQ_000745

answers: tides called spring tides.

answers: NDQ_000746

answers: Gravitation from the sun has less influence than the moon,

text: Climatologically, tropical cyclones are steered primarily westward by the east-to-west trade winds on the equatorial side of the subtropical ridge—a persistent high-pressure area over the world's subtropical oceans. In the tropical North Atlantic and Northeast Pacific oceans, the trade winds steer tropical easterly waves westward from the African coast toward the Caribbean Sea, North America, and ultimately into the central Pacific Ocean before the waves dampen out. These waves are the precursors to many tropical cyclones within this region. In contrast, in the Indian Ocean and Western Pacific in both hemispheres, tropical cyclogenesis is influenced less by tropical easterly waves and more by the seasonal movement of the Inter-tropical Convergence Zone and the monsoon trough. Additionally, tropical cyclone motion can be influenced by transient weather systems, such as extratropical cyclones.

text: Climatologically, tropical cyclones are steered primarily westward by the east-to-west

entity_name: Trade winds

text: trade winds

text: on the equatorial side of the

entity_name: Subtropical ridge

text: subtropical ridge

text: —a persistent high-pressure area over the world's subtropical oceans. In the tropical North Atlantic and Northeast Pacific oceans, the trade winds steer

entity_name: Tropical wave

text: tropical easterly waves

text: westward from the African coast toward the Caribbean Sea, North America, and ultimately into the central Pacific Ocean before the waves dampen out. These waves are the precursors to many tropical cyclones within this region. In contrast, in the

entity_name: Indian Ocean

text: Indian Ocean

text: and Western Pacific in both hemispheres, tropical cyclogenesis is influenced less by tropical easterly waves and more by the seasonal movement of the Inter-tropical Convergence Zone and the monsoon trough. Additionally, tropical cyclone motion can be influenced by transient weather systems, such as extratropical cyclones.

method: UNH-qee

answers: NDQ_000702

answers: east-to-west trade winds

answers: NDQ_000704

answers: Which of the following is not a source of tropical cyclones: trade winds, tropical easterly waves, or monsoon trough?

answers: NDQ_000706

answers: central Pacific Ocean

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: tropical easterly waves westward

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What are the precursors to many tropical cyclones within this region?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: tropical easterly waves

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: east-to-west trade winds

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic and Northeast Pacific oceans

answers: NDQ_000737

answers: trade winds

answers: NDQ_000738

answers: tropical cyclones are steered primarily westward by the east-to-west trade winds

answers: NDQ_000739

answers: high-pressure

answers: NDQ_000740

answers: monsoon

answers: NDQ_000741

answers: trade winds

answers: NDQ_000742

answers: easterly waves

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: easterly waves

answers: NDQ_000745

answers: tropical easterly waves

answers: NDQ_000746

answers: NDQ_000702

answers: east-to-west trade winds

answers: NDQ_000704

answers: tropical easterly waves

answers: NDQ_000706

answers: tropical North Atlantic and Northeast Pacific oceans,

answers: NDQ_000707

answers: high-pressure

answers: NDQ_000710

answers: tropical easterly waves

answers: NDQ_000715

answers: tropical easterly waves

answers: NDQ_000718

answers: tropical easterly waves

answers: NDQ_000720

answers: tropical easterly waves

answers: NDQ_000721

answers: subtropical ridge—a

answers: NDQ_000722

answers: tropical easterly waves

answers: NDQ_000723

answers: tropical easterly waves

answers: NDQ_000724

answers: tropical easterly waves

answers: NDQ_000725

answers: tropical easterly waves

answers: NDQ_000726

answers: tropical easterly waves

answers: NDQ_000727

answers: tropical easterly waves

answers: NDQ_000728

answers: tropical cyclones

answers: NDQ_000729

answers: east-to-west trade winds

answers: NDQ_000730

answers: high-pressure

answers: NDQ_000731

answers: subtropical ridge—a

answers: NDQ_000732

answers: east-to-west trade winds

answers: NDQ_000733

answers: tropical North Atlantic and Northeast Pacific oceans,

answers: NDQ_000734

answers: east-to-west trade winds

answers: NDQ_000735

answers: easterly waves

answers: NDQ_000736

answers: monsoon trough.

answers: NDQ_000737

answers: trade winds

answers: NDQ_000738

answers: tropical cyclogenesis is influenced less by tropical easterly waves

answers: NDQ_000739

answers: high-pressure

answers: NDQ_000740

answers: monsoon trough.

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: easterly waves

answers: NDQ_000743

answers: high-pressure

answers: NDQ_000744

answers: easterly waves

answers: NDQ_000745

answers: monsoon trough.

answers: NDQ_000746

answers: high-pressure area over the world's subtropical oceans.

text: With the proceeds of the loan, Loomis was able to pay off Kamm. Sheriff Sears of Multnomah County, released the lien.  With the lien gone, the lease of Ocean Wave to the CR&PSN went through.  Ocean Wave began running on July 18, 1895.  Thereafter Ocean Wave was operated on the Columbia River, and advertised, as one of the steamboats of the White Collar Line.

text: With the proceeds of the loan, Loomis was able to pay off Kamm. Sheriff Sears of

entity_name: Multnomah County, Oregon

text: Multnomah County

text: , released the lien.  With the lien gone, the lease of Ocean Wave to the CR&PSN went through.  Ocean Wave began running on July 18, 1895.  Thereafter Ocean Wave was operated on the Columbia River, and advertised, as one of the steamboats of the White Collar Line.

answers: NDQ_000702

answers: Columbia River

answers: NDQ_000704

answers: Which of the following is not a type of river: Columbia, Oregon, or Columbia?

answers: NDQ_000706

answers: Columbia River

answers: NDQ_000707

answers: a body of water moves too fast

answers: NDQ_000710

answers: Ocean Wave to the Columbia River

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many days did Ocean Wave operate on the Columbia River?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: what is the last word in the passage?

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which event happened first, the lease of Ocean Wave to the CR&PSN went through or Ocean Wave began running on July 18, 1895?

answers: NDQ_000732

answers: What does the Coriolis effect cause?

answers: NDQ_000733

answers: Columbia River

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Columbia River

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Ocean Wave began running on July 18, 1895.

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: unknown

answers: NDQ_000741

answers: Columbia River

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: NDQ_000745

answers: Columbia River

answers: NDQ_000746

answers: NDQ_000702

answers: Columbia River,

answers: NDQ_000704

answers: Columbia River,

answers: NDQ_000706

answers: Columbia River,

answers: NDQ_000707

answers: July 18, 1895.

answers: NDQ_000710

answers: Columbia River,

answers: NDQ_000715

answers: July 18, 1895.

answers: NDQ_000718

answers: July 18, 1895.

answers: NDQ_000720

answers: July 18, 1895.

answers: NDQ_000721

answers: July 18, 1895.

answers: NDQ_000722

answers: July 18, 1895.

answers: NDQ_000723

answers: July 18, 1895.

answers: NDQ_000724

answers: July 18, 1895.

answers: NDQ_000725

answers: July 18, 1895.

answers: NDQ_000726

answers: July 18, 1895.

answers: NDQ_000727

answers: July 18, 1895.

answers: NDQ_000728

answers: July 18, 1895.

answers: NDQ_000729

answers: July 18, 1895.

answers: NDQ_000730

answers: July 18, 1895.

answers: NDQ_000731

answers: July 18, 1895.

answers: NDQ_000732

answers: July 18, 1895.

answers: NDQ_000733

answers: Columbia River,

answers: NDQ_000734

answers: Columbia River,

answers: NDQ_000735

answers: July 18, 1895.

answers: NDQ_000736

answers: July 18, 1895.

answers: NDQ_000737

answers: steamboats

answers: NDQ_000738

answers: Columbia River,

answers: NDQ_000739

answers: July 18, 1895.

answers: NDQ_000740

answers: July 18, 1895.

answers: NDQ_000741

answers: Columbia River,

answers: NDQ_000742

answers: Columbia River,

answers: NDQ_000743

answers: Ocean Wave began running on July 18, 1895.

answers: NDQ_000744

answers: Columbia River,

answers: NDQ_000745

answers: Columbia River,

answers: NDQ_000746

answers: 1895.

text: Directly under the core of the Agulhas Current, at a depth of , there is an Agulhas Undercurrent which flows equatorward.  The undercurrent is  deep and  wide and can reach  at , one of greatest speeds observed in any current at this depth, but it also displays a great variance with a transport of 4.2±5.2 Sv.  The undercurrent can represent as much as 40% of the Indian Ocean overturning transport.

text: Directly under the core of the Agulhas Current, at a depth of , there is an Agulhas Undercurrent which flows equatorward.  The undercurrent is  deep and  wide and can reach  at , one of greatest speeds observed in any current at this depth, but it also displays a great variance with a transport of 4.2±5.2 Sv.  The undercurrent can represent as much as 40% of the Indian Ocean

entity_name: Thermohaline circulation

text: overturning transport

answers: NDQ_000702

answers: Agulhas Current

answers: NDQ_000704

answers: Which of the following is not a surface current: Agulhas Current, Agulhas Undercurrent or Indian Ocean overturning transport?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: Agulhas Undercurrent is a type of

answers: NDQ_000710

answers: 4.2 5.2 Sv

answers: NDQ_000715

answers: what is the last word in the passage?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: one of greatest speeds

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: Agulhas Current

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Agulhas Undercurrent

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: Agulhas Undercurrent flows equatorward

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: NDQ_000741

answers: Agulhas Current

answers: NDQ_000742

answers: NDQ_000743

answers: transport

answers: NDQ_000744

answers: NDQ_000745

answers: Agulhas Current

answers: NDQ_000746

answers: transport

answers: NDQ_000702

answers: Agulhas Current,

answers: NDQ_000704

answers: Agulhas Undercurrent

answers: NDQ_000706

answers: Directly under the core of the Agulhas Current,

answers: NDQ_000707

answers: Agulhas Undercurrent

answers: NDQ_000710

answers: Agulhas Undercurrent

answers: NDQ_000715

answers: 4.2<unk>5.2 Sv.

answers: NDQ_000718

answers: 4.2<unk>5.2 Sv.

answers: NDQ_000720

answers: Agulhas Undercurrent

answers: NDQ_000721

answers: Agulhas Undercurrent

answers: NDQ_000722

answers: Agulhas Undercurrent

answers: NDQ_000723

answers: Agulhas Undercurrent

answers: NDQ_000724

answers: Agulhas Undercurrent

answers: NDQ_000725

answers: Agulhas Undercurrent

answers: NDQ_000726

answers: Agulhas Undercurrent

answers: NDQ_000727

answers: 4.2<unk>5.2 Sv.

answers: NDQ_000728

answers: Agulhas Undercurrent

answers: NDQ_000729

answers: equatorward.

answers: NDQ_000730

answers: Agulhas Undercurrent

answers: NDQ_000731

answers: equatorward.

answers: NDQ_000732

answers: equatorward.

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: Agulhas Current,

answers: NDQ_000735

answers: equatorward.

answers: NDQ_000736

answers: Agulhas Undercurrent

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: equatorward.

answers: NDQ_000739

answers: equatorward.

answers: NDQ_000740

answers: 4.2<unk>5.2 Sv.

answers: NDQ_000741

answers: Agulhas Current,

answers: NDQ_000742

answers: Agulhas Undercurrent

answers: NDQ_000743

answers: 4.2<unk>5.2 Sv.

answers: NDQ_000744

answers: Agulhas Undercurrent

answers: NDQ_000745

answers: Agulhas Undercurrent which flows equatorward.

answers: NDQ_000746

answers: 4.2<unk>5.2 Sv.

text: Reynolds was at that time one of the world's experts on the effects of radiation. In determining whether to deliberately enter the test zone, he considered a number of factors, such as the effects the radiation from the series of nuclear tests would have on the world environment, specifically increasing incidents of cancer, and the effects of this additional radiation on the Hiroshima and Nagasaki population, since both wind and ocean currents from the test site would carry radiation that direction. He considered unconstitutional the United States government's injunction declaring  of ocean off-limits to American personnel during the series. Also, the forbidden zone blanketed any route by which the Reynolds family could conveniently sail back to Japan, as they had hoped to do as soon as possible to complete the circumnavigation. In addition, as the Marshall Islands were a Trust Territory of the U.S., Reynolds objected to the forced removal of Marshallese from their home islands for the purpose of detonating weapons which would almost certainly render their islands uninhabitable for years to come.

text: Reynolds was at that time one of the world's experts on the effects of radiation. In determining whether to deliberately enter the test zone, he considered a number of factors, such as the effects the radiation from the series of nuclear tests would have on the world environment, specifically increasing incidents of

entity_name: Cancer

text: cancer

text: , and the effects of this additional radiation on the

entity_name: Hiroshima

text: Hiroshima

text: and

entity_name: Nagasaki

text: Nagasaki

text: population, since both

entity_name: Wind

text: wind

text: and

entity_name: Ocean current

text: ocean current

text: s from the test site would carry radiation that direction. He considered unconstitutional the United States government's injunction declaring  of ocean off-limits to American personnel during the series. Also, the forbidden zone blanketed any route by which the Reynolds family could conveniently sail back to Japan, as they had hoped to do as soon as possible to complete the circumnavigation. In addition, as the Marshall Islands were a

entity_name: Trust Territory of the Pacific Islands

text: Trust Territory

text: of the U.S., Reynolds objected to the forced removal of Marshallese from their home islands for the purpose of detonating weapons which would almost certainly render their islands uninhabitable for years to come.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: Which of the following is not a source of radiation: wind or ocean currents?

answers: NDQ_000706

answers: off-limits

answers: NDQ_000707

answers: a force acting on it

answers: NDQ_000710

answers: ocean currents from the test site

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: hurricanes

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: unanswerable

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: uninhabitable

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: NDQ_000743

answers: radiation

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: ocean currents

answers: NDQ_000706

answers: ocean currents

answers: NDQ_000707

answers: wind and ocean currents

answers: NDQ_000710

answers: radiation

answers: NDQ_000715

answers: circumnavigation.

answers: NDQ_000718

answers: Japan,

answers: NDQ_000720

answers: ocean off-limits to American personnel

answers: NDQ_000721

answers: ocean currents

answers: NDQ_000722

answers: Japan,

answers: NDQ_000723

answers: Japan,

answers: NDQ_000724

answers: ocean currents

answers: NDQ_000725

answers: ocean currents

answers: NDQ_000726

answers: wind and ocean currents

answers: NDQ_000727

answers: ocean currents

answers: NDQ_000728

answers: ocean currents

answers: NDQ_000729

answers: ocean currents

answers: NDQ_000730

answers: ocean currents

answers: NDQ_000731

answers: ocean currents

answers: NDQ_000732

answers: radiation that direction.

answers: NDQ_000733

answers: Marshall Islands

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: ocean currents

answers: NDQ_000736

answers: ocean currents

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: American personnel

answers: NDQ_000739

answers: ocean currents

answers: NDQ_000740

answers: ocean currents

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: ocean currents

answers: NDQ_000743

answers: radiation.

answers: NDQ_000744

answers: ocean currents

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: come.

text: The rectangular basin has 30 wave generators that can be used to simulate a storm in the controlled environment of the lab. In 2001, it was expanded to a size of  by  with a depth of  to facilitate tsunami research. Research includes the effects of a tsunami on coastal population centers and possible survival options. The Tsunami Wave Basin was the first in the world dedicated to tsunami research, and is the largest and most advanced facility in the world. Additionally, the tsunami laboratory has a variety of above and below the water cameras, wave gauges, and microphones. They also operate a Tsunami Experimental Databank that allows other researchers to access video and data over the internet. Scientists work in collaboration with the Pacific Marine Environmental Laboratory operated by the National Oceanic and Atmospheric Administration. Researchers from universities around the United States use the basin for tsunami wave simulations.

text: The rectangular basin has 30 wave generators that can be used to simulate a storm in the controlled environment of the lab. In 2001, it was expanded to a size of  by  with a depth of  to facilitate tsunami research. Research includes the effects of a tsunami on coastal population centers and possible survival options. The Tsunami Wave Basin was the first in the world dedicated to tsunami research, and is the largest and most advanced facility in the world. Additionally, the tsunami laboratory has a variety of above and below the water cameras, wave gauges, and microphones. They also operate a Tsunami Experimental Databank that allows other researchers to access video and data over the internet. Scientists work in collaboration with the

entity_name: Pacific Marine Environmental Laboratory

text: Pacific Marine Environmental Laboratory

text: operated by the

entity_name: National Oceanic and Atmospheric Administration

text: National Oceanic and Atmospheric Administration

text: . Researchers from universities around the United States use the basin for tsunami wave simulations.

answers: NDQ_000702

answers: storm

answers: NDQ_000704

answers: Which of the following is not used to simulate a tsunami: surface currents or wave gauges?

answers: NDQ_000706

answers: below the water

answers: NDQ_000707

answers: a body of water moves too fast

answers: NDQ_000710

answers: Tsunami Wave Basin

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many years ago was the Tsunami Wave Basin expanded?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect: Earths rotation, tsunamis or tsunamis?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: a storm

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: depth of

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: below the surface

answers: NDQ_000740

answers: Tsunami Experimental Databank

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: wave

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: storm

answers: NDQ_000704

answers: above and below the water

answers: NDQ_000706

answers: below the water

answers: NDQ_000707

answers: tsunami

answers: NDQ_000710

answers: tsunami research.

answers: NDQ_000715

answers: tsunami research.

answers: NDQ_000718

answers: tsunami research.

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: Atmospheric Administration.

answers: NDQ_000722

answers: depth of to facilitate tsunami research.

answers: NDQ_000723

answers: tsunami research.

answers: NDQ_000724

answers: storm

answers: NDQ_000725

answers: Tsunami Experimental Databank

answers: NDQ_000726

answers: tsunami research.

answers: NDQ_000727

answers: tsunami research.

answers: NDQ_000728

answers: The Tsunami Wave Basin

answers: NDQ_000729

answers: tsunami research.

answers: NDQ_000730

answers: National Oceanic and Atmospheric Administration.

answers: NDQ_000731

answers: Pacific Marine Environmental Laboratory

answers: NDQ_000732

answers: tsunami research.

answers: NDQ_000733

answers: by with a depth of to facilitate tsunami research.

answers: NDQ_000734

answers: storm

answers: NDQ_000735

answers: Pacific Marine Environmental Laboratory

answers: NDQ_000736

answers: depth of to facilitate tsunami research.

answers: NDQ_000737

answers: Tsunami Wave Basin

answers: NDQ_000738

answers: storm

answers: NDQ_000739

answers: above and below the water

answers: NDQ_000740

answers: Pacific Marine Environmental Laboratory

answers: NDQ_000741

answers: tsunami research. Research includes the effects of a tsunami

answers: NDQ_000742

answers: storm

answers: NDQ_000743

answers: storm

answers: NDQ_000744

answers: storm

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: by

text: When directly generated and affected by local winds, a wind wave system is called a wind sea. After the wind ceases to blow, wind waves are called swells. More generally, a swell consists of wind-generated waves that are not significantly affected by the local wind at that time. They have been generated elsewhere or some time ago. Wind waves in the ocean are called ocean surface waves.

text: When directly generated and affected by local winds, a wind wave system is called a wind sea. After the wind ceases to blow, wind waves are called

entity_name: Swell (ocean)

text: swells

text: . More generally, a swell consists of wind-generated waves that are not significantly affected by the local wind at that time. They have been generated elsewhere or some time ago. Wind waves in the ocean are called ocean surface waves.

answers: NDQ_000702

answers: local winds

answers: NDQ_000704

answers: Which of the following is not a type of wave: surface currents, surface waves, or wind waves?

answers: NDQ_000706

answers: surface waves

answers: NDQ_000707

answers: wind is blowing

answers: NDQ_000710

answers: swells

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not a type of wave: surface waves, wind waves, or swells?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: swells

answers: NDQ_000729

answers: Which of the following is not a cause of Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides

answers: NDQ_000731

answers: Which of the following is not a type of tide?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day.

answers: NDQ_000734

answers: local winds

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: surface waves

answers: NDQ_000737

answers: wind sea

answers: NDQ_000738

answers: swells are not significantly affected by the local wind at that time.

answers: NDQ_000739

answers: windy

answers: NDQ_000740

answers: NDQ_000741

answers: swell

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: surface waves

answers: NDQ_000746

answers: NDQ_000702

answers: local winds,

answers: NDQ_000704

answers: ocean surface waves.

answers: NDQ_000706

answers: ocean surface

answers: NDQ_000707

answers: winds,

answers: NDQ_000710

answers: wind waves are called swells.

answers: NDQ_000715

answers: ocean surface waves.

answers: NDQ_000718

answers: ocean surface waves.

answers: NDQ_000720

answers: ocean surface waves.

answers: NDQ_000721

answers: winds,

answers: NDQ_000722

answers: ocean surface waves.

answers: NDQ_000723

answers: ocean surface waves.

answers: NDQ_000724

answers: ocean surface waves.

answers: NDQ_000725

answers: swells.

answers: NDQ_000726

answers: wind-generated waves that are not significantly affected by the local wind

answers: NDQ_000727

answers: a wind sea.

answers: NDQ_000728

answers: swells.

answers: NDQ_000729

answers: When directly generated and affected by local winds,

answers: NDQ_000730

answers: swells.

answers: NDQ_000731

answers: a wind sea.

answers: NDQ_000732

answers: ocean surface waves.

answers: NDQ_000733

answers: a wind sea.

answers: NDQ_000734

answers: local winds,

answers: NDQ_000735

answers: winds,

answers: NDQ_000736

answers: swells.

answers: NDQ_000737

answers: wind sea.

answers: NDQ_000738

answers: wind-generated waves that are not significantly affected by the local wind

answers: NDQ_000739

answers: winds,

answers: NDQ_000740

answers: swells.

answers: NDQ_000741

answers: ocean surface waves.

answers: NDQ_000742

answers: swells.

answers: NDQ_000743

answers: When directly generated and affected by local winds,

answers: NDQ_000744

answers: swells.

answers: NDQ_000745

answers: swells.

answers: NDQ_000746

answers: ocean surface waves.

text: Given the right conditions, the normal vertical temperature gradient is inverted such that the air is colder near the surface of the Earth. This can occur when, for example, a warmer, less-dense air mass moves over a cooler, denser air mass. This type of inversion occurs in the vicinity of warm fronts, and also in areas of oceanic upwelling such as along the California coast in the United States. With sufficient humidity in the cooler layer, fog is typically present below the inversion cap.  An inversion is also produced whenever radiation from the surface of the earth exceeds the amount of radiation received from the sun, which commonly occurs at night, or during the winter when the angle of the sun is very low in the sky. This effect is virtually confined to land regions as the ocean retains heat far longer. In the polar regions during winter, inversions are nearly always present over land.

text: Given the right conditions, the normal vertical temperature gradient is inverted such that the air is colder near the surface of the Earth. This can occur when, for example, a warmer, less-dense air mass moves over a cooler, denser air mass. This type of inversion occurs in the vicinity of

entity_name: Warm front

text: warm front

text: s, and also in areas of oceanic

entity_name: Upwelling

text: upwelling

text: such as along the

entity_name: Coastal California

text: California coast

text: in the United States. With sufficient humidity in the cooler layer,

entity_name: Fog

text: fog

text: is typically present below the inversion cap.  An inversion is also produced whenever radiation from the surface of the earth exceeds the amount of radiation received from the sun, which commonly occurs at night, or during the winter when the angle of the sun is very low in the sky. This effect is virtually confined to land regions as the ocean retains heat far longer. In the polar regions during winter, inversions are nearly always present over land.

answers: NDQ_000702

answers: oceanic upwelling

answers: NDQ_000704

answers: What can occur in the vicinity of warm fronts, and also in areas of oceanic upwelling?

answers: NDQ_000706

answers: areas of oceanic upwelling

answers: NDQ_000707

answers: a warmer air mass moves over a cooler air mass

answers: NDQ_000710

answers: oceanic upwelling

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: Which of the following is not caused by winds?

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: oceanic upwelling

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: inversion

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: oceanic upwelling

answers: NDQ_000735

answers: low in the sky

answers: NDQ_000736

answers: normal vertical temperature gradient

answers: NDQ_000737

answers: oceanic

answers: NDQ_000738

answers: fog is typically present below the inversion cap

answers: NDQ_000739

answers: cooler

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: radiation

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: dense

answers: NDQ_000702

answers: the normal vertical temperature gradient is inverted

answers: NDQ_000704

answers: oceanic upwelling

answers: NDQ_000706

answers: oceanic upwelling

answers: NDQ_000707

answers: a warmer, less-dense air mass

answers: NDQ_000710

answers: fog

answers: NDQ_000715

answers: Given the right conditions, the normal vertical temperature gradient is inverted

answers: NDQ_000718

answers: oceanic upwelling such as along the California coast in the United States.

answers: NDQ_000720

answers: warm fronts,

answers: NDQ_000721

answers: sun,

answers: NDQ_000722

answers: warmer, less-dense

answers: NDQ_000723

answers: oceanic upwelling such as along the California coast in the United States.

answers: NDQ_000724

answers: a warmer, less-dense air mass

answers: NDQ_000725

answers: oceanic upwelling

answers: NDQ_000726

answers: a warmer, less-dense air mass

answers: NDQ_000727

answers: inverted

answers: NDQ_000728

answers: the normal vertical temperature gradient is inverted

answers: NDQ_000729

answers: the normal vertical temperature gradient is inverted

answers: NDQ_000730

answers: sun,

answers: NDQ_000731

answers: the angle of the sun is very low in the sky.

answers: NDQ_000732

answers: the normal vertical temperature gradient is inverted

answers: NDQ_000733

answers: California coast in the United States.

answers: NDQ_000734

answers: the normal vertical temperature gradient is inverted

answers: NDQ_000735

answers: the angle of the sun is very low in the sky.

answers: NDQ_000736

answers: fog is typically present below the inversion cap.

answers: NDQ_000737

answers: oceanic upwelling

answers: NDQ_000738

answers: the ocean retains heat

answers: NDQ_000739

answers: oceanic upwelling

answers: NDQ_000740

answers: oceanic upwelling

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: oceanic upwelling such as along the California coast in the United States.

answers: NDQ_000743

answers: warmer, less-dense air mass

answers: NDQ_000744

answers: night,

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: less-dense

text: Flow conditioners make no effect on meter accuracy while using wet gas due to the annular flow regime, which is not highly affected by flow conditioners. In single-phase conditions, Coriolis meter gives accurate measurement even in presence of severe flow disturbances. There is no need for flow conditioning before the meter to obtain accurate readings from it, which would be the case in other metering technologies like orifice and turbine. On the other hand, in two-phase flows, the meter consistently gives negative errors. The use of flow conditioners clearly affects the reading of the meter in aerated liquids. This phenomenon can be used to get fairly accurate estimate of flow rate in low gas volume fraction liquid flows.

text: Flow conditioners make no effect on meter accuracy while using wet gas due to the annular flow regime, which is not highly affected by flow conditioners. In single-phase conditions, Coriolis meter gives accurate measurement even in presence of severe flow disturbances. There is no need for flow conditioning before the meter to obtain accurate readings from it, which would be the case in other metering technologies like orifice and turbine. On the other hand, in two-phase flows, the meter consistently gives negative errors. The use of flow conditioners clearly affects the reading of the meter in aerated liquids. This phenomenon can be used to get fairly accurate estimate of flow rate in low gas volume fraction liquid flows.

answers: NDQ_000702

answers: Coriolis

answers: NDQ_000704

answers: can be used to estimate flow rate in low gas volume fraction liquid flows.

answers: NDQ_000706

answers: Coriolis meter

answers: NDQ_000707

answers: Coriolis is a force

answers: NDQ_000710

answers: aerated liquids

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Coriolis

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: Coriolis

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Coriolis meter

answers: NDQ_000737

answers: liquid flows

answers: NDQ_000738

answers: flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: NDQ_000743

answers: Coriolis

answers: NDQ_000744

answers: NDQ_000745

answers: Coriolis

answers: NDQ_000746

answers: gas volume fraction

answers: NDQ_000702

answers: flow disturbances.

answers: NDQ_000704

answers: aerated liquids.

answers: NDQ_000706

answers: single-phase conditions,

answers: NDQ_000707

answers: flow disturbances.

answers: NDQ_000710

answers: aerated liquids.

answers: NDQ_000715

answers: Flow conditioners

answers: NDQ_000718

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000720

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000721

answers: Flow conditioners

answers: NDQ_000722

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000723

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000724

answers: Flow conditioners

answers: NDQ_000725

answers: two-phase flows,

answers: NDQ_000726

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000727

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000728

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000729

answers: Coriolis

answers: NDQ_000730

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000731

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000732

answers: two-phase flows, the meter consistently gives negative errors.

answers: NDQ_000733

answers: two-phase flows, the meter consistently gives negative errors.

answers: NDQ_000734

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000735

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000736

answers: two-phase flows, the meter consistently gives negative errors.

answers: NDQ_000737

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000738

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000739

answers: aerated liquids.

answers: NDQ_000740

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000743

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000744

answers: Flow conditioners make no effect on meter accuracy while using wet gas

answers: NDQ_000745

answers: flow regime,

answers: NDQ_000746

answers: volume

text: In 2005, Miya's created the first sushi menu that featured sustainable seafood. It is generally regarded that Miya's is the first sustainable sushi restaurant  in the world. Since then, a growing number of sushi restaurants have adopted sustainability as a guiding principle and have come together to form what they refer to as the "sustainable sushi movement." These individuals espouse the use of only environmentally responsible seafood products as a means of preserving the art of sushi and the health of the world's oceans. Currently, there are upwards of 10 sustainable sushi restaurants in the United States. The gravity of the movement has been acknowledged by many media outlets around the world, including TIME Magazine, which recognized the restaurants Miya's, Bamboo, and Tataki as pioneers in the sushi sustainability.

text: In 2005,

text: Miya's

text: created the first sushi menu that featured sustainable seafood. It is generally regarded that Miya's is the first sustainable sushi restaurant  in the world. Since then, a growing number of sushi restaurants have adopted sustainability as a guiding principle and have come together to form what they refer to as the "sustainable sushi movement." These individuals espouse the use of only environmentally responsible seafood products as a means of preserving the art of sushi and the health of the world's oceans. Currently, there are upwards of 10 sustainable sushi restaurants in the United States. The gravity of the movement has been acknowledged by many media outlets around the world, including TIME Magazine, which recognized the restaurants

text: Miya's

text: , Bamboo, and Tataki as pioneers in the sushi sustainability.

answers: NDQ_000702

answers: oceans

answers: NDQ_000704

answers: Which of the following is not an example of a sustainable sushi restaurant: Miya's or Bamboo?

answers: NDQ_000706

answers: shallower waters

answers: NDQ_000707

answers: Miya's created the first sustainable sushi restaurant

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a source of waves: winds, oceans or sushi?

answers: NDQ_000725

answers: How many sustainable sushi restaurants are there in the United States?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: United States

answers: NDQ_000734

answers: oceans

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: sustainable sushi movement

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: sustainable sushi restaurant in the world

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: oceans

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: seafood.

answers: NDQ_000704

answers: "sustainable sushi movement."

answers: NDQ_000706

answers: "sustainable sushi movement."

answers: NDQ_000707

answers: "sustainable sushi movement."

answers: NDQ_000710

answers: seafood.

answers: NDQ_000715

answers: "sustainable sushi movement."

answers: NDQ_000718

answers: "sustainable sushi movement."

answers: NDQ_000720

answers: "sustainable sushi movement."

answers: NDQ_000721

answers: "sustainable sushi movement."

answers: NDQ_000722

answers: "sustainable sushi movement."

answers: NDQ_000723

answers: "sustainable sushi movement."

answers: NDQ_000724

answers: "sustainable sushi movement."

answers: NDQ_000725

answers: "sustainable sushi movement."

answers: NDQ_000726

answers: "sustainable sushi movement."

answers: NDQ_000727

answers: "sustainable sushi movement."

answers: NDQ_000728

answers: "sustainable sushi movement."

answers: NDQ_000729

answers: "sustainable sushi movement."

answers: NDQ_000730

answers: "sustainable sushi movement."

answers: NDQ_000731

answers: "sustainable sushi movement."

answers: NDQ_000732

answers: "sustainable sushi movement."

answers: NDQ_000733

answers: 10 sustainable sushi restaurants in the United States.

answers: NDQ_000734

answers: seafood.

answers: NDQ_000735

answers: "sustainable sushi movement."

answers: NDQ_000736

answers: "sustainable sushi movement."

answers: NDQ_000737

answers: oceans.

answers: NDQ_000738

answers: sustainable seafood.

answers: NDQ_000739

answers: "sustainable sushi movement."

answers: NDQ_000740

answers: "sustainable sushi movement."

answers: NDQ_000741

answers: oceans.

answers: NDQ_000742

answers: "sustainable sushi movement."

answers: NDQ_000743

answers: "sustainable sushi movement."

answers: NDQ_000744

answers: "sustainable sushi movement."

answers: NDQ_000745

answers: "sustainable sushi movement."

answers: NDQ_000746

answers: "sustainable sushi movement."

text: Toward the end of September 2001, a poorly defined tropical wave moved westward across the tropical Atlantic Ocean through an area of hostile wind shear, which was caused by a large upper-level low within a trough to the northeast of the Lesser Antilles. A few days later, the upper-level low detached from the trough and moved southwestward over the Caribbean Sea, allowing for an upper-level ridge, or high-pressure area, to form over the tropical wave. The change provided a favorable environment for tropical development, and an area of convection soon blossomed along the wave's axis. As the tropical wave approached the Lesser Antilles, a mid-level wind circulation formed within the deepest part of the convection, and a low-level circulation became gradually more pronounced on satellite imagery. Although its low-level circulation was small and poorly defined, the system increased in organization enough to be classified as Tropical Depression Eleven at 12:00 UTC on October 4, located about 100 mi (160 km) southeast of Barbados. Operationally, however, Hurricane Hunters did not confirm the depression's formation until nine hours later.

text: Toward the end of September 2001, a poorly defined

text: tropical wave

text: moved westward across the tropical Atlantic Ocean through an area of hostile

text: wind shear

text: , which was caused by a large

text: upper-level low

text: within a

text: trough

text: to the northeast of the

text: Lesser Antilles

text: . A few days later, the upper-level low detached from the trough and moved southwestward over the Caribbean Sea, allowing for an upper-level

text: ridge

text: , or high-pressure area, to form over the tropical wave. The change provided a favorable environment for

text: tropical development

text: , and an area of

text: convection

text: soon blossomed along the wave's axis. As the tropical wave approached the Lesser Antilles, a mid-level

text: wind circulation

text: formed within the deepest part of the convection, and a low-level circulation became gradually more pronounced on satellite imagery. Although its low-level circulation was small and poorly defined, the system increased in organization enough to be classified as Tropical Depression Eleven at 12:00

text: UTC

text: on October 4, located about 100 mi (160 km) southeast of

text: Barbados

text: . Operationally, however,

text: Hurricane Hunters

text: did not confirm the depression's formation until nine hours later.

answers: NDQ_000702

answers: tropical wave

answers: NDQ_000704

answers: What caused the area of convection to blossom along the wave's axis?

answers: NDQ_000706

answers: an upper-level ridge

answers: NDQ_000707

answers: an upper-level low separates from a trough

answers: NDQ_000710

answers: a favorable environment for tropical development

answers: NDQ_000715

answers: its axis

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: tropical depression

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The Caribbean Sea

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many hours later did Hurricane Hunters confirm the depression's formation?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Tropical Depression Eleven

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: low-level circulation

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the change provided a favorable environment for tropical development

answers: NDQ_000739

answers: trough

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: convection

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: convection

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: upper-level low

answers: NDQ_000704

answers: low-level circulation became gradually more pronounced on satellite imagery.

answers: NDQ_000706

answers: along the wave's axis.

answers: NDQ_000707

answers: wind shear,

answers: NDQ_000710

answers: convection

answers: NDQ_000715

answers: tropical wave

answers: NDQ_000718

answers: wave

answers: NDQ_000720

answers: tropical wave

answers: NDQ_000721

answers: Tropical Depression Eleven

answers: NDQ_000722

answers: Tropical Depression Eleven

answers: NDQ_000723

answers: tropical wave

answers: NDQ_000724

answers: tropical wave

answers: NDQ_000725

answers: Tropical Depression Eleven

answers: NDQ_000726

answers: tropical wave

answers: NDQ_000727

answers: Tropical Depression Eleven

answers: NDQ_000728

answers: tropical wave

answers: NDQ_000729

answers: Tropical Depression Eleven

answers: NDQ_000730

answers: Tropical Depression Eleven

answers: NDQ_000731

answers: Tropical Depression Eleven

answers: NDQ_000732

answers: Tropical Depression Eleven

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: wind shear, which was caused by a large upper-level low

answers: NDQ_000735

answers: Tropical Depression Eleven

answers: NDQ_000736

answers: Tropical Depression Eleven

answers: NDQ_000737

answers: trough

answers: NDQ_000738

answers: convection

answers: NDQ_000739

answers: upper-level low

answers: NDQ_000740

answers: upper-level low

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: Tropical Depression Eleven

answers: NDQ_000743

answers: convection

answers: NDQ_000744

answers: tropical wave

answers: NDQ_000745

answers: upper-level ridge,

answers: NDQ_000746

answers: Tropical Depression Eleven

text: The lower Niawiakum River shows traces of the 1700 Cascadia earthquake and associated tsunami. Field trips to the river have been part of a Certificate Program in Tsunami Science and Preparedness offered by the University of Washington (UW) in cooperation with the National Oceanic and Atmospheric Administration (NOAA). The program was the first offered by the International Tsunami Training Institute, set up by NOAA in response to the Indian Ocean tsunami of 2004.

text: The lower Niawiakum River shows traces of the

text: 1700 Cascadia earthquake

text: and associated

text: tsunami

text: . Field trips to the river have been part of a Certificate Program in Tsunami Science and Preparedness offered by the

text: University of Washington

text: (UW) in cooperation with the

text: National Oceanic and Atmospheric Administration

text: (NOAA). The program was the first offered by the International Tsunami Training Institute, set up by NOAA in response to the

entity_name: 2004 Indian Ocean earthquake and tsunami

text: Indian Ocean tsunami

text: of 2004.

answers: NDQ_000702

answers: Indian Ocean tsunami

answers: NDQ_000704

answers: What caused the Niawiakum River to show traces of the Cascadia earthquake?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a body of water is moving

answers: NDQ_000710

answers: Niawiakum River

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the lowest Niawiakum River?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days after the earthquake did the Indian Ocean tsunami occur?

answers: NDQ_000726

answers: Which of the following is not a type of transfer of energy: wind, earthquake, or tsunami?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: What is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: How does the Coriolis effect work?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring tides, tides, or moon?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Niawiakum River

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Indian Ocean tsunami of 2004

answers: NDQ_000739

answers: surrounded by water

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: River

answers: NDQ_000742

answers: NDQ_000743

answers: Tsunami

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: 1700 Cascadia earthquake

answers: NDQ_000704

answers: 1700 Cascadia earthquake and associated tsunami.

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: earthquake

answers: NDQ_000710

answers: 1700 Cascadia earthquake and associated tsunami.

answers: NDQ_000715

answers: Indian Ocean tsunami of 2004.

answers: NDQ_000718

answers: Indian Ocean tsunami of 2004.

answers: NDQ_000720

answers: Tsunami Science and Preparedness

answers: NDQ_000721

answers: Oceanic and Atmospheric Administration

answers: NDQ_000722

answers: 1700 Cascadia earthquake and associated tsunami.

answers: NDQ_000723

answers: Indian Ocean tsunami of 2004.

answers: NDQ_000724

answers: tsunami.

answers: NDQ_000725

answers: Indian Ocean tsunami of 2004.

answers: NDQ_000726

answers: 1700 Cascadia earthquake

answers: NDQ_000727

answers: 1700 Cascadia earthquake

answers: NDQ_000728

answers: Indian Ocean tsunami of 2004.

answers: NDQ_000729

answers: 1700 Cascadia earthquake and associated tsunami.

answers: NDQ_000730

answers: 1700 Cascadia earthquake and associated tsunami.

answers: NDQ_000731

answers: Indian Ocean tsunami of 2004.

answers: NDQ_000732

answers: Indian Ocean tsunami of 2004.

answers: NDQ_000733

answers: Indian Ocean tsunami of 2004.

answers: NDQ_000734

answers: 1700 Cascadia earthquake

answers: NDQ_000735

answers: Indian Ocean tsunami of 2004.

answers: NDQ_000736

answers: 1700 Cascadia earthquake

answers: NDQ_000737

answers: Oceanic and Atmospheric

answers: NDQ_000738

answers: 1700 Cascadia earthquake and associated tsunami.

answers: NDQ_000739

answers: Indian Ocean tsunami of 2004.

answers: NDQ_000740

answers: National Oceanic and Atmospheric

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: Indian Ocean tsunami of 2004.

answers: NDQ_000743

answers: 1700 Cascadia earthquake

answers: NDQ_000744

answers: tsunami.

answers: NDQ_000745

answers: tsunami.

answers: NDQ_000746

answers: 2004.

text: The most obvious effect of tidal forces is to cause two bulges in the Earth's oceans, one on the side facing the Moon and the other on the side opposite. This results in elevated sea levels called ocean tides. As the Earth spins on its axis, one of the ocean bulges (high tide) is held in place "under" the Moon, while another such tide is opposite. As a result, there are two high tides, and two low tides in about 24 hours. Since the Moon is orbiting the Earth in the same direction of the Earth's rotation, the high tides occur about every 12 hours and 25 minutes; the 25 minutes is due to the Moon's time to orbit the Earth. The Sun has the same tidal effect on the Earth, but its forces of attraction are only 40% that of the Moon's; the Sun's and Moon's interplay is responsible for spring and neap tides. If the Earth was a water world (one with no continents) it would produce a tide of only one meter, and that tide would be very predictable, but the ocean tides are greatly modified by other effects: the frictional coupling of water to Earth's rotation through the ocean floors, the inertia of water's movement, ocean basins that grow shallower near land, the sloshing of water between different ocean basins. As a result, the timing of the tides at most points on the Earth is a product of observations that are explained, incidentally, by theory.

text: The most obvious effect of tidal forces is to cause two bulges in the Earth's oceans, one on the side facing the Moon and the other on the side opposite. This results in elevated sea levels called

text: ocean tides

text: . As the Earth spins on its axis, one of the ocean bulges (high tide) is held in place "under" the Moon, while another such tide is opposite. As a result, there are two high tides, and two low tides in about 24 hours. Since the Moon is orbiting the Earth in the same direction of the Earth's rotation, the high tides occur about every 12 hours and 25 minutes; the 25 minutes is due to the Moon's time to orbit the Earth. The Sun has the same tidal effect on the Earth, but its forces of attraction are only 40% that of the Moon's; the Sun's and Moon's interplay is responsible for

text: spring and neap tides

text: . If the Earth was a water world (one with no continents) it would produce a tide of only one meter, and that tide would be very predictable, but the ocean tides are greatly modified by other effects: the frictional coupling of water to Earth's rotation through the ocean floors, the

text: inertia

text: of water's movement, ocean basins that grow shallower near land, the sloshing of water between different ocean basins. As a result, the timing of the tides at most points on the Earth is a product of observations that are explained, incidentally, by theory.

answers: NDQ_000702

answers: tidal forces

answers: NDQ_000704

answers: Which of the following is not an effect of surface currents: the frictional coupling of water to Earth's rotation through the ocean floors, the inertia of water's movement, ocean basins that grow shallower near land, or the sloshing of water between different ocean basins?

answers: NDQ_000706

answers: one on the side facing the Moon

answers: NDQ_000707

answers: Tidal forces are stronger than

answers: NDQ_000710

answers: ocean basins that grow shallower near land

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallower near land

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: How many high tides, and two low tides in about 24 hours

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: one on the side facing the Moon and the other on the side opposite

answers: NDQ_000733

answers: 24 hours

answers: NDQ_000734

answers: tidal forces

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: Sun's and Moon's interplay

answers: NDQ_000737

answers: ocean basin

answers: NDQ_000738

answers: the Sun's and Moon's interplay is responsible for spring and neap tides

answers: NDQ_000739

answers: under the Moon

answers: NDQ_000740

answers: there are two high tides, and two low tides in about 24 hours

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: spring

answers: NDQ_000743

answers: tidal forces

answers: NDQ_000744

answers: neap

answers: NDQ_000745

answers: sloshing

answers: NDQ_000746

answers: meter

answers: NDQ_000702

answers: tidal forces

answers: NDQ_000704

answers: ocean tides.

answers: NDQ_000706

answers: one on the side facing the Moon

answers: NDQ_000707

answers: tidal forces

answers: NDQ_000710

answers: elevated sea levels

answers: NDQ_000715

answers: one meter,

answers: NDQ_000718

answers: one meter,

answers: NDQ_000720

answers: ocean tides.

answers: NDQ_000721

answers: 40% that of the Moon's;

answers: NDQ_000722

answers: ocean basins that grow shallower

answers: NDQ_000723

answers: ocean tides.

answers: NDQ_000724

answers: tidal forces

answers: NDQ_000725

answers: two high tides, and two low tides in about 24 hours.

answers: NDQ_000726

answers: tidal forces

answers: NDQ_000727

answers: two high tides, and two low tides in about 24 hours.

answers: NDQ_000728

answers: ocean tides.

answers: NDQ_000729

answers: frictional coupling of water to Earth's rotation through the ocean floors,

answers: NDQ_000730

answers: its forces of attraction are only 40% that of the Moon's;

answers: NDQ_000731

answers: the Sun's and Moon's interplay

answers: NDQ_000732

answers: two bulges

answers: NDQ_000733

answers: 24 hours.

answers: NDQ_000734

answers: tidal forces

answers: NDQ_000735

answers: the Sun's and Moon's interplay

answers: NDQ_000736

answers: Sun's and Moon's interplay

answers: NDQ_000737

answers: tidal forces is to cause two bulges

answers: NDQ_000738

answers: predictable,

answers: NDQ_000739

answers: land,

answers: NDQ_000740

answers: two high tides, and two low tides in about 24 hours.

answers: NDQ_000741

answers: tides.

answers: NDQ_000742

answers: spring and neap tides.

answers: NDQ_000743

answers: frictional coupling of water to Earth's rotation through the ocean floors,

answers: NDQ_000744

answers: spring and neap tides.

answers: NDQ_000745

answers: sloshing

answers: NDQ_000746

answers: meter,

text: Species with neritic distributions include the four species of the genus Nyctiphanes. They are highly abundant along the upwelling regions of the California, Humboldt, Benguela, and Canarias current systems. Another species having only neritic distribution is E. crystallorophias, which is endemic to the Antarctic coastline.

text: Species with neritic distributions include the four species of the genus

text: Nyctiphanes

text: . They are highly abundant along the

text: upwelling

text: regions of the

text: California

text: Humboldt

text: Benguela

text: , and

text: Canarias

text: current system

text: s. Another species having only neritic distribution is E. crystallorophias, which is endemic to the Antarctic coastline.

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: Which of the following is not a current system: California, Humboldt, Benguela, or Canarias?

answers: NDQ_000706

answers: upwelling regions

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: neritic distributions

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many species of the genus Nyctiphanes are mentioned?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect: Earths rotation, upwelling, or upwelling?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Canarias current systems

answers: NDQ_000737

answers: current system

answers: NDQ_000738

answers: E. crystallorophias is endemic to the Antarctic coastline.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: upwelling

answers: NDQ_000706

answers: upwelling regions

answers: NDQ_000707

answers: upwelling

answers: NDQ_000710

answers: They are highly abundant

answers: NDQ_000715

answers: genus Nyctiphanes.

answers: NDQ_000718

answers: genus Nyctiphanes.

answers: NDQ_000720

answers: Nyctiphanes.

answers: NDQ_000721

answers: genus Nyctiphanes.

answers: NDQ_000722

answers: genus Nyctiphanes.

answers: NDQ_000723

answers: genus Nyctiphanes.

answers: NDQ_000724

answers: Species with neritic distributions

answers: NDQ_000725

answers: genus Nyctiphanes.

answers: NDQ_000726

answers: genus Nyctiphanes.

answers: NDQ_000727

answers: genus Nyctiphanes.

answers: NDQ_000728

answers: upwelling regions

answers: NDQ_000729

answers: genus Nyctiphanes.

answers: NDQ_000730

answers: upwelling

answers: NDQ_000731

answers: genus Nyctiphanes.

answers: NDQ_000732

answers: California, Humboldt, Benguela, and Canarias

answers: NDQ_000733

answers: Antarctic coastline.

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: genus Nyctiphanes.

answers: NDQ_000736

answers: neritic distributions

answers: NDQ_000737

answers: current systems.

answers: NDQ_000738

answers: Antarctic coastline.

answers: NDQ_000739

answers: upwelling

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: Nyctiphanes.

answers: NDQ_000743

answers: upwelling

answers: NDQ_000744

answers: upwelling

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: genus Nyctiphanes.

text: Surge channels can range from a few inches across to 10 feet or more.  They may create tide pools if the conditions are correct, but the rapid water movement almost always creates a dangerous situation for people or animals that are caught in it.  The West Coast Trail on the coast of Vancouver Island, B.C., is famous for its large number of surge channels, some of which are impassable even at low tide and must be crossed inland.

text: Surge channels can range from a few inches across to 10 feet or more.  They may create

text: tide pools

text: if the conditions are correct, but the rapid water movement almost always creates a dangerous situation for people or animals that are caught in it.  The

text: West Coast Trail

text: on the coast of

text: Vancouver Island

text: , B.C., is famous for its large number of surge channels, some of which are impassable even at low tide and must be crossed inland.

answers: NDQ_000702

answers: rapid water movement

answers: NDQ_000704

answers: Which of the following is not a type of water movement: surge channels, tide pools, or surface currents?

answers: NDQ_000706

answers: Surge channels

answers: NDQ_000707

answers: water is moving too fast

answers: NDQ_000710

answers: water up to the surface

answers: NDQ_000715

answers: How many feet is 10 feet?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: high tide, crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Vancouver Island

answers: NDQ_000734

answers: water movement

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: low tide

answers: NDQ_000737

answers: water movement

answers: NDQ_000738

answers: a dangerous situation for people or animals that are caught in it

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: is a type of

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: surge

answers: NDQ_000746

answers: NDQ_000702

answers: Surge channels

answers: NDQ_000704

answers: Surge channels

answers: NDQ_000706

answers: Surge channels

answers: NDQ_000707

answers: rapid water movement

answers: NDQ_000710

answers: tide pools

answers: NDQ_000715

answers: 10 feet

answers: NDQ_000718

answers: Surge channels can range from a few inches across to 10 feet

answers: NDQ_000720

answers: 10 feet or more.

answers: NDQ_000721

answers: Surge channels

answers: NDQ_000722

answers: Surge channels

answers: NDQ_000723

answers: Surge channels

answers: NDQ_000724

answers: Surge channels

answers: NDQ_000725

answers: tide pools

answers: NDQ_000726

answers: water

answers: NDQ_000727

answers: Surge channels

answers: NDQ_000728

answers: Surge channels

answers: NDQ_000729

answers: Surge channels

answers: NDQ_000730

answers: Surge channels

answers: NDQ_000731

answers: Surge channels

answers: NDQ_000732

answers: Surge channels

answers: NDQ_000733

answers: Vancouver Island,

answers: NDQ_000734

answers: Surge channels

answers: NDQ_000735

answers: low tide

answers: NDQ_000736

answers: tide pools

answers: NDQ_000737

answers: Surge channels

answers: NDQ_000738

answers: tide pools

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: tide pools

answers: NDQ_000741

answers: Surge channels

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: Surge channels

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: Surge channels

answers: NDQ_000746

answers: a few inches across to 10 feet or more.

text: The transfer of energy between the wind blowing over the surface of an ocean and the ocean's upper layer is an important element in wave dynamics.  The spectral wave transport equation is used to describe the change in wave spectrum over changing topography.  It simulates wave generation, wave movement (propagation within a fluid), wave shoaling, refraction, energy transfer between waves, and wave dissipation.  Since surface winds are the primary forcing mechanism in the spectral wave transport equation, ocean wave models use information produced by numerical weather prediction models as inputs to determine how much energy is transferred from the atmosphere into the layer at the surface of the ocean. Along with dissipation of energy through whitecaps and resonance between waves, surface winds from numerical weather models allow for more accurate predictions of the state of the sea surface.<ref>{{cite journal|last=Bender|first=Leslie C.|title=Modification of the Physics and Numerics in a Third-Generation Ocean Wave Model|journal=Journal of Atmospheric and Oceanic Technology|date=January 1996|volume=13|issue=3|pages=726 |doi=10.1175/1520-0426(1996)013

text: The transfer of energy between the wind blowing over the surface of an ocean and the ocean's upper layer is an important element in wave dynamics.  The

text: spectral wave transport equation

text: is used to describe the change in wave spectrum over changing topography.  It simulates wave generation, wave movement (propagation within a fluid),

text: wave shoaling

text: refraction

text: , energy transfer between waves, and wave dissipation.  Since surface winds are the primary forcing mechanism in the spectral wave transport equation, ocean wave models use information produced by numerical weather prediction models as inputs to determine how much energy is transferred from the atmosphere into the layer at the surface of the ocean. Along with dissipation of energy through

text: whitecaps

text: and

text: resonance

text: between waves, surface winds from numerical weather models allow for more accurate predictions of the state of the sea surface.<ref>{{cite journal|last=Bender|first=Leslie C.|title=Modification of the Physics and Numerics in a Third-Generation Ocean Wave Model|journal=

entity_name: Journal of Atmospheric and Oceanic Technology

text: Journal of Atmospheric and Oceanic Technology

text: |date=January 1996|volume=13|issue=3|pages=726 |doi=10.1175/1520-0426(1996)013

answers: NDQ_000702

answers: surface winds

answers: NDQ_000704

answers: are the primary forcing mechanism in the wave transport equation

answers: NDQ_000706

answers: ocean's upper layer

answers: NDQ_000707

answers: wave shoaling occurs

answers: NDQ_000710

answers: energy from the atmosphere into the ocean's upper layer.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: It simulates wave generation

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: water is shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: Why does the spectral wave transport equation simulate the change in wave spectrum over changing topography?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: a tsunami is coming

answers: NDQ_000729

answers: The Coriolis effect is caused by Earths rotation.

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: The sun and moon are in a straight line.

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: surface winds

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: spectral wave transport equation

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: whitecaps and resonance between waves

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: energy transfer between waves

answers: NDQ_000744

answers: a full moon

answers: NDQ_000745

answers: surface winds

answers: NDQ_000746

answers: ref>

answers: NDQ_000702

answers: surface winds

answers: NDQ_000704

answers: surface winds

answers: NDQ_000706

answers: upper layer

answers: NDQ_000707

answers: refraction,

answers: NDQ_000710

answers: ocean's upper layer

answers: NDQ_000715

answers: energy transfer between waves, and wave dissipation.

answers: NDQ_000718

answers: wave dynamics.

answers: NDQ_000720

answers: winds

answers: NDQ_000721

answers: surface winds

answers: NDQ_000722

answers: Third-Generation Ocean Wave Model|journal=Journal

answers: NDQ_000723

answers: wave dynamics.

answers: NDQ_000724

answers: surface winds

answers: NDQ_000725

answers: winds

answers: NDQ_000726

answers: wind blowing over the surface of an ocean

answers: NDQ_000727

answers: wave dynamics.

answers: NDQ_000728

answers: The transfer of energy between the wind blowing over the surface of an ocean

answers: NDQ_000729

answers: The transfer of energy between the wind blowing over the surface of an ocean

answers: NDQ_000730

answers: surface winds

answers: NDQ_000731

answers: Third-Generation Ocean Wave Model|journal=Journal

answers: NDQ_000732

answers: surface winds

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: surface winds

answers: NDQ_000735

answers: winds

answers: NDQ_000736

answers: surface winds

answers: NDQ_000737

answers: wind

answers: NDQ_000738

answers: The transfer of energy between the wind blowing over the surface of an ocean

answers: NDQ_000739

answers: ocean's upper layer

answers: NDQ_000740

answers: changing topography.

answers: NDQ_000741

answers: wave dynamics.

answers: NDQ_000742

answers: Third-Generation Ocean Wave Model|journal=Journal

answers: NDQ_000743

answers: dissipation of energy through whitecaps

answers: NDQ_000744

answers: ocean and the ocean's upper layer is an important element in wave dynamics.

answers: NDQ_000745

answers: ocean's upper layer

answers: NDQ_000746

answers: energy transfer between waves, and wave dissipation.

text: Neurodevices are any devices used to monitor or regulate brain activity. Currently there are a few available for clinical use as a treatment for Parkinson's disease. The most common neurodevices are deep brain stimulators (DBS) that are used to give electrical stimulation to areas stricken by inactivity. Parkinson's disease is known to be caused by an inactivation of the basal ganglia (nuclei) and recently DBS has become the more preferred form of treatment for Parkinson's disease, although current research questions the efficiency of DBS for movement disorders.

text: Neurodevices are any devices used to monitor or regulate brain activity. Currently there are a few available for clinical use as a treatment for Parkinson's disease. The most common neurodevices are deep brain stimulators (

text: DBS

text: ) that are used to give electrical stimulation to areas stricken by inactivity. Parkinson's disease is known to be caused by an inactivation of the

text: basal ganglia

text: (nuclei) and recently DBS has become the more preferred form of treatment for Parkinson's disease, although current research questions the efficiency of DBS for movement disorders.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which of the following is not a neurodevice: deep brain stimulators, basal ganglia, or surface currents?

answers: NDQ_000706

answers: deep brain

answers: NDQ_000707

answers: electrical stimulation is applied to the brain

answers: NDQ_000710

answers: ice to the surface of the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: Which of the following is not a type of device used to monitor or regulate brain activity?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: Which of the following is not a type of device used to monitor or regulate brain activity: deep brain stimulators, basal ganglia, or DBS?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not a type of device used to monitor or regulate brain activity?

answers: NDQ_000732

answers: What is the most common neurodevice?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: inactivation of the basal ganglia

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Basal ganglia

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: electrical stimulation

answers: NDQ_000744

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: Neurodevices

answers: NDQ_000704

answers: deep brain stimulators

answers: NDQ_000706

answers: deep brain stimulators

answers: NDQ_000707

answers: electrical stimulation

answers: NDQ_000710

answers: Neurodevices

answers: NDQ_000715

answers: Neurodevices are any devices used to monitor or regulate brain activity.

answers: NDQ_000718

answers: Neurodevices

answers: NDQ_000720

answers: Neurodevices

answers: NDQ_000721

answers: Neurodevices

answers: NDQ_000722

answers: deep brain stimulators

answers: NDQ_000723

answers: Neurodevices are any devices used to monitor or regulate brain activity.

answers: NDQ_000724

answers: Neurodevices

answers: NDQ_000725

answers: Neurodevices

answers: NDQ_000726

answers: Neurodevices are any devices used to monitor or regulate brain activity.

answers: NDQ_000727

answers: Neurodevices are any devices used to monitor or regulate brain activity.

answers: NDQ_000728

answers: Neurodevices

answers: NDQ_000729

answers: Parkinson's disease.

answers: NDQ_000730

answers: Neurodevices

answers: NDQ_000731

answers: Neurodevices

answers: NDQ_000732

answers: Neurodevices

answers: NDQ_000733

answers: Neurodevices

answers: NDQ_000734

answers: Parkinson's disease.

answers: NDQ_000735

answers: inactivity.

answers: NDQ_000736

answers: Neurodevices are any devices used to monitor or regulate brain activity.

answers: NDQ_000737

answers: Neurodevices

answers: NDQ_000738

answers: Neurodevices

answers: NDQ_000739

answers: deep brain stimulators

answers: NDQ_000740

answers: Neurodevices

answers: NDQ_000741

answers: Neurodevices

answers: NDQ_000742

answers: Neurodevices are any devices used to monitor or regulate brain activity.

answers: NDQ_000743

answers: electrical stimulation

answers: NDQ_000744

answers: Neurodevices are any devices used to monitor or regulate brain activity.

answers: NDQ_000745

answers: deep brain stimulators

answers: NDQ_000746

answers: Neurodevices are any devices used to monitor or regulate brain activity.

text: Fungia scutaria occurs in the Indian Ocean on upper reef slopes especially where there is considerable movement of the water as a result of wave action. It is usually found on sand or beds of coral fragments. It is often associated with other species of Fungia.

text: Fungia scutaria occurs in the Indian Ocean on upper reef slopes especially where there is considerable movement of the water as a result of wave action. It is usually found on sand or beds of coral fragments. It is often associated with other species of

text: Fungia

answers: NDQ_000702

answers: wave action

answers: NDQ_000704

answers: What causes the movement of the water as a result of wave action?

answers: NDQ_000706

answers: upper reef slopes

answers: NDQ_000707

answers: movement of the water occurs

answers: NDQ_000710

answers: sand to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: what is the second to last word in the passage?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How would you describe Fungia scutaria?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: It is not possible to tell

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: What does Fungia scutaria occur in?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: wave action

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Indian Ocean on upper reef slopes

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Fungia scutaria occurs on upper reef slopes

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: wave action

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: is not mentioned

answers: NDQ_000744

answers: NDQ_000745

answers: wave action

answers: NDQ_000746

answers: NDQ_000702

answers: wave action.

answers: NDQ_000704

answers: wave action.

answers: NDQ_000706

answers: upper reef slopes

answers: NDQ_000707

answers: movement of the water

answers: NDQ_000710

answers: movement of the water as a result of wave action.

answers: NDQ_000715

answers: Fungia scutaria

answers: NDQ_000718

answers: wave action.

answers: NDQ_000720

answers: Fungia scutaria

answers: NDQ_000721

answers: Fungia scutaria

answers: NDQ_000722

answers: Fungia scutaria

answers: NDQ_000723

answers: Fungia scutaria

answers: NDQ_000724

answers: wave action.

answers: NDQ_000725

answers: movement of the water as a result of wave action.

answers: NDQ_000726

answers: wave action.

answers: NDQ_000727

answers: movement of the water as a result of wave action.

answers: NDQ_000728

answers: Fungia scutaria

answers: NDQ_000729

answers: movement of the water as a result of wave action.

answers: NDQ_000730

answers: wave action.

answers: NDQ_000731

answers: Fungia scutaria

answers: NDQ_000732

answers: Fungia scutaria

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: wave action.

answers: NDQ_000735

answers: Fungia scutaria

answers: NDQ_000736

answers: wave action.

answers: NDQ_000737

answers: Fungia scutaria occurs in the Indian Ocean

answers: NDQ_000738

answers: wave action.

answers: NDQ_000739

answers: wave action.

answers: NDQ_000740

answers: movement of the water as a result of wave action.

answers: NDQ_000741

answers: wave action.

answers: NDQ_000742

answers: Fungia scutaria

answers: NDQ_000743

answers: wave action.

answers: NDQ_000744

answers: Fungia scutaria

answers: NDQ_000745

answers: wave action.

answers: NDQ_000746

answers: Fungia scutaria

text: Unlike the true teeth of Mesozoic birds like Archaeopteryx or Aberratiodontus, the pseudoteeth of the Pelagornithidae do not seem to have had serrated or otherwise specialized cutting edges, and were useful to hold prey for swallowing whole rather than to tear bits off it. Since the teeth were hollow or at best full of cancellous bone and are easily worn or broken off in fossils, it is surmised they were not extremely resilient in life either. Pelagornithid prey would thus have been soft-bodied, and have encompassed mainly cephalopods and soft-skinned fishes. Prey items may have reached considerable size. Though some reconstructions show pelagornithids as diving birds in the manner of gannets, the thin-walled highly pneumatized bones which must have fractured easily judging from the state of fossil specimens make such a mode of feeding unlikely, if not outright dangerous. Rather, prey would have been picked up from immediately below the ocean surface while the birds were flying or swimming, and they probably submerged only the beak in most situations. Their quadrate bone articulation with the lower jaw resembled that of a pelican or other birds that can open their beak widely. Altogether, the pseudotooth birds would have filled an ecological niche almost identical to that of the larger fish-eating pterosaurs, whose extinction at the end of the Cretaceous may well have paved the way for the highly successful 50-million-year reign of the Pelagornithidae. Like modern albatrosses (but perhaps unlike pterosaurs in the different climate and plate tectonics of the Mesozoic), the pseudotooth birds could have used the system of ocean currents and atmospheric circulation to take round-track routes soaring over the open oceans, returning to breed only every few years. Unlike albatrosses today, which avoid the tropical equatorial currents with their doldrums, Pelagornithidae were found in all sorts of climate, and records from around 40 Ma stretch from Belgium through Togo to the Antarctic. It is conspicuous that penguins and plotopterids – both wing-propelled divers that foraged over the continental shelf – are almost invariably found in the company of pseudotooth birds. Thus, pseudotooth birds seem to have gathered in some numbers in upwelling regions, presumably to feed but perhaps to breed nearby also (see below).

text: Unlike the

text: true teeth

text: of

text: Mesozoic

text: birds like

text: Archaeopteryx

text: or

text: Aberratiodontus

text: , the pseudoteeth of the Pelagornithidae do not seem to have had serrated or otherwise specialized cutting edges, and were useful to hold prey for swallowing whole rather than to tear bits off it. Since the teeth were hollow or at best full of

text: cancellous bone

text: and are easily worn or broken off in fossils, it is surmised they were not extremely resilient in life either. Pelagornithid prey would thus have been soft-bodied, and have encompassed mainly

text: cephalopod

text: s and soft-skinned

text: fish

text: es. Prey items may have reached considerable size. Though some reconstructions show pelagornithids as diving birds in the manner of

text: gannet

text: s, the thin-walled highly

text: pneumatized bones

text: which must have fractured easily judging from the state of fossil specimens make such a mode of feeding unlikely, if not outright dangerous. Rather, prey would have been picked up from immediately below the ocean surface while the birds were flying or swimming, and they probably submerged only the beak in most situations. Their

text: quadrate bone

text: articulation with the lower jaw resembled that of a pelican or other birds that can open their beak widely. Altogether, the pseudotooth birds would have filled an

text: ecological niche

text: almost identical to that of the larger fish-eating

text: pterosaur

text: s, whose

text: extinct

text: ion at the end of the

text: Cretaceous

text: may well have paved the way for the highly successful 50-million-year reign of the Pelagornithidae. Like modern

text: albatross

text: es (but perhaps unlike pterosaurs in the different

text: climate

text: and

text: plate tectonics

text: of the

text: Mesozoic

text: ), the pseudotooth birds could have used the system of

text: ocean current

text: s and

text: atmospheric circulation

text: to take round-track routes soaring over the open oceans, returning to breed only every few years. Unlike albatrosses today, which avoid the

text: tropical

text: equatorial currents

text: with their

text: doldrum

text: s, Pelagornithidae were found in all sorts of climate, and records from around 40 Ma stretch from

text: Belgium

text: through

text: Togo

text: to the

text: Antarctic

text: . It is conspicuous that

text: penguin

text: s and

text: plotopterid

text: s – both

text: wing-propelled diver

text: s that foraged over the

text: continental shelf

text: – are almost invariably found in the company of pseudotooth birds. Thus, pseudotooth birds seem to have gathered in some numbers in

text: upwelling

text: regions, presumably to feed but perhaps to breed nearby also (see below).

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: unanswerable

answers: NDQ_000706

answers: below the ocean surface

answers: NDQ_000707

answers: pelagornithids as diving birds

answers: NDQ_000710

answers: Pelagornithid prey

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: Wavelength

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: what is the last word in the passage?

answers: NDQ_000724

answers: ocean currents

answers: NDQ_000725

answers: not enough information

answers: NDQ_000726

answers: unknown

answers: NDQ_000727

answers: unknown

answers: NDQ_000728

answers: Pelagornithids

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: not enough information

answers: NDQ_000731

answers: not enough information

answers: NDQ_000732

answers: no

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Pelagornithids

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Pelagornithids as diving birds

answers: NDQ_000739

answers: submerged

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: doldrums

answers: NDQ_000743

answers: NDQ_000744

answers: moonrise

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: Pelagornithid

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: ocean currents

answers: NDQ_000706

answers: tropical equatorial

answers: NDQ_000707

answers: pseudotooth birds

answers: NDQ_000710

answers: ocean currents

answers: NDQ_000715

answers: Mesozoic),

answers: NDQ_000718

answers: pterosaurs,

answers: NDQ_000720

answers: they probably submerged only the beak

answers: NDQ_000721

answers: they probably submerged only the beak

answers: NDQ_000722

answers: pseudotooth birds

answers: NDQ_000723

answers: tropical equatorial

answers: NDQ_000724

answers: they probably submerged only the beak

answers: NDQ_000725

answers: ocean currents

answers: NDQ_000726

answers: Pelagornithidae were found in all sorts of climate,

answers: NDQ_000727

answers: pseudotooth birds

answers: NDQ_000728

answers: tropical equatorial currents

answers: NDQ_000729

answers: they probably submerged only the beak in most situations.

answers: NDQ_000730

answers: ocean currents

answers: NDQ_000731

answers: pterosaurs,

answers: NDQ_000732

answers: pseudotooth birds

answers: NDQ_000733

answers: 40

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: tropical equatorial

answers: NDQ_000736

answers: pseudotooth birds

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: tropical equatorial currents

answers: NDQ_000739

answers: they probably submerged only the beak in most situations.

answers: NDQ_000740

answers: ocean currents

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: tropical equatorial

answers: NDQ_000743

answers: ocean currents and atmospheric circulation

answers: NDQ_000744

answers: ocean surface

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: they probably submerged only the beak

text: Originally the locomotives were deep red (RAL 3004), in the mid-1970s a new ivory / ocean blue (RAL 5020 - RAL 1014) colour scheme was introduced, in the second half of the 1980s an eastern red (RAL 3031) color scheme was used and since the late'90s, the locomotives are found in the current traffic (RAL 3020) red of Deutsche Bahn AG.

text: Originally the locomotives were deep red (

text: RAL 3004

text: ), in the mid-1970s a new ivory / ocean blue (

text: RAL 5020

text: RAL 1014

text: ) colour scheme was introduced, in the second half of the 1980s an eastern red (

text: RAL 3031

text: ) color scheme was used and since the late'90s, the locomotives are found in the current traffic (

text: RAL 3020

text: ) red of Deutsche Bahn AG.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: can be caused by

answers: NDQ_000706

answers: eastern

answers: NDQ_000707

answers: it is made of water.

answers: NDQ_000710

answers: ice to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: it is not possible to tell

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: RAL 3004 colour scheme

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling does not occur in the ocean

answers: NDQ_000739

answers: blue

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: no

answers: NDQ_000742

answers: can not be determined

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: The tide that occurs during a full moon

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: ivory / ocean blue (RAL 5020 - RAL 1014)

answers: NDQ_000706

answers: ocean blue (RAL 5020 - RAL 1014)

answers: NDQ_000707

answers: ocean blue

answers: NDQ_000710

answers: ivory / ocean blue

answers: NDQ_000715

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000718

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000720

answers: ocean blue (RAL 5020 - RAL 1014)

answers: NDQ_000721

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000722

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000723

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000724

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000725

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000726

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000727

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000728

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000729

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000730

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000731

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000732

answers: ivory / ocean blue (RAL 5020 - RAL 1014)

answers: NDQ_000733

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000734

answers: ocean blue

answers: NDQ_000735

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000736

answers: ivory / ocean blue (RAL 5020 - RAL 1014)

answers: NDQ_000737

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000738

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000739

answers: ocean blue

answers: NDQ_000740

answers: ocean blue (RAL 5020 - RAL 1014)

answers: NDQ_000741

answers: ocean blue

answers: NDQ_000742

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000743

answers: ivory / ocean blue (RAL 5020 - RAL 1014)

answers: NDQ_000744

answers: Originally the locomotives were deep red (RAL 3004),

answers: NDQ_000745

answers: ocean blue (RAL 5020 - RAL 1014)

answers: NDQ_000746

answers: Originally the locomotives were deep red (RAL 3004),

text: Sediment accumulation can also be a result of wave action. Wave currents occur in a swash and backwash  motion. This continual wave action allows for the movement of sediment. The angles at which the swash and backwash occur, are associated with the off shore transport current as well as the change in winter and summer ocean currents.

text: Sediment accumulation can also be a result of wave action. Wave currents occur in a swash and backwash  motion. This continual wave action allows for the movement of sediment. The angles at which the swash and backwash occur, are associated with the off shore transport current as well as the change in winter and summer ocean currents.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Which of the following is not a result of wave action: swash and backwash motion?

answers: NDQ_000706

answers: off shore

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: Sediment

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not a result of wave action?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a result of wave action?

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: summer

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: swash and backwash motion

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Sediment accumulation can be a result of wave action.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: NDQ_000745

answers: backwash

answers: NDQ_000746

answers: NDQ_000702

answers: wave action. Wave currents

answers: NDQ_000704

answers: Wave currents

answers: NDQ_000706

answers: off shore

answers: NDQ_000707

answers: backwash

answers: NDQ_000710

answers: movement of sediment.

answers: NDQ_000715

answers: Sediment accumulation can also be a result of wave action.

answers: NDQ_000718

answers: wave action.

answers: NDQ_000720

answers: Wave currents occur in a swash and backwash motion.

answers: NDQ_000721

answers: wave action.

answers: NDQ_000722

answers: Sediment accumulation can also be a result of wave action.

answers: NDQ_000723

answers: Wave currents occur in a swash and backwash motion.

answers: NDQ_000724

answers: Wave currents

answers: NDQ_000725

answers: wave action.

answers: NDQ_000726

answers: Wave currents occur in a swash and backwash motion.

answers: NDQ_000727

answers: wave action.

answers: NDQ_000728

answers: wave action.

answers: NDQ_000729

answers: Sediment accumulation can also be a result of wave action.

answers: NDQ_000730

answers: Sediment accumulation can also be a result of wave action.

answers: NDQ_000731

answers: Sediment accumulation can also be a result of wave action.

answers: NDQ_000732

answers: swash and backwash motion.

answers: NDQ_000733

answers: winter and summer ocean currents.

answers: NDQ_000734

answers: wave action.

answers: NDQ_000735

answers: summer

answers: NDQ_000736

answers: swash and backwash motion.

answers: NDQ_000737

answers: ocean currents.

answers: NDQ_000738

answers: Sediment accumulation can also be a result of wave action.

answers: NDQ_000739

answers: wave action.

answers: NDQ_000740

answers: winter and summer ocean currents.

answers: NDQ_000741

answers: Wave currents

answers: NDQ_000742

answers: Sediment accumulation can also be a result of wave action.

answers: NDQ_000743

answers: wave action.

answers: NDQ_000744

answers: Sediment accumulation can also be a result of wave action.

answers: NDQ_000745

answers: Wave currents occur in a swash and backwash

answers: NDQ_000746

answers: Sediment accumulation can also be a result of wave action.

text: A tsunami (plural: tsunamis or tsunami; from Japanese: 津波, lit. "harbour wave"; English pronunciation: /tsuːˈnɑːmi/), also known as a seismic sea wave or as a tidal wave, is a series of waves in a water body caused by the displacement of a large volume of water, generally in an ocean or a large lake. Tsunamis can be caused by undersea earthquakes such as the 2004 Boxing Day tsunami, or by landslides such as the one in 1958 at Lituya Bay, Alaska, or by volcanic eruptions such as the ancient eruption of Santorini. On March 11, 2011, a tsunami occurred near Fukushima, Japan and spread through the Pacific.

text: A tsunami (plural: tsunamis or tsunami; from Japanese: 津波, lit. "harbour wave"; English pronunciation: /tsuːˈnɑːmi/), also known as a seismic sea wave or as a tidal wave, is a series of waves in a water body caused by the displacement of a large volume of water, generally in an ocean or a large lake. Tsunamis can be caused by undersea earthquakes such as the

text: 2004 Boxing Day tsunami

text: , or by landslides such as the

text: one in 1958 at Lituya Bay, Alaska

text: , or by volcanic eruptions such as the

text: ancient eruption of Santorini

text: . On March 11, 2011, a

text: tsunami occurred near Fukushima, Japan

text: and spread through the Pacific.

answers: NDQ_000702

answers: undersea earthquakes

answers: NDQ_000704

answers: Which of the following is not caused by undersea earthquakes: Boxing Day tsunami, landslides or volcanic eruptions?

answers: NDQ_000706

answers: undersea

answers: NDQ_000707

answers: displacement of a large volume of water

answers: NDQ_000710

answers: Tsunamis

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: No

answers: NDQ_000725

answers: How many times a day do tidal waves occur?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: What is caused by Earths rotation?

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What can be caused by undersea earthquakes?

answers: NDQ_000733

answers: Ocean

answers: NDQ_000734

answers: Tsunamis

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: tidal wave

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tsunamis can be caused by undersea earthquakes

answers: NDQ_000739

answers: undersea

answers: NDQ_000740

answers: Tidal wave

answers: NDQ_000741

answers: Tidal wave

answers: NDQ_000742

answers: Tidal

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Tsunami

answers: NDQ_000746

answers: volume of water

answers: NDQ_000702

answers: displacement of a large volume of water,

answers: NDQ_000704

answers: Tsunamis

answers: NDQ_000706

answers: tsunami

answers: NDQ_000707

answers: displacement of a large volume of water,

answers: NDQ_000710

answers: volcanic eruptions

answers: NDQ_000715

answers: tsunami

answers: NDQ_000718

answers: tsunami

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: volcanic eruptions

answers: NDQ_000722

answers: tsunami

answers: NDQ_000723

answers: tsunami

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: tidal wave,

answers: NDQ_000726

answers: tsunami

answers: NDQ_000727

answers: tidal wave,

answers: NDQ_000728

answers: Tsunamis can be caused by undersea earthquakes

answers: NDQ_000729

answers: tsunami

answers: NDQ_000730

answers: displacement of a large volume of water,

answers: NDQ_000731

answers: tsunami

answers: NDQ_000732

answers: tsunami

answers: NDQ_000733

answers: March 11, 2011,

answers: NDQ_000734

answers: displacement of a large volume of water,

answers: NDQ_000735

answers: tidal wave,

answers: NDQ_000736

answers: tidal wave,

answers: NDQ_000737

answers: tsunami

answers: NDQ_000738

answers: tsunami

answers: NDQ_000739

answers: displacement of a large volume of water,

answers: NDQ_000740

answers: tidal

answers: NDQ_000741

answers: tidal wave,

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: volcanic eruptions

answers: NDQ_000744

answers: tidal

answers: NDQ_000745

answers: displacement of a large volume of water,

answers: NDQ_000746

answers: tsunami

text: Marine energy or marine power (also sometimes referred to as ocean energy, ocean power, or marine and hydrokinetic energy) refers to the energy carried by ocean waves, tides, salinity, and ocean temperature differences. The movement of water in the world’s oceans creates a vast store of kinetic energy, or energy in motion. This energy can be harnessed to generate electricity to power homes, transport and industries.

text: Marine energy or marine power (also sometimes referred to as ocean energy, ocean power, or marine and hydrokinetic energy) refers to the energy carried by

text: ocean wave

text: s,

text: tide

text: s,

text: salinity

text: , and

text: ocean temperature differences

text: . The movement of water in the world’s oceans creates a vast store of

text: kinetic energy

text: , or energy in motion. This energy can be harnessed to

text: generate

text: electricity to power homes, transport and industries.

answers: NDQ_000702

answers: movement of water

answers: NDQ_000704

answers: What can be harnessed to generate electricity to power homes, transport and industries?

answers: NDQ_000706

answers: world’s oceans

answers: NDQ_000707

answers: kinetic energy is released

answers: NDQ_000710

answers: kinetic energy

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: salinity

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: movement of water

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: kinetic energy

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: energy can be harnessed to power homes, transport and industries

answers: NDQ_000739

answers: salinity

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: ocean waves

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: Marine energy

answers: NDQ_000704

answers: ocean waves, tides,

answers: NDQ_000706

answers: Marine energy

answers: NDQ_000707

answers: kinetic energy,

answers: NDQ_000710

answers: kinetic energy,

answers: NDQ_000715

answers: kinetic energy,

answers: NDQ_000718

answers: ocean waves,

answers: NDQ_000720

answers: Marine energy

answers: NDQ_000721

answers: ocean waves,

answers: NDQ_000722

answers: Marine energy

answers: NDQ_000723

answers: ocean waves,

answers: NDQ_000724

answers: ocean waves,

answers: NDQ_000725

answers: tides,

answers: NDQ_000726

answers: ocean waves,

answers: NDQ_000727

answers: ocean waves, tides,

answers: NDQ_000728

answers: kinetic energy,

answers: NDQ_000729

answers: ocean waves, tides, salinity, and ocean temperature differences.

answers: NDQ_000730

answers: Marine energy

answers: NDQ_000731

answers: Marine energy

answers: NDQ_000732

answers: kinetic energy,

answers: NDQ_000733

answers: ocean waves, tides,

answers: NDQ_000734

answers: The movement of water

answers: NDQ_000735

answers: Marine energy

answers: NDQ_000736

answers: ocean waves, tides, salinity, and ocean temperature differences.

answers: NDQ_000737

answers: Marine energy

answers: NDQ_000738

answers: kinetic energy,

answers: NDQ_000739

answers: temperature differences.

answers: NDQ_000740

answers: tides,

answers: NDQ_000741

answers: waves,

answers: NDQ_000742

answers: tides,

answers: NDQ_000743

answers: kinetic energy,

answers: NDQ_000744

answers: tides,

answers: NDQ_000745

answers: kinetic energy,

answers: NDQ_000746

answers: kinetic energy,

text: There are other components of the Coriolis effect. Westward-travelling objects are deflected downwards (feel heavier), while Eastward-travelling objects are deflected upwards (feel lighter). This is known as the Eötvös effect. This aspect of the Coriolis effect is greatest near the equator. The force produced by this effect is similar to the horizontal component, but the much larger vertical forces due to gravity and pressure mean that it is generally unimportant dynamically.

text: There are other components of the Coriolis effect. Westward-travelling objects are deflected downwards (feel heavier), while Eastward-travelling objects are deflected upwards (feel lighter). This is known as the

text: Eötvös effect

text: . This aspect of the Coriolis effect is greatest near the equator. The force produced by this effect is similar to the horizontal component, but the much larger vertical forces due to gravity and pressure mean that it is generally unimportant dynamically.

answers: NDQ_000702

answers: gravity and pressure

answers: NDQ_000704

answers: are caused by what?

answers: NDQ_000706

answers: near the equator

answers: NDQ_000707

answers: gravity causes it to be deflected

answers: NDQ_000710

answers: Eastward-travelling objects

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: generally unimportant

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What is the Coriolis effect?

answers: NDQ_000725

answers: How many components of the Coriolis effect are there?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Eastward-travelling objects are deflected upwards

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: gravity

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Eötvös effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: generally unimportant dynamically.

answers: NDQ_000739

answers: eastward-travelling

answers: NDQ_000740

answers: unimportant dynamically

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: coriolis effect

answers: NDQ_000744

answers: Coriolis effect

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: Gravity

answers: NDQ_000702

answers: gravity and pressure

answers: NDQ_000704

answers: Eötvös effect.

answers: NDQ_000706

answers: near the equator.

answers: NDQ_000707

answers: Coriolis effect.

answers: NDQ_000710

answers: Eötvös effect.

answers: NDQ_000715

answers: the much larger vertical forces

answers: NDQ_000718

answers: Eötvös effect.

answers: NDQ_000720

answers: Eötvös effect.

answers: NDQ_000721

answers: Coriolis effect.

answers: NDQ_000722

answers: Eötvös effect.

answers: NDQ_000723

answers: Coriolis effect.

answers: NDQ_000724

answers: Coriolis effect.

answers: NDQ_000725

answers: Eötvös effect.

answers: NDQ_000726

answers: Coriolis effect.

answers: NDQ_000727

answers: Coriolis effect.

answers: NDQ_000728

answers: Coriolis effect.

answers: NDQ_000729

answers: Westward-travelling objects are deflected downwards

answers: NDQ_000730

answers: vertical forces

answers: NDQ_000731

answers: Eötvös effect.

answers: NDQ_000732

answers: Eötvös effect.

answers: NDQ_000733

answers: near the equator.

answers: NDQ_000734

answers: gravity and pressure

answers: NDQ_000735

answers: Eastward-travelling objects are deflected upwards

answers: NDQ_000736

answers: Eötvös effect.

answers: NDQ_000737

answers: Coriolis effect.

answers: NDQ_000738

answers: Westward-travelling objects are deflected downwards

answers: NDQ_000739

answers: Westward-travelling objects are deflected downwards

answers: NDQ_000740

answers: Coriolis effect.

answers: NDQ_000741

answers: Coriolis effect.

answers: NDQ_000742

answers: Eötvös effect.

answers: NDQ_000743

answers: The force produced by this effect is similar to the horizontal component,

answers: NDQ_000744

answers: Coriolis effect.

answers: NDQ_000745

answers: Coriolis effect.

answers: NDQ_000746

answers: heavier),

text: Animals have been known to perceive the infrasonic waves going through the earth by natural disasters and can use these as an early warning. A recent example of this is the 2004 Indian Ocean earthquake and tsunami. Animals were reported to flee the area hours before the actual tsunami hit the shores of Asia. It is not known for sure that this is the cause; some have suggested that it may have been the influence of electromagnetic waves, and not of infrasonic waves, that prompted these animals to flee.

text: Animals have been known to perceive the infrasonic waves going through the earth by natural disasters and can use these as an early warning. A recent example of this is the

text: 2004 Indian Ocean earthquake and tsunami

text: . Animals were reported to flee the area hours before the actual tsunami hit the shores of Asia. It is not known for sure that this is the cause; some have suggested that it may have been the influence of

text: electromagnetic waves

text: , and not of infrasonic waves, that prompted these animals to flee.

answers: NDQ_000702

answers: natural disasters

answers: NDQ_000704

answers: Which of the following is not a type of wave: infrasonic waves, electromagnetic waves or surface currents?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a force is exerted on it

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, tsunami or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not an example of a natural disaster?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: what is the last place mentioned?

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: electromagnetic waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: infrared waves

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Animals were reported to flee the area hours before the actual tsunami hit the shores of Asia

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: can use these as an early warning

answers: NDQ_000743

answers: electromagnetic waves

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: infrasonic waves

answers: NDQ_000704

answers: electromagnetic waves,

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: electromagnetic waves,

answers: NDQ_000710

answers: infrasonic waves

answers: NDQ_000715

answers: electromagnetic waves,

answers: NDQ_000718

answers: electromagnetic waves,

answers: NDQ_000720

answers: infrasonic waves

answers: NDQ_000721

answers: electromagnetic waves,

answers: NDQ_000722

answers: tsunami.

answers: NDQ_000723

answers: electromagnetic waves,

answers: NDQ_000724

answers: electromagnetic waves,

answers: NDQ_000725

answers: electromagnetic waves,

answers: NDQ_000726

answers: electromagnetic waves,

answers: NDQ_000727

answers: Animals have been known to perceive the infrasonic waves

answers: NDQ_000728

answers: infrasonic waves

answers: NDQ_000729

answers: electromagnetic waves,

answers: NDQ_000730

answers: electromagnetic waves,

answers: NDQ_000731

answers: electromagnetic waves,

answers: NDQ_000732

answers: electromagnetic waves,

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: infrasonic waves

answers: NDQ_000735

answers: electromagnetic waves,

answers: NDQ_000736

answers: infrasonic waves

answers: NDQ_000737

answers: infrasonic waves

answers: NDQ_000738

answers: electromagnetic waves,

answers: NDQ_000739

answers: infrasonic waves

answers: NDQ_000740

answers: Animals have been known to perceive the infrasonic waves

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: infrasonic waves

answers: NDQ_000743

answers: electromagnetic waves,

answers: NDQ_000744

answers: infrasonic waves

answers: NDQ_000745

answers: infrasonic waves

answers: NDQ_000746

answers: Animals have been known to perceive the infrasonic waves

text: A tsunami is defined as a series of water waves caused by the displacement of a large volume of a body of water, such as an ocean. This is misleading as destructive water waves are not restricted to the ocean, in the case of this article the body of water being investigated will be a lake rather than an ocean. Tsunamis in lakes are becoming increasingly important to investigate as a hazard, due to the increasing popularity for recreational uses, and increasing populations that inhabit the shores of lakes. Tsunamis generated in lakes and reservoirs are of high concern because it is associated with a near field source region which means a decrease in warning times to minutes or hours.

text: A

text: tsunami

text: is defined as a series of water waves caused by the displacement of a large volume of a body of water, such as an ocean. This is misleading as destructive water waves are not restricted to the ocean, in the case of this article the body of water being investigated will be a

text: lake

text: rather than an ocean. Tsunamis in lakes are becoming increasingly important to investigate as a hazard, due to the increasing popularity for recreational uses, and increasing populations that inhabit the shores of lakes. Tsunamis generated in lakes and reservoirs are of high concern because it is associated with a near field source region which means a decrease in warning times to minutes or hours.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: What are the main causes of tsunamis in lakes?

answers: NDQ_000706

answers: lake

answers: NDQ_000707

answers: displacement of a large volume of a body of water

answers: NDQ_000710

answers: Tsunamis closer to shore.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: not

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: No

answers: NDQ_000725

answers: How often does a tsunami occur in a lake?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: It's impossible to say

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: lake

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Tsunamis generated in lakes and reservoirs of high concern because it is associated with a decrease in warning times

answers: NDQ_000737

answers: reservoir

answers: NDQ_000738

answers: a tsunami is not restricted to the ocean

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: Tsunami

answers: NDQ_000746

answers: large volume

answers: NDQ_000702

answers: displacement of a large volume of a body of water,

answers: NDQ_000704

answers: tsunami is defined as a series of water waves

answers: NDQ_000706

answers: a lake

answers: NDQ_000707

answers: displacement of a large volume of a body of water,

answers: NDQ_000710

answers: Tsunamis

answers: NDQ_000715

answers: waves

answers: NDQ_000718

answers: A tsunami is defined as a series of water waves

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: displacement of a large volume of a body of water,

answers: NDQ_000722

answers: lakes.

answers: NDQ_000723

answers: tsunami

answers: NDQ_000724

answers: water waves

answers: NDQ_000725

answers: lake

answers: NDQ_000726

answers: water waves

answers: NDQ_000727

answers: tsunami

answers: NDQ_000728

answers: displacement of a large volume of a body of water,

answers: NDQ_000729

answers: A tsunami

answers: NDQ_000730

answers: displacement of a large volume of a body of water,

answers: NDQ_000731

answers: A tsunami

answers: NDQ_000732

answers: ocean.

answers: NDQ_000733

answers: ocean.

answers: NDQ_000734

answers: displacement of a large volume of a body of water,

answers: NDQ_000735

answers: A tsunami

answers: NDQ_000736

answers: tsunami is defined as a series of water waves

answers: NDQ_000737

answers: lake

answers: NDQ_000738

answers: ocean.

answers: NDQ_000739

answers: displacement

answers: NDQ_000740

answers: displacement of a large volume

answers: NDQ_000741

answers: tsunami is defined as a series of water waves

answers: NDQ_000742

answers: tsunami

answers: NDQ_000743

answers: displacement of a large volume of a body of water,

answers: NDQ_000744

answers: tsunami

answers: NDQ_000745

answers: displacement

answers: NDQ_000746

answers: large volume

text: The velocity of a tsunami can be calculated by obtaining the square root of the depth of the water in metres multiplied by the acceleration due to gravity (approximated to 10 m sec). For example, if the Pacific Ocean is considered to have a depth of 5000 metres, the velocity of a tsunami would be the square root of √5000 x 10 = √50000 = ~224 metres per second (735 feet per second), which equates to a speed of ~806 kilometres per hour or about 500 miles per hour. This formula is the same as used for calculating the velocity of shallow waves, because a tsunami behaves like a shallow wave as it peak to peak value reaches from the floor of the ocean to the surface.

text: The velocity of a tsunami can be calculated by obtaining the square root of the depth of the water in metres multiplied by the acceleration due to gravity (approximated to 10 m sec). For example, if the Pacific Ocean is considered to have a depth of 5000 metres, the velocity of a tsunami would be the square root of √5000 x 10 = √50000 = ~224 metres per second (735 feet per second), which equates to a speed of ~806 kilometres per hour or about 500 miles per hour. This formula is the same as used for calculating the velocity of shallow waves, because a tsunami behaves like a shallow wave as it peak to peak value reaches from the floor of the ocean to the surface.

answers: NDQ_000702

answers: acceleration due to gravity

answers: NDQ_000704

answers: can also be used to calculate the velocity of shallow waves

answers: NDQ_000706

answers: the floor

answers: NDQ_000707

answers: acceleration due to gravity

answers: NDQ_000710

answers: a tsunami to the surface

answers: NDQ_000715

answers: peak to peak value

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: the water is shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: 806 kilometres per hour

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: gravity

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: acceleration due to gravity

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a tsunami behaves like a shallow wave

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: square root of the depth of the water in metres multiplied by the acceleration due to gravity

answers: NDQ_000702

answers: gravity

answers: NDQ_000704

answers: shallow waves,

answers: NDQ_000706

answers: the floor of the ocean to the surface.

answers: NDQ_000707

answers: acceleration due to gravity

answers: NDQ_000710

answers: tsunami behaves like a shallow wave

answers: NDQ_000715

answers: peak value

answers: NDQ_000718

answers: <unk>224 metres per second

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: gravity (approximated to 10 m sec).

answers: NDQ_000722

answers: tsunami

answers: NDQ_000723

answers: shallow wave

answers: NDQ_000724

answers: shallow waves,

answers: NDQ_000725

answers: 806 kilometres per hour

answers: NDQ_000726

answers: gravity

answers: NDQ_000727

answers: depth of the water in metres multiplied by the acceleration due to gravity

answers: NDQ_000728

answers: The velocity of a tsunami

answers: NDQ_000729

answers: gravity

answers: NDQ_000730

answers: acceleration due to gravity

answers: NDQ_000731

answers: <unk>5000 x 10

answers: NDQ_000732

answers: acceleration due to gravity

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: gravity

answers: NDQ_000735

answers: 5000 x 10

answers: NDQ_000736

answers: shallow waves,

answers: NDQ_000737

answers: Pacific Ocean

answers: NDQ_000738

answers: The velocity of a tsunami

answers: NDQ_000739

answers: depth of the water in metres multiplied by the acceleration due to gravity

answers: NDQ_000740

answers: 10 m sec).

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunami

answers: NDQ_000743

answers: acceleration due to gravity

answers: NDQ_000744

answers: tsunami

answers: NDQ_000745

answers: a tsunami behaves like a shallow wave

answers: NDQ_000746

answers: gravity

text: Although punk rock was a significant social and musical phenomenon, it achieved less in the way of record sales (being distributed by small specialty labels such as Stiff Records), or American radio airplay (as the radio scene continued to be dominated by mainstream formats such as disco and album-oriented rock). Punk rock had attracted devotees from the art and collegiate world and soon bands sporting a more literate, arty approach, such as Talking Heads and Devo began to infiltrate the punk scene; in some quarters the description "new wave" began to be used to differentiate these less overtly punk bands. Record executives, who had been mostly mystified by the punk movement, recognized the potential of the more accessible new wave acts and began aggressively signing and marketing any band that could claim a remote connection to punk or new wave. Many of these bands, such as the Cars and the Go-Go's can be seen as pop bands marketed as new wave; other existing acts, including the Police, the Pretenders and Elvis Costello, used the new wave movement as the springboard for relatively long and critically successful careers, while "skinny tie" bands exemplified by the Knack, or the photogenic Blondie, began as punk acts and moved into more commercial territory.

text: Although punk rock was a significant social and musical phenomenon, it achieved less in the way of record sales (being distributed by small specialty labels such as

text: Stiff Records

text: ), or American radio airplay (as the radio scene continued to be dominated by mainstream formats such as

text: disco

text: and

text: album-oriented rock

text: ). Punk rock had attracted devotees from the art and collegiate world and soon bands sporting a more literate, arty approach, such as

text: Talking Heads

text: and

text: Devo

text: began to infiltrate the punk scene; in some quarters the description "new wave" began to be used to differentiate these less overtly punk bands. Record executives, who had been mostly mystified by the punk movement, recognized the potential of the more accessible new wave acts and began aggressively signing and marketing any band that could claim a remote connection to punk or new wave. Many of these bands, such as

text: the Cars

text: and

text: the Go-Go's

text: can be seen as pop bands marketed as new wave; other existing acts, including

text: the Police

text: the Pretenders

text: and

text: Elvis Costello

text: , used the new wave movement as the springboard for relatively long and critically successful careers, while "skinny tie" bands exemplified by

text: the Knack

text: , or the photogenic

text: Blondie

text: , began as punk acts and moved into more commercial territory.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which of the following is not a band: the Cars, the Pretenders or Elvis Costello?

answers: NDQ_000706

answers: near the coast

answers: NDQ_000707

answers: What is the first word in the first paragraph of this passage?

answers: NDQ_000710

answers: What is the first word in the first paragraph of this passage?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Cars and the Go-Go's

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: ocean

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: punk rock

answers: NDQ_000704

answers: disco

answers: NDQ_000706

answers: punk rock

answers: NDQ_000707

answers: "new wave"

answers: NDQ_000710

answers: bands sporting a more literate, arty approach,

answers: NDQ_000715

answers: "new wave"

answers: NDQ_000718

answers: "new wave"

answers: NDQ_000720

answers: punk rock

answers: NDQ_000721

answers: punk rock

answers: NDQ_000722

answers: punk rock

answers: NDQ_000723

answers: "new wave"

answers: NDQ_000724

answers: "new wave"

answers: NDQ_000725

answers: punk rock

answers: NDQ_000726

answers: "new wave"

answers: NDQ_000727

answers: punk rock

answers: NDQ_000728

answers: punk rock

answers: NDQ_000729

answers: punk rock

answers: NDQ_000730

answers: punk rock

answers: NDQ_000731

answers: punk rock

answers: NDQ_000732

answers: punk rock

answers: NDQ_000733

answers: punk rock

answers: NDQ_000734

answers: punk rock

answers: NDQ_000735

answers: punk rock

answers: NDQ_000736

answers: punk rock

answers: NDQ_000737

answers: punk rock

answers: NDQ_000738

answers: punk rock

answers: NDQ_000739

answers: punk rock

answers: NDQ_000740

answers: punk rock

answers: NDQ_000741

answers: "new wave"

answers: NDQ_000742

answers: punk rock

answers: NDQ_000743

answers: punk rock

answers: NDQ_000744

answers: punk rock

answers: NDQ_000745

answers: punk rock

answers: NDQ_000746

answers: punk rock

text: The sign of an El Niño in the sea surface temperature pattern is when warm water spreads from the west Pacific and the Indian Ocean to the east Pacific. It takes the rain with it, causing extensive drought in the western Pacific and rainfall in the normally dry eastern Pacific.  El Niño's warm rush of nutrient-poor tropical water, heated by its eastward passage in the Equatorial Current, replaces the cold, nutrient-rich surface water of the Humboldt Current. When El Niño conditions last for many months, extensive ocean warming and the reduction in Easterly Trade winds limits upwelling of cold nutrient-rich deep water and its economic impact to local fishing for an international market can be serious.

text: The sign of an El Niño in the sea surface temperature pattern is when warm water spreads from the west Pacific and the

text: Indian Ocean

text: to the east Pacific. It takes the rain with it, causing extensive drought in the western Pacific and rainfall in the normally dry eastern Pacific.  El Niño's warm rush of nutrient-poor tropical water, heated by its eastward passage in the Equatorial Current, replaces the cold, nutrient-rich surface water of the

text: Humboldt Current

text: . When El Niño conditions last for many months, extensive ocean warming and the reduction in Easterly Trade winds limits upwelling of cold nutrient-rich deep water and its economic impact to local fishing for an international market can be serious.

answers: NDQ_000702

answers: El Ni o

answers: NDQ_000704

answers: Which of the following is not a type of current: Equatorial Current, Humboldt Current, or Atlantic Current?

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: the water in the ocean is too cold

answers: NDQ_000710

answers: cold nutrient-rich deep water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds: Easterly Trade winds

answers: NDQ_000725

answers: Which of the following is not a type of current: Equatorial Current, Humboldt Current, or Pacific Current?

answers: NDQ_000726

answers: Which of the following is not a type of transfer of energy?

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a type of current: Equatorial Current, Humboldt Current, or Easterly Trade winds?

answers: NDQ_000733

answers: Pacific

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Humboldt Current

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: when El Ni o conditions last for many months

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: Equatorial Current

answers: NDQ_000742

answers: Easterly

answers: NDQ_000743

answers: thermal energy

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: El Ni<unk>o in the sea surface temperature pattern is when warm water

answers: NDQ_000704

answers: Humboldt Current.

answers: NDQ_000706

answers: Easterly Trade winds

answers: NDQ_000707

answers: El Ni<unk>o in the sea surface temperature pattern is when warm water

answers: NDQ_000710

answers: nutrient-rich deep water

answers: NDQ_000715

answers: The sign of an El Ni<unk>o

answers: NDQ_000718

answers: Equatorial Current,

answers: NDQ_000720

answers: El Ni<unk>o

answers: NDQ_000721

answers: El Ni<unk>o

answers: NDQ_000722

answers: nutrient-rich deep water

answers: NDQ_000723

answers: El Ni<unk>o

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: Equatorial Current,

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: El Ni<unk>o

answers: NDQ_000728

answers: El Ni<unk>o

answers: NDQ_000729

answers: El Ni<unk>o

answers: NDQ_000730

answers: Equatorial Current,

answers: NDQ_000731

answers: El Ni<unk>o

answers: NDQ_000732

answers: El Ni<unk>o

answers: NDQ_000733

answers: El Ni<unk>o

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: El Ni<unk>o

answers: NDQ_000736

answers: Easterly Trade winds

answers: NDQ_000737

answers: Humboldt Current.

answers: NDQ_000738

answers: cold nutrient-rich deep water

answers: NDQ_000739

answers: cold nutrient-rich deep water

answers: NDQ_000740

answers: nutrient-rich surface water of the Humboldt Current.

answers: NDQ_000741

answers: Equatorial Current,

answers: NDQ_000742

answers: El Ni<unk>o

answers: NDQ_000743

answers: heated by its eastward passage in the Equatorial Current,

answers: NDQ_000744

answers: upwelling of cold nutrient-rich deep water

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: El Ni<unk>o

text: In accordance with Yokoi's conception, St.GIGA's broadcasts initially followed no externally fixed (or artificial) timetable. Rather they were based upon the cyclical motif of a 24-hour "tide table" where broadcast themes were approximately matched to the current tidal cycle according to the rule of twelfths throughout the 24-hour broadcasting period. Under this innovative schedule, the station broadcast a variety of primarily ambient music programs including , various jazz programs, and  (featuring live sound-broadcasts of the ocean shore). The beginnings and ends of programs were not clearly demarcated and instead utilized the unprecedented  method where songs of one genre would gradually flow into and intersperse with the songs from the prior genre until the new genre became predominant. The intent, according to Yokoi was to allow the listener to relax in a wave of sound "like a baby sleeps in the womb."  "Tide of Sounds" broadcasts operated under a principle of "No Commercials, No DJs, No News Broadcasts, No Talk." Unlike most commercial-driven radio broadcasts, this was made possible for St.GIGA due to its reliance on a subscription Digital Audio Broadcasting (DAB) service. In order to receive this DAB service, the subscriber was required to obtain a special decoder, to pay an initiation fee, and subsequent monthly fees. "Tide of Sounds" broadcasts often took the form of high-quality digital recordings of nature sounds accompanied by spoken word narration by an actor as the "Voice." Throughout the life span of "Tide of Sounds" broadcasts, the part of the "Voice" would be played by a number of notable Japanese poets including Ryo Michiko among others. "Voice" performances often consisted of all new poetry composed specifically for the show.

text: In accordance with Yokoi's conception, St.GIGA's broadcasts initially followed no externally fixed (or artificial) timetable. Rather they were based upon the cyclical motif of a 24-hour "

text: tide table

text: " where broadcast themes were approximately matched to the current tidal cycle according to the

text: rule of twelfths

text: throughout the 24-hour broadcasting period. Under this innovative schedule, the station broadcast a variety of primarily ambient music programs including , various jazz programs, and  (featuring live sound-broadcasts of the ocean shore). The beginnings and ends of programs were not clearly demarcated and instead utilized the unprecedented  method where songs of one genre would gradually flow into and intersperse with the songs from the prior genre until the new genre became predominant. The intent, according to Yokoi was to allow the listener to relax in a wave of sound "like a baby sleeps in the womb."  "Tide of Sounds" broadcasts operated under a principle of "No

text: Commercials

text: , No

text: DJ

text: s, No

text: News Broadcasts

text: , No

text: Talk

text: ." Unlike most commercial-driven radio broadcasts, this was made possible for St.GIGA due to its reliance on a subscription

text: Digital Audio Broadcasting

text: (DAB) service. In order to receive this DAB service, the subscriber was required to obtain a special decoder, to pay an initiation fee, and subsequent monthly fees. "Tide of Sounds" broadcasts often took the form of high-quality digital recordings of

text: nature sounds

text: accompanied by

text: spoken word

text: narration by an

text: actor

text: as the "Voice." Throughout the life span of "Tide of Sounds" broadcasts, the part of the "Voice" would be played by a number of notable Japanese poets including Ryo Michiko among others. "Voice" performances often consisted of all new poetry composed specifically for the show.

answers: NDQ_000702

answers: tidal cycle

answers: NDQ_000704

answers: What caused the station to broadcast live sound-broadcasts of the ocean shore?

answers: NDQ_000706

answers: shore

answers: NDQ_000707

answers: a baby sleeps in the womb

answers: NDQ_000710

answers: songs of one genre into and intersperse with the songs from the prior genre until the new genre became predominant

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is a tidal cycle?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: 24-hour

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: 24-hour "tide table"

answers: NDQ_000728

answers: tidal cycle

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: 24-hour

answers: NDQ_000734

answers: tidal

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: 24-hour "tide table"

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: live sound-broadcasts of the ocean shore

answers: NDQ_000739

answers: unmixed

answers: NDQ_000740

answers: tidal cycle

answers: NDQ_000741

answers: Tidal cycle

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: wave of sound

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: rule of twelfths

answers: NDQ_000702

answers: tidal cycle

answers: NDQ_000704

answers: tidal cycle

answers: NDQ_000706

answers: shore).

answers: NDQ_000707

answers: "like a baby sleeps in the womb."

answers: NDQ_000710

answers: nature sounds

answers: NDQ_000715

answers: "Tide of Sounds"

answers: NDQ_000718

answers: Yokoi's conception, St.GIGA's

answers: NDQ_000720

answers: "Tide of Sounds"

answers: NDQ_000721

answers: tidal cycle

answers: NDQ_000722

answers: "Tide of Sounds"

answers: NDQ_000723

answers: "tide table"

answers: NDQ_000724

answers: tidal cycle

answers: NDQ_000725

answers: St.GIGA's

answers: NDQ_000726

answers: "Tide of Sounds"

answers: NDQ_000727

answers: tidal cycle

answers: NDQ_000728

answers: "tide table"

answers: NDQ_000729

answers: Sounds"

answers: NDQ_000730

answers: St.GIGA's

answers: NDQ_000731

answers: twelfths

answers: NDQ_000732

answers: Yokoi's conception, St.GIGA's

answers: NDQ_000733

answers: tidal cycle

answers: NDQ_000734

answers: tidal cycle

answers: NDQ_000735

answers: "Tide of Sounds"

answers: NDQ_000736

answers: rule of twelfths

answers: NDQ_000737

answers: tidal cycle

answers: NDQ_000738

answers: News Broadcasts, No Talk."

answers: NDQ_000739

answers: "Tide of Sounds"

answers: NDQ_000740

answers: tidal cycle

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: "Tide of Sounds"

answers: NDQ_000743

answers: sound "like a baby sleeps in the womb."

answers: NDQ_000744

answers: tidal cycle

answers: NDQ_000745

answers: tidal

answers: NDQ_000746

answers: twelfths

text: Brine drainage has a controlling influence on the mechanical, biological and transport properties, and hence upon the ecology of the polar oceans. The downwelling of denser, briny water from sea ice creation causes upwelling of deep bottom water, and helps initiate deep ocean currents, which helps to drive thermohaline circulation. Brine rejection is the dominant mechanism for formation of the deep and bottom waters in the Antarctic, and for formation of the densest part of the North Pacific intermediate water, and is a central process for changes in the water masses of the Arctic.

text: Brine drainage has a controlling influence on the mechanical, biological and transport properties, and hence upon the ecology of the polar oceans. The

text: downwelling

text: of denser, briny water from sea ice creation causes upwelling of deep

text: bottom water

text: , and helps initiate deep ocean currents, which helps to drive

text: thermohaline circulation

text: . Brine rejection is the dominant mechanism for formation of the deep and bottom waters in the Antarctic, and for formation of the densest part of the North Pacific intermediate water, and is a central process for changes in the water masses of the Arctic.

answers: NDQ_000702

answers: briny water

answers: NDQ_000704

answers: Which of the following is not a type of current: deep ocean currents, surface currents, or thermohaline circulation?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: the water is too dense

answers: NDQ_000710

answers: deep bottom water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: Brine drainage

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: upwelling of deep bottom water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: briny water

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: downwelling of dense, briny water

answers: NDQ_000737

answers: deep ocean current

answers: NDQ_000738

answers: downwelling of denser, briny water from sea ice creation causes upwelling

answers: NDQ_000739

answers: briny

answers: NDQ_000740

answers: changes in the water masses of the Arctic

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: transport

answers: NDQ_000744

answers: downwelling

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: denser

answers: NDQ_000702

answers: Brine drainage

answers: NDQ_000704

answers: deep ocean currents,

answers: NDQ_000706

answers: deep ocean currents,

answers: NDQ_000707

answers: The downwelling of denser, briny water

answers: NDQ_000710

answers: deep ocean currents,

answers: NDQ_000715

answers: Brine drainage

answers: NDQ_000718

answers: Brine drainage

answers: NDQ_000720

answers: Brine drainage

answers: NDQ_000721

answers: Brine drainage

answers: NDQ_000722

answers: Brine drainage

answers: NDQ_000723

answers: Brine drainage

answers: NDQ_000724

answers: Brine drainage

answers: NDQ_000725

answers: Brine drainage

answers: NDQ_000726

answers: Brine drainage

answers: NDQ_000727

answers: Brine drainage

answers: NDQ_000728

answers: Brine drainage

answers: NDQ_000729

answers: Brine drainage

answers: NDQ_000730

answers: Brine drainage

answers: NDQ_000731

answers: Brine drainage

answers: NDQ_000732

answers: deep ocean currents,

answers: NDQ_000733

answers: polar oceans.

answers: NDQ_000734

answers: The downwelling of denser, briny water

answers: NDQ_000735

answers: sea ice creation

answers: NDQ_000736

answers: Brine drainage

answers: NDQ_000737

answers: deep ocean currents,

answers: NDQ_000738

answers: sea ice creation

answers: NDQ_000739

answers: briny water from sea ice creation

answers: NDQ_000740

answers: upwelling of deep bottom water,

answers: NDQ_000741

answers: currents,

answers: NDQ_000742

answers: Brine drainage

answers: NDQ_000743

answers: transport

answers: NDQ_000744

answers: Brine drainage

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: Brine drainage

text: Earthquake and tsunami activity has been high since the 2004 Indian Ocean earthquake. In 1833, the region was hit with an earthquake, possibly similar in size to the 2004 Indian Ocean earthquake; another large earthquake struck in 1797. On October 25, 2010, an earthquake in southern Sumatra led to a deadly tsunami that devastated villages in South and North Pagai. On March 3, 2016 an earthquake of 7.8 Magnitude occurred off the Indian Ocean, a few hundred kilometres from Mentawai islands as a result of strike-slip faulting within the oceanic lithosphere of the Indo-Australia plate.

text: Earthquake and

text: tsunami

text: activity has been high since the

text: 2004 Indian Ocean earthquake

text: . In 1833, the region was hit with an

text: earthquake

text: , possibly similar in size to the 2004 Indian Ocean earthquake; another large earthquake struck in

text: . On October 25, 2010, an earthquake in southern Sumatra led to a deadly tsunami that devastated villages in

text: South

text: and

text: North Pagai

text: . On March 3, 2016 an earthquake of 7.8 Magnitude occurred off the Indian Ocean, a few hundred kilometres from Mentawai islands as a result of strike-slip faulting within the oceanic lithosphere of the Indo-Australia plate.

answers: NDQ_000702

answers: Earthquake

answers: NDQ_000704

answers: What caused the deadly tsunami that devastated villages in South and North Pagai?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: earthquakes occur

answers: NDQ_000710

answers: Indian Ocean earthquakes

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which happened first, the 2004 Indian Ocean earthquake or the 1797 earthquake?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many years after the 2004 Indian Ocean earthquake did another large earthquake strike?

answers: NDQ_000726

answers: Which happened first, the 2004 Indian Ocean earthquake or the 1797 large earthquake?

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: an earthquake in southern Sumatra

answers: NDQ_000729

answers: What caused the earthquake of 7.8 Magnitude?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which happened first, the 2004 Indian Ocean earthquake or 1797?

answers: NDQ_000732

answers: How many years after the 2004 Indian Ocean earthquake did another large earthquake strike?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: Earthquake

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Indian Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: an earthquake of 7.8 Magnitude occurred off the Indian Ocean

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: earthquake

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 7.8 Magnitude

answers: NDQ_000702

answers: Earthquake

answers: NDQ_000704

answers: Indo-Australia plate.

answers: NDQ_000706

answers: Indian Ocean,

answers: NDQ_000707

answers: strike-slip faulting

answers: NDQ_000710

answers: Mentawai islands

answers: NDQ_000715

answers: 7.8 Magnitude

answers: NDQ_000718

answers: 1797.

answers: NDQ_000720

answers: Earthquake

answers: NDQ_000721

answers: Earthquake

answers: NDQ_000722

answers: Earthquake and tsunami activity has been high since the 2004 Indian Ocean earthquake.

answers: NDQ_000723

answers: 1797.

answers: NDQ_000724

answers: Earthquake

answers: NDQ_000725

answers: 1797.

answers: NDQ_000726

answers: earthquake,

answers: NDQ_000727

answers: Earthquake and tsunami activity has been high since the 2004 Indian Ocean earthquake.

answers: NDQ_000728

answers: Earthquake and tsunami activity has been high since the 2004 Indian Ocean earthquake.

answers: NDQ_000729

answers: Earthquake and tsunami activity has been high since the 2004 Indian Ocean earthquake.

answers: NDQ_000730

answers: Earthquake and tsunami activity has been high since the 2004 Indian Ocean earthquake.

answers: NDQ_000731

answers: 2004 Indian Ocean earthquake. In 1833,

answers: NDQ_000732

answers: 1797.

answers: NDQ_000733

answers: 2004 Indian Ocean earthquake. In 1833,

answers: NDQ_000734

answers: Earthquake

answers: NDQ_000735

answers: 2004 Indian Ocean earthquake. In 1833,

answers: NDQ_000736

answers: 2004 Indian Ocean earthquake. In 1833,

answers: NDQ_000737

answers: Indo-Australia plate.

answers: NDQ_000738

answers: Earthquake and tsunami activity has been high since the 2004 Indian Ocean earthquake.

answers: NDQ_000739

answers: lithosphere

answers: NDQ_000740

answers: oceanic lithosphere

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunami that devastated villages in South and North Pagai.

answers: NDQ_000743

answers: Earthquake

answers: NDQ_000744

answers: tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 7.8 Magnitude

text: By the middle 1840s, the tide of U.S. immigration, as well as a U.S. political movement to claim the entire territory, led to a renegotiation of the agreement. The Oregon Treaty in 1846 permanently established the 49th parallel as the boundary between the United States and British North America to the Pacific Ocean.

text: By the middle 1840s, the tide of U.S. immigration, as well as a U.S. political movement to claim the entire territory, led to a renegotiation of the agreement. The

text: Oregon Treaty

text: in 1846 permanently established the

text: 49th parallel

text: as the boundary between the United States and British North America to the Pacific Ocean.

answers: NDQ_000702

answers: Pacific Ocean

answers: NDQ_000704

answers: What is the name of the ocean that the Oregon Treaty permanently established?

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: Pacific Ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Ocean

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: 49th parallel

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling does not occur in the Pacific Ocean

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: Pacific Ocean

answers: NDQ_000741

answers: Pacific Ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: sedimentation

answers: NDQ_000746

answers: NDQ_000702

answers: U.S. immigration,

answers: NDQ_000704

answers: Pacific Ocean.

answers: NDQ_000706

answers: Pacific Ocean.

answers: NDQ_000707

answers: The Oregon Treaty in 1846

answers: NDQ_000710

answers: Pacific Ocean.

answers: NDQ_000715

answers: The Oregon Treaty in 1846

answers: NDQ_000718

answers: The Oregon Treaty in 1846

answers: NDQ_000720

answers: The Oregon Treaty in 1846

answers: NDQ_000721

answers: Ocean.

answers: NDQ_000722

answers: Pacific Ocean.

answers: NDQ_000723

answers: The Oregon Treaty in 1846

answers: NDQ_000724

answers: The Oregon Treaty in 1846

answers: NDQ_000725

answers: tide of U.S. immigration,

answers: NDQ_000726

answers: The Oregon Treaty in 1846

answers: NDQ_000727

answers: The Oregon Treaty in 1846

answers: NDQ_000728

answers: The Oregon Treaty

answers: NDQ_000729

answers: Pacific Ocean.

answers: NDQ_000730

answers: The Oregon Treaty in 1846

answers: NDQ_000731

answers: 49th parallel

answers: NDQ_000732

answers: 49th parallel

answers: NDQ_000733

answers: Pacific Ocean.

answers: NDQ_000734

answers: Pacific Ocean.

answers: NDQ_000735

answers: 1846

answers: NDQ_000736

answers: 49th parallel

answers: NDQ_000737

answers: Pacific Ocean.

answers: NDQ_000738

answers: Pacific Ocean.

answers: NDQ_000739

answers: Pacific Ocean.

answers: NDQ_000740

answers: Pacific Ocean.

answers: NDQ_000741

answers: Pacific Ocean.

answers: NDQ_000742

answers: tide of U.S. immigration,

answers: NDQ_000743

answers: The Oregon Treaty in 1846

answers: NDQ_000744

answers: tide of U.S. immigration,

answers: NDQ_000745

answers: Pacific Ocean.

answers: NDQ_000746

answers: The Oregon Treaty in 1846

text: Raglan is associated with Whaingaroa Harbour (also known as Raglan Harbour) on the west coast of the Waikato region in New Zealand's North Island. The harbour catchment covers 525 km and the harbour covers 35 km and has 220 km of coastline. It runs 12 km inland from the entrance, for the most part is less than 2 km wide, has a high-tide area of , a low-tide area of , 2–4 m tidal range, with a spring-tide range of 2.8 m and neap 1.8 m, spring tide flow around 46 x 10 m and neap 29 x 10 m. A 2005 survey said on average water stays in the harbour 1.1 days at spring-tides, but a 2015 study showed a median residence time for whole estuary of 39.4 days with median river flows, ranging between 18 and 45 days. It is the northernmost of three large inlets in the Waikato coast (the others, also drowned river valleys, are Aotea Harbour and Kāwhia Harbour). 15 significant rivers and streams run into the harbour, including the largest, Waingaro and Waitetuna, accounting for 60% of catchment area, and the smaller Opotoru and Tawatahi rivers.

text: Raglan is associated with Whaingaroa Harbour (also known as Raglan Harbour) on the west coast of the

text: Waikato

text: region in

text: New Zealand

text: 's

text: North Island

text: . The harbour catchment covers 525 km and the harbour covers 35 km and has 220 km of coastline. It runs 12 km inland from the entrance, for the most part is less than 2 km wide, has a high-tide area of , a low-tide area of , 2–4 m tidal range, with a spring-tide range of 2.8 m and neap 1.8 m, spring tide flow around 46 x 10 m and neap 29 x 10 m. A 2005 survey said on average water stays in the harbour 1.1 days at spring-tides, but a 2015 study showed a median residence time for whole estuary of 39.4 days with median river flows, ranging between 18 and 45 days. It is the northernmost of three large inlets in the Waikato coast (the others, also drowned river valleys, are

text: Aotea Harbour

text: and

text: Kāwhia Harbour

text: ). 15 significant rivers and streams run into the harbour, including the largest,

text: Waingaro

text: and

text: Waitetuna

text: , accounting for 60% of catchment area, and the smaller

text: Opotoru

text: and

text: Tawatahi

text: rivers.

answers: NDQ_000702

answers: rivers and streams

answers: NDQ_000704

answers: Which of the following is not a tidal range: high-tide, low-tide, or neap?

answers: NDQ_000706

answers: high-tide area

answers: NDQ_000707

answers: it is at a higher or lower tide

answers: NDQ_000710

answers: Whaingaroa Harbour

answers: NDQ_000715

answers: 2.8 m

answers: NDQ_000718

answers: 2–4 m tidal range

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: 2–4 m

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: How many days is the median residence time for whole estuary?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: 2–4 m

answers: NDQ_000728

answers: spring-tide range

answers: NDQ_000729

answers: How does the Coriolis effect work?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: how many m tidal range

answers: NDQ_000733

answers: New Zealand

answers: NDQ_000734

answers: Tidal range

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: 46 x 10 m

answers: NDQ_000737

answers: river

answers: NDQ_000738

answers: spring tide flow around 46 x 10 m and neap 29 x 10 m

answers: NDQ_000739

answers: low-tide

answers: NDQ_000740

answers: spring-tide range of 2.8 m

answers: NDQ_000741

answers: Tidal range

answers: NDQ_000742

answers: spring-tide

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: spring-tide

answers: NDQ_000745

answers: spring tide

answers: NDQ_000746

answers: 46 x 10 m and neap 29 x 10 m

answers: NDQ_000702

answers: tidal

answers: NDQ_000704

answers: 2–4 m tidal range,

answers: NDQ_000706

answers: high-tide area

answers: NDQ_000707

answers: tidal

answers: NDQ_000710

answers: 15 significant rivers and streams

answers: NDQ_000715

answers: 46 x 10 m

answers: NDQ_000718

answers: 2–4 m

answers: NDQ_000720

answers: high-tide

answers: NDQ_000721

answers: Whaingaroa Harbour

answers: NDQ_000722

answers: 2–4 m tidal range,

answers: NDQ_000723

answers: 2–4 m tidal range,

answers: NDQ_000724

answers: 2–4 m tidal range,

answers: NDQ_000725

answers: 1.1 days

answers: NDQ_000726

answers: 2–4 m tidal range,

answers: NDQ_000727

answers: 2–4 m tidal range,

answers: NDQ_000728

answers: high-tide

answers: NDQ_000729

answers: New Zealand's North Island.

answers: NDQ_000730

answers: 2–4 m tidal range,

answers: NDQ_000731

answers: neap

answers: NDQ_000732

answers: 46 x 10 m

answers: NDQ_000733

answers: 2–4 m tidal range,

answers: NDQ_000734

answers: tidal

answers: NDQ_000735

answers: neap

answers: NDQ_000736

answers: 46 x 10 m

answers: NDQ_000737

answers: rivers and streams

answers: NDQ_000738

answers: 1.1 days

answers: NDQ_000739

answers: spring-tides,

answers: NDQ_000740

answers: 2–4 m tidal range,

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: 2–4 m tidal range,

answers: NDQ_000744

answers: spring tide

answers: NDQ_000745

answers: spring tide

answers: NDQ_000746

answers: 46 x 10 m

text: Geologists and civil engineers have broadly determined that the Pacific Northwest region is not well prepared for such a colossal earthquake. The earthquake is expected to be similar to the 2011 Tōhoku earthquake and tsunami, because the rupture is expected to be as long as the 2004 Indian Ocean earthquake and tsunami. The resulting tsunami might reach heights of approximately 30 meters (100 ft). FEMA estimates some 13,000 fatalities from such an event, with another 27,000 injured. It predicts that a million people will be displaced, with yet another 2.5 million requiring food and water. An estimated 1/3 of public safety workers will not respond to the disaster due to a collapse in infrastructure and a desire to ensure the safety of themselves and their loved ones. Other analyses predict that even a magnitude 6.7 earthquake in Seattle would result in 7,700 dead and injured, $33 billion in damages, 39,000 buildings largely or totally destroyed, and 130 simultaneous fires.

text: Geologists and civil engineers have broadly determined that the Pacific Northwest region is not well prepared for such a colossal earthquake. The earthquake is expected to be similar to the

text: 2011 Tōhoku earthquake and tsunami

text: , because the rupture is expected to be as long as the

text: 2004 Indian Ocean earthquake and tsunami

text: . The resulting

text: tsunami

text: might reach heights of approximately 30 meters (100 ft).

text: FEMA

text: estimates some 13,000 fatalities from such an event, with another 27,000 injured. It predicts that a million people will be displaced, with yet another 2.5 million requiring food and water. An estimated 1/3 of public safety workers will not respond to the disaster due to a collapse in infrastructure and a desire to ensure the safety of themselves and their loved ones. Other analyses predict that even a magnitude 6.7 earthquake in Seattle would result in 7,700 dead and injured, $33 billion in damages, 39,000 buildings largely or totally destroyed, and 130 simultaneous fires.

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: What might cause the tsunami to reach heights of approximately 30 meters?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a body of water swells

answers: NDQ_000710

answers: a tsunami

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many meters does the tsunami reach?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: Pacific Northwest region

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: tsunami reach heights of approximately 30 meters

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: tsunami

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: earthquake

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: magnitude

answers: NDQ_000702

answers: earthquake.

answers: NDQ_000704

answers: tsunami

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: earthquake.

answers: NDQ_000710

answers: 2.5 million requiring food and water.

answers: NDQ_000715

answers: 30 meters

answers: NDQ_000718

answers: 30 meters

answers: NDQ_000720

answers: tsunami might reach heights of approximately 30 meters (100 ft).

answers: NDQ_000721

answers: earthquake.

answers: NDQ_000722

answers: 30 meters (100 ft).

answers: NDQ_000723

answers: 30 meters (100 ft).

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: 2.5 million requiring food and water.

answers: NDQ_000726

answers: earthquake.

answers: NDQ_000727

answers: 30 meters (100 ft).

answers: NDQ_000728

answers: 30 meters (100 ft).

answers: NDQ_000729

answers: 2011 T<unk>hoku earthquake and tsunami,

answers: NDQ_000730

answers: earthquake.

answers: NDQ_000731

answers: 30 meters

answers: NDQ_000732

answers: 2011

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: earthquake.

answers: NDQ_000735

answers: 30 meters (100 ft).

answers: NDQ_000736

answers: 30 meters (100 ft).

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: the Pacific Northwest region is not well prepared

answers: NDQ_000739

answers: Indian Ocean

answers: NDQ_000740

answers: 2.5 million requiring food and water.

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: 1/3

answers: NDQ_000743

answers: earthquake.

answers: NDQ_000744

answers: tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 30 meters

text: A tropical wave moved off the western coast of Africa on August 12, 2009, and entered the Atlantic Ocean. The National Hurricane Center (NHC) remarked upon the possibility for tropical cyclone development, as the wave had already been accompanied by a broad area of shower and thunderstorm activity. The wave quickly organized, and a low pressure system formed to the south of the Cape Verde Islands on August 13. The convection became slightly less organized on August 14, though by early August 15, the NHC reported that a tropical depression was forming. The system was declared Tropical Depression Three later that day.

text: A

text: tropical wave

text: moved off the western coast of Africa on August 12, 2009, and entered the

text: Atlantic Ocean

text: . The

text: National Hurricane Center

text: (NHC) remarked upon the possibility for tropical cyclone development, as the wave had already been accompanied by a broad area of shower and thunderstorm activity. The wave quickly organized, and a

text: low pressure system

text: formed to the south of the

text: Cape Verde Islands

text: on August 13. The

text: convection

text: became slightly less organized on August 14, though by early August 15, the NHC reported that a tropical depression was forming. The system was declared Tropical Depression Three later that day.

answers: NDQ_000702

answers: low pressure system

answers: NDQ_000704

answers: How many days after the tropical wave moved off the western coast of Africa did the low pressure system form?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: pressure is too low

answers: NDQ_000710

answers: Tropical Depression Three into contact with what?

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and trough?

answers: NDQ_000720

answers: Tropical Depression Three

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many days after Tropical Depression Three was declared Tropical Depression Three?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: a tropical depression

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many days after the tropical wave moved off the western coast of Africa on August 12, 2009, and entered the Atlantic Ocean?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: low pressure

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a tropical depression was forming

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: Atlantic Ocean

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: convection

answers: NDQ_000746

answers: Tropical Depression Three

answers: NDQ_000702

answers: tropical wave

answers: NDQ_000704

answers: Atlantic Ocean.

answers: NDQ_000706

answers: Atlantic Ocean.

answers: NDQ_000707

answers: low pressure

answers: NDQ_000710

answers: The convection

answers: NDQ_000715

answers: wave

answers: NDQ_000718

answers: wave

answers: NDQ_000720

answers: tropical cyclone

answers: NDQ_000721

answers: Atlantic Ocean.

answers: NDQ_000722

answers: Africa on August 12, 2009, and entered the Atlantic Ocean.

answers: NDQ_000723

answers: tropical wave

answers: NDQ_000724

answers: tropical wave

answers: NDQ_000725

answers: Tropical Depression Three

answers: NDQ_000726

answers: tropical wave

answers: NDQ_000727

answers: 2009, and entered the Atlantic Ocean.

answers: NDQ_000728

answers: tropical wave

answers: NDQ_000729

answers: Atlantic Ocean.

answers: NDQ_000730

answers: Atlantic Ocean.

answers: NDQ_000731

answers: 13.

answers: NDQ_000732

answers: Tropical Depression Three

answers: NDQ_000733

answers: Atlantic Ocean.

answers: NDQ_000734

answers: Atlantic Ocean.

answers: NDQ_000735

answers: 13.

answers: NDQ_000736

answers: Atlantic Ocean.

answers: NDQ_000737

answers: Atlantic Ocean.

answers: NDQ_000738

answers: The convection became slightly less organized on August 14,

answers: NDQ_000739

answers: Atlantic Ocean.

answers: NDQ_000740

answers: 13. The convection became slightly less organized on August 14,

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: Tropical Depression Three

answers: NDQ_000743

answers: The convection

answers: NDQ_000744

answers: Atlantic Ocean.

answers: NDQ_000745

answers: The convection

answers: NDQ_000746

answers: Tropical Depression Three

text: , the Coriolis force

text: , the

text: Coriolis force

answers: NDQ_000702

answers: Coriolis force

answers: NDQ_000704

answers: are caused by

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: the force of gravity is too strong

answers: NDQ_000710

answers: Coriolis force

answers: NDQ_000715

answers: None of the above choices .

answers: NDQ_000718

answers: None of the above choices .

answers: NDQ_000720

answers: the Coriolis force

answers: NDQ_000721

answers: None of the above choices .

answers: NDQ_000722

answers: The Coriolis force

answers: NDQ_000723

answers: The Coriolis force is

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: is a force that affects the tides

answers: NDQ_000726

answers: The Coriolis force is a transfer of energy that initially began with wind.

answers: NDQ_000727

answers: None of the above choices .

answers: NDQ_000728

answers: The tsunami is caused by the Coriolis force

answers: NDQ_000729

answers: The Coriolis force is caused by Earths rotation.

answers: NDQ_000730

answers: None of the above choices .

answers: NDQ_000731

answers: None of the above choices .

answers: NDQ_000732

answers: causes surface currents to flow diagonally

answers: NDQ_000733

answers: tide

answers: NDQ_000734

answers: Coriolis force

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis force

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: upwelling is not caused by the Coriolis force

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: is caused by the Coriolis force

answers: NDQ_000741

answers: Coriolis force

answers: NDQ_000742

answers: can be caused by

answers: NDQ_000743

answers: NDQ_000744

answers: can be caused by the moon

answers: NDQ_000745

answers: is caused by the Coriolis force

answers: NDQ_000746

answers: NDQ_000702

answers: Coriolis force

answers: NDQ_000704

answers: the Coriolis force

answers: NDQ_000706

answers: the Coriolis force

answers: NDQ_000707

answers: the Coriolis force

answers: NDQ_000710

answers: the Coriolis force

answers: NDQ_000715

answers: the Coriolis force

answers: NDQ_000718

answers: Coriolis force

answers: NDQ_000720

answers: the Coriolis force

answers: NDQ_000721

answers: the Coriolis force

answers: NDQ_000722

answers: the Coriolis force

answers: NDQ_000723

answers: the Coriolis force

answers: NDQ_000724

answers: the Coriolis force

answers: NDQ_000725

answers: the Coriolis force

answers: NDQ_000726

answers: the Coriolis force

answers: NDQ_000727

answers: the Coriolis force

answers: NDQ_000728

answers: the Coriolis force

answers: NDQ_000729

answers: the Coriolis force

answers: NDQ_000730

answers: the Coriolis force

answers: NDQ_000731

answers: the Coriolis force

answers: NDQ_000732

answers: the Coriolis force

answers: NDQ_000733

answers: the Coriolis force

answers: NDQ_000734

answers: the Coriolis force

answers: NDQ_000735

answers: the Coriolis force

answers: NDQ_000736

answers: Coriolis force

answers: NDQ_000737

answers: the Coriolis force

answers: NDQ_000738

answers: the Coriolis force

answers: NDQ_000739

answers: the Coriolis force

answers: NDQ_000740

answers: the Coriolis force

answers: NDQ_000741

answers: Coriolis force

answers: NDQ_000742

answers: Coriolis force

answers: NDQ_000743

answers: the Coriolis force

answers: NDQ_000744

answers: Coriolis force

answers: NDQ_000745

answers: the Coriolis force

answers: NDQ_000746

answers: the Coriolis force

text: CODAR operates using sky transmission of waves in the high frequency (HF) band (3–30 MHz), as electromagnetic waves in this band have wavelengths that are commensurate with wind-driven gravity waves on the ocean surface.According as the customer necessities, it can be used in single or multi-frequency mode.As the ocean has a rough surface, when a high frequency signal reaches the ocean surface, a portion of the incident energy is scattered back towards the source and the receiver measures the reflected signal. This backscattering (or reflection) produces an energy spectrum at the receiver, even if the energy source is single-frequency, because of the shape and motion of the sea surface.Interpreting the spectral returns for various transmit frequencies is the key to extracting information about the ocean  and, specifically, to measure surface currents.

text: CODAR operates using

text: sky transmission of waves

text: in the

text: high frequency (HF) band

text: (3–30 MHz), as electromagnetic waves in this band have wavelengths that are commensurate with wind-driven

text: gravity waves

text: on the ocean surface.According as the customer necessities, it can be used in single or multi-frequency mode.As the ocean has a rough surface, when a high frequency signal reaches the ocean surface, a portion of the incident energy is scattered back towards the source and the receiver measures the reflected signal. This

text: backscattering

text: (or reflection) produces an energy spectrum at the receiver, even if the energy source is single-frequency, because of the shape and motion of the sea surface.Interpreting the spectral returns for various transmit frequencies is the key to extracting information about the ocean  and, specifically, to measure surface currents.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: What is the key to extracting information about the ocean

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: CODAR

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day does CODAR operate?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: surface currents

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not an example of the shape and motion of the sea surface?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: HF band

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the ocean has a rough surface

answers: NDQ_000739

answers: used in a single frequency mode

answers: NDQ_000740

answers: surface currents

answers: NDQ_000741

answers: surface currents

answers: NDQ_000742

answers: NDQ_000743

answers: electromagnetic waves

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: surface currents

answers: NDQ_000746

answers: NDQ_000702

answers: wind-driven gravity waves

answers: NDQ_000704

answers: measure surface currents.

answers: NDQ_000706

answers: surface.According

answers: NDQ_000707

answers: wind-driven gravity waves

answers: NDQ_000710

answers: surface currents.

answers: NDQ_000715

answers: waves

answers: NDQ_000718

answers: wavelengths

answers: NDQ_000720

answers: wind-driven gravity waves

answers: NDQ_000721

answers: wind-driven gravity waves

answers: NDQ_000722

answers: rough surface,

answers: NDQ_000723

answers: waves

answers: NDQ_000724

answers: wind-driven gravity waves

answers: NDQ_000725

answers: surface currents.

answers: NDQ_000726

answers: wind-driven gravity waves

answers: NDQ_000727

answers: CODAR

answers: NDQ_000728

answers: wind-driven gravity waves

answers: NDQ_000729

answers: wind-driven gravity waves

answers: NDQ_000730

answers: wind-driven gravity waves

answers: NDQ_000731

answers: surface currents.

answers: NDQ_000732

answers: measure surface currents.

answers: NDQ_000733

answers: CODAR

answers: NDQ_000734

answers: wind-driven gravity waves

answers: NDQ_000735

answers: surface currents.

answers: NDQ_000736

answers: wind-driven gravity waves

answers: NDQ_000737

answers: wind-driven gravity waves

answers: NDQ_000738

answers: single-frequency,

answers: NDQ_000739

answers: rough surface,

answers: NDQ_000740

answers: surface currents.

answers: NDQ_000741

answers: surface currents.

answers: NDQ_000742

answers: surface currents.

answers: NDQ_000743

answers: backscattering

answers: NDQ_000744

answers: surface currents.

answers: NDQ_000745

answers: surface currents.

answers: NDQ_000746

answers: CODAR

text: An abyssal plain is an underwater plain on the deep ocean floor, usually found at depths between  and . Lying generally between the foot of a continental rise and a mid-ocean ridge, abyssal plains are among the flattest, smoothest and least explored regions on Earth. Abyssal plains are key geologic elements of oceanic basins (the other elements being an elevated mid-ocean ridge and flanking abyssal hills). In addition to these elements, active oceanic basins (those that are associated with a moving plate tectonic boundary) also typically include an oceanic trench and a subduction zone. Abyssal plains cover more than 33% of the ocean floor (about 23% of Earth’s surface), but they are poorly preserved in the sedimentary record because they tend to be consumed by the subduction process.

text: An

text: abyssal plain

text: is an underwater

text: plain

text: on the deep

text: ocean floor

text: , usually found at depths between  and . Lying generally between the foot of a

text: continental rise

text: and a

text: mid-ocean ridge

text: , abyssal plains are among the flattest, smoothest and least explored regions on Earth. Abyssal plains are key geologic elements of

text: oceanic basin

text: s (the other elements being an elevated mid-ocean ridge and flanking

text: abyssal hill

text: s). In addition to these elements, active oceanic basins (those that are associated with a moving

text: plate tectonic

text: boundary) also typically include an

text: oceanic trench

text: and a

text: subduction zone

text: . Abyssal plains cover more than 33% of the ocean floor (about 23% of Earth’s surface), but they are poorly preserved in the

text: sedimentary record

text: because they tend to be consumed by the subduction process.

answers: NDQ_000702

answers: subduction zone

answers: NDQ_000704

answers: Which of the following is not an element of oceanic basins: an elevated mid-ocean ridge or flanking abyssal hills?

answers: NDQ_000706

answers: deep ocean floor

answers: NDQ_000707

answers: a plate tectonic boundary

answers: NDQ_000710

answers: Abyssal plains closer to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: about 23% of Earth’s surface

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: oceanic trench

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Abyssal Plains

answers: NDQ_000737

answers: oceanic trench

answers: NDQ_000738

answers: abyssal plains are among the flattest, smoothest and least explored regions on Earth

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: subduction zone

answers: NDQ_000742

answers: NDQ_000743

answers: subduction zone

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: subduction

answers: NDQ_000746

answers: about 23% of Earth’s surface

answers: NDQ_000702

answers: abyssal plain is an underwater plain on the deep ocean floor,

answers: NDQ_000704

answers: oceanic trench and a subduction zone.

answers: NDQ_000706

answers: abyssal plain

answers: NDQ_000707

answers: abyssal plain

answers: NDQ_000710

answers: oceanic trench and a subduction zone.

answers: NDQ_000715

answers: abyssal plain

answers: NDQ_000718

answers: ridge,

answers: NDQ_000720

answers: An abyssal plain

answers: NDQ_000721

answers: abyssal plain

answers: NDQ_000722

answers: abyssal plain

answers: NDQ_000723

answers: abyssal plain

answers: NDQ_000724

answers: abyssal plain

answers: NDQ_000725

answers: abyssal plain

answers: NDQ_000726

answers: abyssal plain

answers: NDQ_000727

answers: abyssal plain

answers: NDQ_000728

answers: abyssal plain

answers: NDQ_000729

answers: An abyssal plain

answers: NDQ_000730

answers: abyssal plain

answers: NDQ_000731

answers: abyssal plain

answers: NDQ_000732

answers: abyssal plain

answers: NDQ_000733

answers: Earth.

answers: NDQ_000734

answers: abyssal plain is an underwater plain on the deep ocean floor,

answers: NDQ_000735

answers: rise

answers: NDQ_000736

answers: abyssal plain

answers: NDQ_000737

answers: abyssal plain

answers: NDQ_000738

answers: An abyssal plain

answers: NDQ_000739

answers: abyssal plain is an underwater plain on the deep ocean floor,

answers: NDQ_000740

answers: oceanic trench and a subduction zone.

answers: NDQ_000741

answers: subduction zone.

answers: NDQ_000742

answers: abyssal plain

answers: NDQ_000743

answers: oceanic trench and a subduction zone.

answers: NDQ_000744

answers: abyssal plain

answers: NDQ_000745

answers: subduction zone.

answers: NDQ_000746

answers: 33%

text: Unlike most other major ocean currents, there is no large-scale coastal upwelling associated with the Leeuwin Current. There is limited evidence for some sporadic, localised upwelling in the vicinity of the Abrolhos, but if so it appears to have little effect on the extremely low levels of nutrients in the water.

text: Unlike most other major ocean currents, there is no large-scale

text: coastal upwelling

text: associated with the

text: Leeuwin Current

text: . There is limited evidence for some sporadic, localised upwelling in the vicinity of the Abrolhos, but if so it appears to have little effect on the extremely low levels of nutrients in the water.

answers: NDQ_000702

answers: Leeuwin Current

answers: NDQ_000704

answers: What is the Leeuwin Current?

answers: NDQ_000706

answers: Abrolhos

answers: NDQ_000707

answers: upwelling occurs

answers: NDQ_000710

answers: nutrients into the water

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: no

answers: NDQ_000733

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Leeuwin Current

answers: NDQ_000737

answers: major ocean current

answers: NDQ_000738

answers: large-scale coastal upwelling associated with the Leeuwin Current

answers: NDQ_000739

answers: upwelled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: no

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: ocean currents,

answers: NDQ_000704

answers: large-scale coastal upwelling

answers: NDQ_000706

answers: coastal upwelling

answers: NDQ_000707

answers: upwelling

answers: NDQ_000710

answers: nutrients

answers: NDQ_000715

answers: Leeuwin Current.

answers: NDQ_000718

answers: Leeuwin Current.

answers: NDQ_000720

answers: Leeuwin Current.

answers: NDQ_000721

answers: Leeuwin Current.

answers: NDQ_000722

answers: extremely low levels of nutrients

answers: NDQ_000723

answers: Leeuwin Current.

answers: NDQ_000724

answers: there is no large-scale coastal upwelling

answers: NDQ_000725

answers: sporadic, localised upwelling

answers: NDQ_000726

answers: Unlike most other major ocean currents,

answers: NDQ_000727

answers: Leeuwin Current.

answers: NDQ_000728

answers: large-scale coastal upwelling

answers: NDQ_000729

answers: Unlike most other major ocean currents,

answers: NDQ_000730

answers: Leeuwin Current.

answers: NDQ_000731

answers: Leeuwin Current.

answers: NDQ_000732

answers: Leeuwin Current.

answers: NDQ_000733

answers: Leeuwin Current.

answers: NDQ_000734

answers: ocean currents,

answers: NDQ_000735

answers: Unlike most other major ocean currents,

answers: NDQ_000736

answers: Leeuwin Current.

answers: NDQ_000737

answers: major ocean currents,

answers: NDQ_000738

answers: large-scale coastal upwelling

answers: NDQ_000739

answers: upwelling

answers: NDQ_000740

answers: sporadic, localised upwelling

answers: NDQ_000741

answers: Leeuwin Current.

answers: NDQ_000742

answers: Leeuwin Current.

answers: NDQ_000743

answers: upwelling

answers: NDQ_000744

answers: coastal upwelling

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: Leeuwin Current.

text: The New Tide faction () was one of the factions of the Democratic Progressive Party (DPP) in Taiwan before the party voted to dissolve all factions in 2006. The faction initially advocated social democracy, attempting to work with other labor and social movements to influence public policy. The faction also advocated the use of group action to resist the influence of elected officials in the Tangwai and DPP (many early New Tide members entered politics via Tangwai publications and social movements rather than electoral politics, as a result, most were not elected officials). The faction initially appeared in the form of "domestic Taiwan independence activists" (in contrast to Taiwan independence activists operating from abroad), and pushed the DPP to include Taiwan independence in the party charter, to boost their position against the more moderate factions, as well as against World United Formosans for Independence members returning from exile.

text: The New Tide faction () was one of the factions of the

text: Democratic Progressive Party

text: (DPP) in Taiwan before the party voted to dissolve all factions in 2006. The faction initially advocated

text: social democracy

text: , attempting to work with other labor and social movements to influence public policy. The faction also advocated the use of

text: group action

text: to resist the influence of elected officials in the

text: Tangwai

text: and DPP (many early New Tide members entered politics via Tangwai publications and social movements rather than electoral politics, as a result, most were not elected officials). The faction initially appeared in the form of "domestic

text: Taiwan independence

text: activists" (in contrast to Taiwan independence activists operating from abroad), and pushed the DPP to include Taiwan independence in the party charter, to boost their position against the more moderate factions, as well as against

text: World United Formosans for Independence

text: members returning from exile.

answers: NDQ_000702

answers: public policy

answers: NDQ_000704

answers: What did the New Tide faction advocate?

answers: NDQ_000706

answers: Tangwai

answers: NDQ_000707

answers: the tide is too strong

answers: NDQ_000710

answers: How many years after the formation of the New Tide faction did the party vote to dissolve all factions?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unknown

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Taiwan

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Democratic Progressive Party

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: NDQ_000702

answers: Democratic Progressive Party

answers: NDQ_000704

answers: social democracy,

answers: NDQ_000706

answers: The New Tide

answers: NDQ_000707

answers: The New Tide

answers: NDQ_000710

answers: World United Formosans for Independence members returning from exile.

answers: NDQ_000715

answers: 2006.

answers: NDQ_000718

answers: The New Tide

answers: NDQ_000720

answers: 2006.

answers: NDQ_000721

answers: The New Tide

answers: NDQ_000722

answers: Taiwan

answers: NDQ_000723

answers: The New Tide

answers: NDQ_000724

answers: The New Tide

answers: NDQ_000725

answers: The New Tide

answers: NDQ_000726

answers: New Tide

answers: NDQ_000727

answers: New Tide

answers: NDQ_000728

answers: The New Tide faction

answers: NDQ_000729

answers: 2006.

answers: NDQ_000730

answers: 2006.

answers: NDQ_000731

answers: The New Tide

answers: NDQ_000732

answers: 2006.

answers: NDQ_000733

answers: Taiwan

answers: NDQ_000734

answers: The New Tide

answers: NDQ_000735

answers: The New Tide

answers: NDQ_000736

answers: The New Tide

answers: NDQ_000737

answers: The New Tide faction

answers: NDQ_000738

answers: Taiwan independence activists operating from abroad),

answers: NDQ_000739

answers: abroad),

answers: NDQ_000740

answers: The New Tide

answers: NDQ_000741

answers: Tangwai

answers: NDQ_000742

answers: New Tide

answers: NDQ_000743

answers: group action

answers: NDQ_000744

answers: New Tide

answers: NDQ_000745

answers: New Tide

answers: NDQ_000746

answers: 2006.

text: The meridian 16° west of Greenwich is a line of longitude that extends from the North Pole across the Arctic Ocean, Greenland, Iceland, the Atlantic Ocean, Africa, the Southern Ocean, and Antarctica to the South Pole.

text: The meridian 16° west of

text: Greenwich

text: is a line of

text: longitude

text: that extends from the

text: North Pole

text: across the

text: Arctic Ocean

text: Greenland

text: Iceland

text: , the

text: Atlantic Ocean

text: Africa

text: , the

text: Southern Ocean

text: , and

text: Antarctica

text: to the

text: South Pole

answers: NDQ_000702

answers: the North Pole

answers: NDQ_000704

answers: What is the name of the meridian?

answers: NDQ_000706

answers: the Southern Ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: ice to the surface of the ocean

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: it is not possible to tell

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: what is the last place mentioned?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: the meridian

answers: NDQ_000729

answers: Which of the following is not a meridian: Greenwich, Antarctica, or Antarctica?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Antarctica does not have a meridian

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Atlantic Ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: evaporation

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Arctic Ocean,

answers: NDQ_000704

answers: Atlantic Ocean,

answers: NDQ_000706

answers: Atlantic Ocean,

answers: NDQ_000707

answers: The meridian 16° west of Greenwich

answers: NDQ_000710

answers: Arctic Ocean,

answers: NDQ_000715

answers: meridian 16° west of Greenwich

answers: NDQ_000718

answers: The meridian 16° west of Greenwich

answers: NDQ_000720

answers: Atlantic Ocean,

answers: NDQ_000721

answers: The meridian 16° west of Greenwich

answers: NDQ_000722

answers: meridian 16° west of Greenwich

answers: NDQ_000723

answers: Africa, the Southern Ocean, and Antarctica to the South Pole.

answers: NDQ_000724

answers: The meridian 16° west of Greenwich

answers: NDQ_000725

answers: The meridian 16° west of Greenwich

answers: NDQ_000726

answers: The meridian 16° west of Greenwich

answers: NDQ_000727

answers: The meridian 16° west of Greenwich

answers: NDQ_000728

answers: The meridian 16° west of Greenwich

answers: NDQ_000729

answers: South Pole.

answers: NDQ_000730

answers: meridian 16° west of Greenwich

answers: NDQ_000731

answers: meridian 16° west of Greenwich

answers: NDQ_000732

answers: Arctic Ocean, Greenland, Iceland, the Atlantic Ocean,

answers: NDQ_000733

answers: Arctic Ocean,

answers: NDQ_000734

answers: Arctic Ocean,

answers: NDQ_000735

answers: The meridian 16° west of Greenwich

answers: NDQ_000736

answers: meridian 16° west of Greenwich

answers: NDQ_000737

answers: Arctic Ocean,

answers: NDQ_000738

answers: The meridian 16° west of Greenwich

answers: NDQ_000739

answers: Atlantic Ocean,

answers: NDQ_000740

answers: meridian 16° west of Greenwich

answers: NDQ_000741

answers: meridian

answers: NDQ_000742

answers: meridian 16° west of Greenwich

answers: NDQ_000743

answers: The meridian 16° west of Greenwich

answers: NDQ_000744

answers: The meridian 16° west of Greenwich

answers: NDQ_000745

answers: meridian 16° west of Greenwich

answers: NDQ_000746

answers: The meridian 16° west of Greenwich

text: The classical theory of Earth tides first became established in 1909,primarily to explain nutations, but are also used in Earth rotation predictions.  The semi-diurnal tide (one maximum every 12 or so hours) is primarily lunar (only S is purely solar) and gives rise to sectorial deformations which rise and fall at the same time along the same longitude.Sectorial variations of vertical and east-west displacements are maximum at the equator and vanish at the poles. There are two cycles along each latitude, the bulges opposite one another, and the depressions similarly opposed.The diurnal tide is lunisolar, and gives rise to tesseral deformations. The vertical and east-west movement is maximum at 45° latitude and is zero on the equator and at the poles.Tesseral variation have one cycle per latitude, one bulge and one depression; the bulges are opposed (antipodal), that is to say the western part of the northern hemisphere and the eastern part of the southern hemisphere, for example, and similarly the depressions are opposed, the eastern part of the northern hemisphere and the western part of the southern hemisphere, in this case.Finally, fortnightly and semi-annual tides have zonal deformations (constant along a circle of latitude), as the Moon or Sun gravitation is directed alternately away from the northern and southern hemispheres due to tilt. There is zero vertical displacement at 35°16' latitude.

text: The classical theory of Earth tides first became established in 1909,primarily to explain

text: nutation

text: s, but are also used in Earth rotation predictions.  The semi-diurnal tide (one maximum every 12 or so hours) is primarily lunar (only S is purely solar) and gives rise to sectorial deformations which rise and fall at the same time along the same longitude.

text: Sectorial

text: variations of vertical and east-west displacements are maximum at the equator and vanish at the poles. There are two cycles along each latitude, the bulges opposite one another, and the depressions similarly opposed.The diurnal tide is lunisolar, and gives rise to

text: tesseral

text: deformations. The vertical and east-west movement is maximum at 45° latitude and is zero on the equator and at the poles.Tesseral variation have one cycle per latitude, one bulge and one depression; the bulges are opposed (antipodal), that is to say the western part of the northern hemisphere and the eastern part of the southern hemisphere, for example, and similarly the depressions are opposed, the eastern part of the northern hemisphere and the western part of the southern hemisphere, in this case.Finally, fortnightly and semi-annual tides have

text: zonal

text: deformations (constant along a circle of latitude), as the Moon or Sun gravitation is directed alternately away from the northern and southern hemispheres due to tilt. There is zero vertical displacement at 35°16' latitude.

answers: NDQ_000702

answers: lunar

answers: NDQ_000704

answers: Which of the following is not a type of deformation: sectorial deformations or zonal deformations?

answers: NDQ_000706

answers: at the equator

answers: NDQ_000707

answers: gravity is directed alternately away from the north and south

answers: NDQ_000710

answers: tenseral deformations

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: zero

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or depression?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: vertical and east-west

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: lunar

answers: NDQ_000735

answers: aligned

answers: NDQ_000736

answers: zonal deformations constant along a circle of latitude

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: there is zero vertical displacement at 35°16' latitude.

answers: NDQ_000739

answers: at the equator

answers: NDQ_000740

answers: rise and fall

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: semi-diurnal

answers: NDQ_000743

answers: gravitation

answers: NDQ_000744

answers: semi-diurnal tide

answers: NDQ_000745

answers: Tides

answers: NDQ_000746

answers: gravitation

answers: NDQ_000702

answers: lunar

answers: NDQ_000704

answers: vertical and east-west displacements

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: gravitation

answers: NDQ_000710

answers: sectorial deformations

answers: NDQ_000715

answers: 45° latitude

answers: NDQ_000718

answers: longitude.Sectorial

answers: NDQ_000720

answers: zero on the equator and at the poles.Tesseral

answers: NDQ_000721

answers: lunar (only S is purely solar)

answers: NDQ_000722

answers: zero

answers: NDQ_000723

answers: tides first became established in 1909,primarily

answers: NDQ_000724

answers: tides

answers: NDQ_000725

answers: every 12 or so hours)

answers: NDQ_000726

answers: tides first became established in 1909,primarily

answers: NDQ_000727

answers: sectorial deformations

answers: NDQ_000728

answers: Earth tides first became established in 1909,primarily

answers: NDQ_000729

answers: Earth tides

answers: NDQ_000730

answers: directed alternately away from the northern and southern hemispheres

answers: NDQ_000731

answers: tilt.

answers: NDQ_000732

answers: sectorial deformations

answers: NDQ_000733

answers: 12 or so hours)

answers: NDQ_000734

answers: lunar

answers: NDQ_000735

answers: tilt.

answers: NDQ_000736

answers: zonal deformations

answers: NDQ_000737

answers: tides

answers: NDQ_000738

answers: zero on the equator and at the poles.Tesseral

answers: NDQ_000739

answers: equator

answers: NDQ_000740

answers: (one maximum every 12 or so hours)

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: semi-diurnal tide

answers: NDQ_000743

answers: gravitation

answers: NDQ_000744

answers: semi-diurnal tide

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: (one maximum every 12 or so hours)

text: Alpha Wave Movement (established 1992 in Miami, Florida) is the electronic music project of Gregory T. Kyryluk.  Alpha Wave Movement's musical style can be considered ambient, new-age, some space rock,the classic 1970s period German style electronic music otherwise known as Berlin school as well as the ambient aesthetics of Brian Eno, and Steve Roach. Releases such A Distant Signal and Terra have more ambient space elements than other Alpha Wave Movement releases. Beyond Silence has more space rock elements and has a more rhythmic feel in their overall music compositions. In 2007 Alpha Wave Movement released The Mystic & The Machine, a musical exploration of 1970's era romantic progressive rock performed on synthesizers with the addition of UK musician Steve Hillman on electric guitar. The influences of Genesis, Ozric Tentacles (1980s era), and Camel are quite obvious and intended and shows yet another side of Alpha Wave Movement's composition. Alpha Wave Movement's music is semi electronic-based, utilizing digital synthesizers and MIDI to create its sonic explorations.  Aside from the music influences nature and natural landscapes are a continuous source of inspiration for compositions.  Alpha Wave Movement has performed at the Ambient Ping Canada and at the Gathering Room USA.  Alpha Wave Movement has released music on the Dutch label Groove Unlimited, Silent Records (USA), Waveform Records (USA), Spiralight (USA), Anodize (USA)and on the private label Harmonic Resonance Recordings. Alpha Wave Movement's other projects include Thought Guild, Open Canvas, Within Reason and a solo release as Gregory Kyryluk.The latest release from Alpha Wave Movement is entitled "Soniq Variants"(2011). The release is based conceptually on the use of Ensoniq synthesizers solely for the compositions. Ensoniq was an American manufacturer that spearheaded early affordable synthesizer workstation's the first of which was the ESQ-1 in 1986. Music on this release was composed primarily on the ESQ-1, VFX-SD, SQ-R and a DP4 all of which were made by Ensoniq. Additional use of a Novation synthesizer was also incorporated to add some timbral variation.The year 2012 arrived with a new electronic music project by Gregory Kyyrluk under the alias of Within Reason. This is a subdued more dubby percussive project featuring environmental sound-scapes with underlying synthetic permutation drawn on the influences of the Detroit and European creative pioneering muse of musicians such as Rod Modell and Yagya to name a few. To date there are four full length releases by Within Reason on the Anodize and Harmonic Resonance Recording labels.In 2014 the electronica world fusion project Open Canvas(essentially Gregory Kyryluk) had a track from the Waveform Records release "Indumani" featured in the internationally popular gothic horror show True Blood. The Open Canvas track "Ojopati" was featured in the final season episode 3.

text: Alpha Wave Movement (established 1992 in

text: Miami, Florida

text: ) is the electronic music project of Gregory T. Kyryluk.  Alpha Wave Movement's musical style can be considered

text: ambient

text: new-age

text: , some

text: space rock

text: ,the classic 1970s period German style electronic music otherwise known as

text: Berlin school

text: as well as the ambient aesthetics of

text: Brian Eno

text: , and

text: Steve Roach

text: . Releases such A Distant Signal and Terra have more ambient space elements than other Alpha Wave Movement releases. Beyond Silence has more space rock elements and has a more rhythmic feel in their overall music compositions. In 2007 Alpha Wave Movement released The Mystic & The Machine, a musical exploration of 1970's era romantic progressive rock performed on synthesizers with the addition of UK musician Steve Hillman on electric guitar. The influences of

text: Genesis

text: Ozric Tentacles

text: (1980s era), and

text: Camel

text: are quite obvious and intended and shows yet another side of Alpha Wave Movement's composition. Alpha Wave Movement's music is semi electronic-based, utilizing digital synthesizers and

text: MIDI

text: to create its sonic explorations.  Aside from the music influences nature and natural landscapes are a continuous source of inspiration for compositions.  Alpha Wave Movement has performed at the Ambient Ping Canada and at the Gathering Room USA.  Alpha Wave Movement has released music on the Dutch label Groove Unlimited,

text: Silent Records

text: (USA),

text: Waveform Records

text: (USA), Spiralight (USA),

text: Anodize

text: (USA)and on the private label Harmonic Resonance Recordings. Alpha Wave Movement's other projects include Thought Guild,

text: Open Canvas

answers: NDQ_000702

answers: natural landscapes

answers: NDQ_000704

answers: Alpha Wave Movement has performed at the Ambient Ping Canada and at the Gathering Room USA.

answers: NDQ_000706

answers: deep sea

answers: NDQ_000707

answers: Alpha Wave Movement's music is semi electronic-based

answers: NDQ_000710

answers: Alpha Wave Movement's musical style to a new level.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: Alpha Wave Movement has performed at the Ambient Ping Canada and at the Gathering Room USA.

answers: NDQ_000720

answers: Alpha Wave Movement

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: Tides cause water levels to rise and fall once a day

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: The difference between high and low tides is the tidal range.

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: Earths gravity is the main cause

answers: NDQ_000731

answers: Alpha Wave Movement has performed at the Ambient Ping Canada and at the Gathering Room USA.

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: natural landscapes

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Alpha Wave Movement

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Alpha Wave Movement's music is semi electronic

answers: NDQ_000739

answers: unfiltered

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Wave

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: Waves

answers: NDQ_000746

answers: Alpha Wave Movement's music is semi electronic-based,

answers: NDQ_000702

answers: nature

answers: NDQ_000704

answers: natural landscapes

answers: NDQ_000706

answers: DP4

answers: NDQ_000707

answers: The Mystic & The Machine,

answers: NDQ_000710

answers: nature and natural landscapes are a continuous source of inspiration for compositions.

answers: NDQ_000715

answers: nature and natural landscapes are a continuous source of inspiration for compositions.

answers: NDQ_000718

answers: Alpha Wave Movement

answers: NDQ_000720

answers: The Mystic & The Machine,

answers: NDQ_000721

answers: DP4

answers: NDQ_000722

answers: Ensoniq synthesizers

answers: NDQ_000723

answers: Ensoniq

answers: NDQ_000724

answers: The Mystic & The Machine,

answers: NDQ_000725

answers: nature and natural landscapes are a continuous source of inspiration for compositions.

answers: NDQ_000726

answers: nature and natural landscapes are a continuous source of inspiration for compositions.

answers: NDQ_000727

answers: Alpha Wave Movement

answers: NDQ_000728

answers: Alpha Wave Movement

answers: NDQ_000729

answers: Ensoniq synthesizers

answers: NDQ_000730

answers: nature and natural landscapes

answers: NDQ_000731

answers: "Soniq Variants"(2011).

answers: NDQ_000732

answers: Alpha Wave Movement

answers: NDQ_000733

answers: Ensoniq synthesizers

answers: NDQ_000734

answers: nature

answers: NDQ_000735

answers: Ensoniq synthesizers

answers: NDQ_000736

answers: The Mystic & The Machine,

answers: NDQ_000737

answers: DP4

answers: NDQ_000738

answers: s. Aside from the music influences nature and natural landscapes

answers: NDQ_000739

answers: The Mystic & The Machine,

answers: NDQ_000740

answers: The Mystic & The Machine,

answers: NDQ_000741

answers: Wave

answers: NDQ_000742

answers: Ensoniq synthesizers

answers: NDQ_000743

answers: nature and natural landscapes

answers: NDQ_000744

answers: DP4

answers: NDQ_000745

answers: The Mystic & The Machine,

answers: NDQ_000746

answers: The Mystic & The Machine,

text: The Coriolis effect is at its maximum at the poles and negligible at the equator of the Earth.The reason for this is that the Coriolis effect depends on the vector of the angular velocity of the Earth's rotation with respect to xyz - coordinate system (frame of reference).

text: The Coriolis effect is at its maximum at the poles and negligible at the

text: equator

text: of the

text: Earth

text: .The reason for this is that the Coriolis effect depends on the vector of the angular velocity of the Earth's rotation with respect to xyz - coordinate system (frame of reference).

answers: NDQ_000702

answers: the Coriolis effect

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: at the poles

answers: NDQ_000707

answers: Coriolis effect is at its maximum

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: at its maximum at the poles

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: xyz - coordinate system

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How does the Coriolis effect affect tides?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: what is the difference between high and low tides?

answers: NDQ_000728

answers: xyz - coordinate system

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean.

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: the Coriolis effect

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Coriolis effect is at its maximum at the poles

answers: NDQ_000739

answers: at the equator

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: can not be used to describe

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: a full moon

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: The Coriolis effect

answers: NDQ_000706

answers: poles

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: The Coriolis effect

answers: NDQ_000715

answers: The Coriolis effect

answers: NDQ_000718

answers: The Coriolis effect

answers: NDQ_000720

answers: The Coriolis effect is at its maximum at the poles

answers: NDQ_000721

answers: The Coriolis effect

answers: NDQ_000722

answers: The Coriolis effect

answers: NDQ_000723

answers: The Coriolis effect is at its maximum at the poles

answers: NDQ_000724

answers: The Coriolis effect

answers: NDQ_000725

answers: The Coriolis effect

answers: NDQ_000726

answers: The Coriolis effect

answers: NDQ_000727

answers: The Coriolis effect

answers: NDQ_000728

answers: The Coriolis effect is at its maximum at the poles

answers: NDQ_000729

answers: the Coriolis effect depends on the vector of the angular velocity

answers: NDQ_000730

answers: The Coriolis effect

answers: NDQ_000731

answers: The Coriolis effect

answers: NDQ_000732

answers: The Coriolis effect is at its maximum at the poles

answers: NDQ_000733

answers: Earth.The

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: The Coriolis effect is at its maximum at the poles

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: The Coriolis effect

answers: NDQ_000738

answers: equator

answers: NDQ_000739

answers: The Coriolis effect is at its maximum at the poles

answers: NDQ_000740

answers: The Coriolis effect

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: The Coriolis effect

answers: NDQ_000743

answers: The Coriolis effect

answers: NDQ_000744

answers: The Coriolis effect

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: The Coriolis effect

text: Because of seismic and volcanic activity associated with tectonic plate boundaries along the Pacific Ring of Fire, tsunamis occur most frequently in the Pacific Ocean, but are a worldwide natural phenomena. They are possible wherever large bodies of water are found, including inland lakes, where they can be caused by landslides and glacier calving. Very small tsunamis, non-destructive and undetectable without specialized equipment, occur frequently as a result of minor earthquakes and other events.

text: Because of

text: seismic

text: and

text: volcanic

text: activity associated with

text: tectonic

text: plate boundaries

text: along the

text: Pacific Ring of Fire

text: tsunamis

text: occur most frequently in the

text: Pacific Ocean

text: , but are a worldwide

text: natural phenomena

text: . They are possible wherever large bodies of water are found, including inland lakes, where they can be caused by landslides and glacier calving. Very small tsunamis, non-destructive and undetectable without specialized equipment, occur frequently as a result of minor earthquakes and other events.

answers: NDQ_000702

answers: seismic and volcanic

answers: NDQ_000704

answers: Which of the following is not a natural phenomenon: tsunamis, glacier calving, or earthquakes?

answers: NDQ_000706

answers: Pacific Ring of Fire

answers: NDQ_000707

answers: earthquakes occur

answers: NDQ_000710

answers: tsunamis

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: inland lakes

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: the Pacific Ring of Fire

answers: NDQ_000728

answers: tectonic plate boundaries

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: seismic and volcanic activity

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Pacific Ring of Fire

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tsunamis occur most frequently in the Pacific Ocean

answers: NDQ_000739

answers: surrounded by land

answers: NDQ_000740

answers: tsunamis

answers: NDQ_000741

answers: tsunamis

answers: NDQ_000742

answers: NDQ_000743

answers: seismic and volcanic activity

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: seismic and volcanic activity

answers: NDQ_000704

answers: tsunamis

answers: NDQ_000706

answers: Pacific Ocean,

answers: NDQ_000707

answers: seismic and volcanic activity

answers: NDQ_000710

answers: tsunamis

answers: NDQ_000715

answers: tectonic plate boundaries along the Pacific Ring of Fire,

answers: NDQ_000718

answers: tsunamis

answers: NDQ_000720

answers: tsunamis

answers: NDQ_000721

answers: landslides and glacier calving.

answers: NDQ_000722

answers: Very small tsunamis,

answers: NDQ_000723

answers: tsunamis

answers: NDQ_000724

answers: landslides and glacier calving.

answers: NDQ_000725

answers: inland lakes,

answers: NDQ_000726

answers: water

answers: NDQ_000727

answers: tsunamis

answers: NDQ_000728

answers: tectonic plate boundaries along the Pacific Ring of Fire,

answers: NDQ_000729

answers: landslides and glacier calving. Very small tsunamis,

answers: NDQ_000730

answers: tectonic plate boundaries along the Pacific Ring of Fire,

answers: NDQ_000731

answers: tectonic plate boundaries along the Pacific Ring of Fire,

answers: NDQ_000732

answers: tsunamis

answers: NDQ_000733

answers: Pacific Ocean,

answers: NDQ_000734

answers: seismic and volcanic activity

answers: NDQ_000735

answers: landslides and glacier calving. Very small tsunamis,

answers: NDQ_000736

answers: tsunamis

answers: NDQ_000737

answers: tsunamis occur most frequently in the Pacific Ocean,

answers: NDQ_000738

answers: inland lakes,

answers: NDQ_000739

answers: tectonic plate boundaries

answers: NDQ_000740

answers: landslides and glacier calving.

answers: NDQ_000741

answers: tsunamis

answers: NDQ_000742

answers: tsunamis

answers: NDQ_000743

answers: landslides and glacier calving.

answers: NDQ_000744

answers: tsunamis occur most frequently in the Pacific Ocean,

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: tectonic plate boundaries along the Pacific Ring of Fire,

text: By 1844, two-thirds of Episcopal clergy were evangelical. Nevertheless, the growing influence of the Anglo-Catholic Oxford Movement on Episcopal Church leaders worried evangelicals. They experienced a loss of confidence in the church's institutions after 1844 when the church's General Convention refused to label the Oxford Movement a heresy. Their own attempts to stem the tide through heresy trials ultimately failed as well. In response, evangelicals chose to form their own distinctly evangelical Episcopal voluntary societies to promote education and evangelism, such as the Protestant Episcopal Society for the Promotion of Evangelical Knowledge (which later merged with what is now known as the Episcopal Evangelism Society) and the American Church Missionary Society (which was modeled on the English society).

text: By 1844, two-thirds of Episcopal clergy were evangelical. Nevertheless, the growing influence of the Anglo-Catholic

text: Oxford Movement

text: on Episcopal Church leaders worried evangelicals. They experienced a loss of confidence in the church's institutions after 1844 when the church's

entity_name: General Convention of the Episcopal Church in the United States of America

text: General Convention

text: refused to label the Oxford Movement a

text: heresy

text: . Their own attempts to stem the tide through

text: heresy trials

text: ultimately failed as well. In response, evangelicals chose to form their own distinctly evangelical Episcopal voluntary societies to promote education and evangelism, such as the Protestant Episcopal Society for the Promotion of Evangelical Knowledge (which later merged with what is now known as the Episcopal Evangelism Society) and the American Church Missionary Society (which was modeled on the English society).

answers: NDQ_000702

answers: Anglo-Catholic Oxford Movement

answers: NDQ_000704

answers: Which of the following is not a type of movement: Anglo-Catholic Oxford Movement or Episcopal Evangelism Society?

answers: NDQ_000706

answers: near the coast

answers: NDQ_000707

answers: a force acts on it

answers: NDQ_000710

answers: what to the surface of the ocean?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What are the causes of waves?

answers: NDQ_000725

answers: How many years did the Oxford Movement last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: How does the Coriolis effect work?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: English society been modeled on?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: river

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What was the Oxford Movement?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Anglo-Catholic Oxford Movement

answers: NDQ_000704

answers: Anglo-Catholic Oxford Movement

answers: NDQ_000706

answers: By 1844,

answers: NDQ_000707

answers: heresy trials

answers: NDQ_000710

answers: Anglo-Catholic Oxford Movement

answers: NDQ_000715

answers: By 1844,

answers: NDQ_000718

answers: Protestant Episcopal Society for the Promotion of Evangelical Knowledge

answers: NDQ_000720

answers: By 1844,

answers: NDQ_000721

answers: Anglo-Catholic Oxford Movement

answers: NDQ_000722

answers: By 1844,

answers: NDQ_000723

answers: Protestant Episcopal Society for the Promotion of Evangelical Knowledge

answers: NDQ_000724

answers: By 1844,

answers: NDQ_000725

answers: By 1844,

answers: NDQ_000726

answers: By 1844,

answers: NDQ_000727

answers: By 1844,

answers: NDQ_000728

answers: By 1844,

answers: NDQ_000729

answers: By 1844,

answers: NDQ_000730

answers: By 1844,

answers: NDQ_000731

answers: By 1844,

answers: NDQ_000732

answers: By 1844,

answers: NDQ_000733

answers: 1844,

answers: NDQ_000734

answers: Anglo-Catholic Oxford Movement

answers: NDQ_000735

answers: 1844,

answers: NDQ_000736

answers: Anglo-Catholic Oxford Movement

answers: NDQ_000737

answers: Anglo-Catholic Oxford Movement

answers: NDQ_000738

answers: By 1844,

answers: NDQ_000739

answers: 1844,

answers: NDQ_000740

answers: 1844,

answers: NDQ_000741

answers: 1844,

answers: NDQ_000742

answers: Anglo-Catholic Oxford Movement

answers: NDQ_000743

answers: By 1844,

answers: NDQ_000744

answers: tide

answers: NDQ_000745

answers: Anglo-Catholic Oxford Movement

answers: NDQ_000746

answers: By 1844,

text: After the 2004 Indian Ocean tsunami had subsided, archaeologists discovered rock inscriptions which had been exposed by the tsunami waves close to the hamlet of Saluvankuppam, near the UNESCO-designated World Heritage Site of Mahabalipuram. The inscriptions by the Rashtrakuta king Krishna III and the Chola kings Parantaka I and Kulothunga Chola I spoke of a Subrahmanya Temple at Thiruvizhchil (the present day Saluvanakuppam). S. Rajavelu, epigraphist with the Archaeological Survey of India (ASI), identified a nearby mound as the site of the temple. In 2005, archaeologists unearthed an 8th-century Pallava temple under the mound. G. Thirumoorthy, ASI Assistant Archaeologist,  believed that the shrine could be the oldest Murugan temple to be excavated in Tamil Nadu. There were speculations on whether the temple could be one of the "Seven Pagodas".

text: After the 2004

text: Indian Ocean tsunami

text: had subsided, archaeologists discovered rock inscriptions which had been exposed by the

text: tsunami

text: waves close to the hamlet of

text: Saluvankuppam

text: , near the

text: UNESCO

text: -designated

text: World Heritage Site

text: of

text: Mahabalipuram

text: . The inscriptions by the

text: Rashtrakuta

text: king

text: Krishna III

text: and the

text: Chola

text: kings

text: Parantaka I

text: and

text: Kulothunga Chola I

text: spoke of a Subrahmanya Temple at Thiruvizhchil (the present day Saluvanakuppam). S. Rajavelu, epigraphist with the

text: Archaeological Survey of India

text: (ASI), identified a nearby mound as the site of the temple. In 2005, archaeologists unearthed an 8th-century

text: Pallava

text: temple under the mound. G. Thirumoorthy, ASI Assistant Archaeologist,  believed that the shrine could be the oldest Murugan temple to be excavated in Tamil Nadu. There were speculations on whether the temple could be one of the "

text: Seven Pagodas

answers: NDQ_000702

answers: Indian Ocean tsunami

answers: NDQ_000704

answers: What caused the tsunami to subsided?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: Indian Ocean tsunami

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days did the Indian Ocean tsunami last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: rock inscriptions

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring tides or moon tides?

answers: NDQ_000732

answers: What caused surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: Indian Ocean

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Indian Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Subrahmanya Temple at Thiruvizhchil

answers: NDQ_000739

answers: subsided

answers: NDQ_000740

answers: tsunami

answers: NDQ_000741

answers: Indian Ocean tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: tsunami

answers: NDQ_000704

answers: Indian Ocean

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: tsunami waves

answers: NDQ_000710

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000715

answers: UNESCO-designated World Heritage Site of Mahabalipuram.

answers: NDQ_000718

answers: UNESCO-designated World Heritage Site of Mahabalipuram.

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000722

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000723

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000724

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000725

answers: Subrahmanya Temple at Thiruvizhchil

answers: NDQ_000726

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000727

answers: UNESCO-designated World Heritage Site of Mahabalipuram.

answers: NDQ_000728

answers: tsunami waves

answers: NDQ_000729

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000730

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000731

answers: UNESCO-designated World Heritage Site of Mahabalipuram.

answers: NDQ_000732

answers: Subrahmanya Temple at Thiruvizhchil

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: tsunami

answers: NDQ_000735

answers: 2004 Indian Ocean tsunami had subsided,

answers: NDQ_000736

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000739

answers: 2004 Indian Ocean tsunami had subsided,

answers: NDQ_000740

answers: 2004

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000743

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000744

answers: tsunami waves close to the hamlet of Saluvankuppam,

answers: NDQ_000745

answers: tsunami waves

answers: NDQ_000746

answers: UNESCO-designated World Heritage Site of Mahabalipuram.

text: In the wake of the 2004 Indian Ocean earthquake and its subsequent tsunamis, plans were announced to deploy an additional 32 DART II buoys around the world. These would include stations in the Caribbean and Atlantic Ocean for the first time.

text: In the wake of the

text: 2004 Indian Ocean earthquake

text: and its subsequent

text: tsunami

text: s, plans were announced to deploy an additional 32 DART II buoys around the world. These would include stations in the

text: Caribbean

text: and

text: Atlantic Ocean

text: for the first time.

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Atlantic, Indian, or Caribbean?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: it is hit by a large object

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: (iii).

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: upwelling does not occur in the Atlantic Ocean.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunamis

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: 2004 Indian Ocean

answers: NDQ_000706

answers: Caribbean and Atlantic Ocean

answers: NDQ_000707

answers: tsunamis,

answers: NDQ_000710

answers: 32 DART II buoys

answers: NDQ_000715

answers: tsunamis,

answers: NDQ_000718

answers: 2004 Indian Ocean earthquake and its subsequent tsunamis,

answers: NDQ_000720

answers: tsunamis,

answers: NDQ_000721

answers: 2004 Indian Ocean earthquake and its subsequent tsunamis,

answers: NDQ_000722

answers: 2004 Indian Ocean earthquake and its subsequent tsunamis,

answers: NDQ_000723

answers: 2004 Indian Ocean earthquake and its subsequent tsunamis,

answers: NDQ_000724

answers: tsunamis,

answers: NDQ_000725

answers: 32 DART II buoys

answers: NDQ_000726

answers: 2004 Indian Ocean earthquake and its subsequent tsunamis,

answers: NDQ_000727

answers: 2004 Indian Ocean earthquake and its subsequent tsunamis,

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake

answers: NDQ_000729

answers: 2004 Indian Ocean earthquake and its subsequent tsunamis,

answers: NDQ_000730

answers: 2004 Indian Ocean earthquake and its subsequent tsunamis,

answers: NDQ_000731

answers: 2004 Indian Ocean earthquake and its subsequent tsunamis,

answers: NDQ_000732

answers: Caribbean and Atlantic Ocean

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: earthquake

answers: NDQ_000735

answers: 2004

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: Caribbean and Atlantic Ocean

answers: NDQ_000738

answers: 2004 Indian Ocean earthquake and its subsequent tsunamis,

answers: NDQ_000739

answers: 2004 Indian Ocean earthquake and its subsequent tsunamis,

answers: NDQ_000740

answers: buoys

answers: NDQ_000741

answers: tsunamis,

answers: NDQ_000742

answers: tsunamis, plans were announced to deploy an additional 32 DART II

answers: NDQ_000743

answers: tsunamis,

answers: NDQ_000744

answers: tsunamis,

answers: NDQ_000745

answers: tsunamis,

answers: NDQ_000746

answers: 32 DART II

text: The ocean's surface is closely approximated by an equipotential surface, (ignoring ocean currents) commonly referred to as the geoid. Since the gravitational force is equal to the potential's gradient, there are no tangential forces on such a surface, and the ocean surface is thus in gravitational equilibrium. Now consider the effect of massive external bodies such as the Moon and Sun. These bodies have strong gravitational fields that diminish with distance and act to alter the shape of an equipotential surface on the Earth. This deformation has a fixed spatial orientation relative to the influencing body. The Earth's rotation relative to this shape causes the daily tidal cycle. Gravitational forces follow an inverse-square law (force is inversely proportional to the square of the distance), but tidal forces are inversely proportional to the cube of the distance. The ocean surface moves because of the changing tidal equipotential, rising when the tidal potential is high, which occurs on the parts of the Earth nearest to and furthest from the Moon. When the tidal equipotential changes, the ocean surface is no longer aligned with it, so the apparent direction of the vertical shifts. The surface then experiences a down slope, in the direction that the equipotential has risen.

text: The ocean's surface is closely approximated by an equipotential surface, (ignoring ocean currents) commonly referred to as the

text: geoid

text: . Since the gravitational force is equal to the potential's

text: gradient

text: , there are no

text: tangent

text: ial forces on such a surface, and the ocean surface is thus in gravitational equilibrium. Now consider the effect of massive external bodies such as the Moon and Sun. These bodies have strong gravitational fields that diminish with distance and act to alter the shape of an equipotential surface on the Earth. This deformation has a fixed spatial orientation relative to the influencing body. The Earth's rotation relative to this shape causes the daily tidal cycle. Gravitational forces follow an

text: inverse-square law

text: (force is inversely proportional to the

text: square

text: of the distance), but tidal forces are inversely proportional to the

text: cube

text: of the distance. The ocean surface moves because of the changing tidal equipotential, rising when the tidal potential is high, which occurs on the parts of the Earth nearest to and furthest from the Moon. When the tidal equipotential changes, the ocean surface is no longer aligned with it, so the apparent direction of the vertical shifts. The surface then experiences a down slope, in the direction that the equipotential has risen.

answers: NDQ_000702

answers: The Earth's rotation

answers: NDQ_000704

answers: Which of the following is not a type of force: gravitational force, tidal force, or tangential force?

answers: NDQ_000706

answers: the parts of the Earth nearest to and furthest from the Moon

answers: NDQ_000707

answers: gravitational force is equal to the potential's gradient

answers: NDQ_000710

answers: ocean currents to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: What causes the daily tidal cycle?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: the tidal range

answers: NDQ_000728

answers: when the tidal potential is high

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: Earth's rotation relative to this shape

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: inverse-square law

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the ocean surface is in gravitational equilibrium

answers: NDQ_000739

answers: closer to the Sun

answers: NDQ_000740

answers: tidal cycle

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: tidal cycle

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tidal cycle

answers: NDQ_000746

answers: inversely proportional to the square of the distance

answers: NDQ_000702

answers: The Earth's rotation

answers: NDQ_000704

answers: ocean currents)

answers: NDQ_000706

answers: nearest to and furthest from the Moon.

answers: NDQ_000707

answers: tangential forces

answers: NDQ_000710

answers: down slope,

answers: NDQ_000715

answers: tidal potential is high,

answers: NDQ_000718

answers: gradient,

answers: NDQ_000720

answers: tidal cycle.

answers: NDQ_000721

answers: massive external bodies

answers: NDQ_000722

answers: ocean currents) commonly referred to as the geoid.

answers: NDQ_000723

answers: tidal forces

answers: NDQ_000724

answers: tidal forces

answers: NDQ_000725

answers: tidal cycle.

answers: NDQ_000726

answers: tidal cycle.

answers: NDQ_000727

answers: tidal equipotential,

answers: NDQ_000728

answers: tidal potential is high,

answers: NDQ_000729

answers: the daily tidal cycle.

answers: NDQ_000730

answers: The Earth's rotation

answers: NDQ_000731

answers: Moon.

answers: NDQ_000732

answers: down slope,

answers: NDQ_000733

answers: daily tidal cycle.

answers: NDQ_000734

answers: The Earth's rotation

answers: NDQ_000735

answers: massive external bodies

answers: NDQ_000736

answers: down slope,

answers: NDQ_000737

answers: ocean currents)

answers: NDQ_000738

answers: down slope,

answers: NDQ_000739

answers: tidal potential is high,

answers: NDQ_000740

answers: tidal cycle.

answers: NDQ_000741

answers: ocean currents)

answers: NDQ_000742

answers: rising when the tidal potential is high,

answers: NDQ_000743

answers: gravitational force

answers: NDQ_000744

answers: rising when the tidal potential is high,

answers: NDQ_000745

answers: tidal equipotential,

answers: NDQ_000746

answers: inversely proportional to the square of the distance),

text: The middle layer is DOW where the water is free of sunlight and life forms. It is characterized not only by its mineral density but cold temperature, cleanliness and trace elements. DOW is present at depths of between 250 and 1500 meters.  This deep ocean current moves very slowly under the influence of density and temperature gradients. The high mineral density is attributed to the depth related pressure and the change in temperature from 20 °C+ at the surface to 8 °C at 600 meters depth generates the movement of this layer.

text: The middle layer is DOW where the water is free of sunlight and life forms. It is characterized not only by its mineral density but cold temperature, cleanliness and trace elements. DOW is present at depths of between 250 and 1500 meters.  This deep ocean current moves very slowly under the influence of density and temperature gradients. The high mineral density is attributed to the depth related pressure and the change in temperature from 20 °C+ at the surface to 8 °C at 600 meters depth generates the movement of this layer.

answers: NDQ_000702

answers: depth related pressure

answers: NDQ_000704

answers: Which layer is present at depths of between 250 and 1500 meters?

answers: NDQ_000706

answers: depths

answers: NDQ_000707

answers: density is higher than temperature.

answers: NDQ_000710

answers: DOW closer to the surface.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: DOW

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a source of waves: winds or sunlight?

answers: NDQ_000725

answers: How many times a day do Tides cause water levels to rise?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: DOW

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which ocean layer is present at depths of between 250 and 1500 meters?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: depth related pressure

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: depth of between 250 and 1500 meters

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the water is free of sunlight and life forms

answers: NDQ_000739

answers: DOW

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: ocean current

answers: NDQ_000742

answers: NDQ_000743

answers: sunlight

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: This deep ocean current moves very slowly

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: deep ocean current

answers: NDQ_000704

answers: 20 °C+

answers: NDQ_000706

answers: depths of between 250 and 1500 meters.

answers: NDQ_000707

answers: depth related pressure

answers: NDQ_000710

answers: sunlight

answers: NDQ_000715

answers: characterized not only by its mineral density

answers: NDQ_000718

answers: The middle layer is DOW

answers: NDQ_000720

answers: The middle layer is DOW

answers: NDQ_000721

answers: sunlight

answers: NDQ_000722

answers: 250 and 1500 meters.

answers: NDQ_000723

answers: The middle layer is DOW

answers: NDQ_000724

answers: The middle layer is DOW

answers: NDQ_000725

answers: The middle layer is DOW

answers: NDQ_000726

answers: The middle layer is DOW

answers: NDQ_000727

answers: The middle layer is DOW

answers: NDQ_000728

answers: The middle layer is DOW

answers: NDQ_000729

answers: deep ocean current moves very slowly under the influence of density and temperature gradients.

answers: NDQ_000730

answers: The middle layer is DOW where the water is free of sunlight

answers: NDQ_000731

answers: The middle layer is DOW

answers: NDQ_000732

answers: 20 °C+

answers: NDQ_000733

answers: 250 and 1500 meters.

answers: NDQ_000734

answers: deep ocean current moves very slowly under the influence of density and temperature gradients.

answers: NDQ_000735

answers: sunlight

answers: NDQ_000736

answers: DOW

answers: NDQ_000737

answers: deep ocean current

answers: NDQ_000738

answers: sunlight and life forms.

answers: NDQ_000739

answers: depth related pressure

answers: NDQ_000740

answers: sunlight

answers: NDQ_000741

answers: deep ocean current

answers: NDQ_000742

answers: The middle layer is DOW

answers: NDQ_000743

answers: sunlight

answers: NDQ_000744

answers: The middle layer is DOW

answers: NDQ_000745

answers: moves very slowly under the influence of density and temperature gradients.

answers: NDQ_000746

answers: density and temperature gradients. The high mineral density

text: The meridian 8° west of Greenwich is a line of longitude that extends from the North Pole across the Arctic Ocean, the Atlantic Ocean, Europe, Africa, the Southern Ocean, and Antarctica to the South Pole.

text: The meridian 8° west of

text: Greenwich

text: is a line of

text: longitude

text: that extends from the

text: North Pole

text: across the

text: Arctic Ocean

text: , the

text: Atlantic Ocean

text: Europe

text: Africa

text: , the

text: Southern Ocean

text: , and Antarctica to the

text: South Pole

answers: NDQ_000702

answers: the Arctic Ocean

answers: NDQ_000704

answers: What is the name of the meridian?

answers: NDQ_000706

answers: the Southern Ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: ice to the surface of the ocean

answers: NDQ_000715

answers: what is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: it is not possible to tell

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: what is the last place mentioned?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: it is not possible to tell

answers: NDQ_000729

answers: The meridian 8° west of Greenwich extends from the North Pole across the Arctic Ocean, the Atlantic Ocean, Europe, Africa, the Southern Ocean, and Antarctica to the South Pole.

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Antarctica has no upwelling.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Atlantic Ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: evaporation

answers: NDQ_000746

answers: NDQ_000702

answers: Arctic Ocean,

answers: NDQ_000704

answers: Arctic Ocean, the Atlantic Ocean, Europe, Africa, the Southern Ocean,

answers: NDQ_000706

answers: Southern Ocean,

answers: NDQ_000707

answers: The meridian 8° west of Greenwich

answers: NDQ_000710

answers: Arctic Ocean,

answers: NDQ_000715

answers: meridian 8° west of Greenwich

answers: NDQ_000718

answers: The meridian 8° west of Greenwich

answers: NDQ_000720

answers: Atlantic Ocean,

answers: NDQ_000721

answers: The meridian 8° west of Greenwich

answers: NDQ_000722

answers: meridian 8° west of Greenwich

answers: NDQ_000723

answers: Europe, Africa, the Southern Ocean, and Antarctica to the South Pole.

answers: NDQ_000724

answers: The meridian

answers: NDQ_000725

answers: The meridian 8° west of Greenwich

answers: NDQ_000726

answers: The meridian 8° west of Greenwich

answers: NDQ_000727

answers: The meridian 8° west of Greenwich

answers: NDQ_000728

answers: The meridian 8° west of Greenwich

answers: NDQ_000729

answers: Europe, Africa, the Southern Ocean, and Antarctica to the South Pole.

answers: NDQ_000730

answers: The meridian 8° west of Greenwich

answers: NDQ_000731

answers: meridian 8° west of Greenwich

answers: NDQ_000732

answers: meridian 8° west of Greenwich

answers: NDQ_000733

answers: Arctic Ocean,

answers: NDQ_000734

answers: Arctic Ocean,

answers: NDQ_000735

answers: The meridian 8° west of Greenwich

answers: NDQ_000736

answers: meridian 8° west of Greenwich

answers: NDQ_000737

answers: Arctic Ocean,

answers: NDQ_000738

answers: The meridian 8° west of Greenwich

answers: NDQ_000739

answers: Arctic Ocean, the Atlantic Ocean, Europe, Africa, the Southern Ocean,

answers: NDQ_000740

answers: meridian 8° west of Greenwich

answers: NDQ_000741

answers: meridian

answers: NDQ_000742

answers: The meridian 8° west of Greenwich

answers: NDQ_000743

answers: The meridian 8° west of Greenwich

answers: NDQ_000744

answers: meridian 8° west of Greenwich

answers: NDQ_000745

answers: meridian 8° west of Greenwich

answers: NDQ_000746

answers: The meridian 8° west of Greenwich

text: Frequent strong swells coming in from the Atlantic Ocean make for excellent surfing and the sands are ideal for children, but the state of the tide has a major impact on the beach. As the tide comes in, the sands are swiftly submerged by the incoming seas until all that is left of the beach is the rocks at the base of the cliffs. There is a lifeguard service provided by Tintagel Surf Lifesaving Club. Unwary visitors can easily be cut off by the rising waters. A number of people have to be rescued each year.

text: Frequent strong swells coming in from the

text: Atlantic Ocean

text: make for excellent

text: surfing

text: and the sands are ideal for children, but the state of the

text: tide

text: has a major impact on the beach. As the tide comes in, the sands are swiftly submerged by the incoming seas until all that is left of the beach is the rocks at the base of the cliffs. There is a lifeguard service provided by Tintagel Surf Lifesaving Club. Unwary visitors can easily be cut off by the rising waters. A number of people have to be rescued each year.

answers: NDQ_000702

answers: Atlantic Ocean

answers: NDQ_000704

answers: Which of the following is not a type of surface current: tides, swells, or incoming seas?

answers: NDQ_000706

answers: Atlantic

answers: NDQ_000707

answers: swells are too large

answers: NDQ_000710

answers: what to the beach?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: Which of the following is not a type of swell?

answers: NDQ_000720

answers: (4).

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: iii.

answers: NDQ_000723

answers: Which of the following is not a type of wave: high tide, crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: iv.

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: sands

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unwary visitors can easily be cut off by the rising waters

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: swells

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: NDQ_000702

answers: swells coming in from the Atlantic Ocean

answers: NDQ_000704

answers: swells coming in from the Atlantic Ocean

answers: NDQ_000706

answers: Atlantic

answers: NDQ_000707

answers: swells

answers: NDQ_000710

answers: Unwary visitors can easily be cut off by the rising waters.

answers: NDQ_000715

answers: surfing

answers: NDQ_000718

answers: Tintagel Surf Lifesaving Club.

answers: NDQ_000720

answers: swells coming in from the Atlantic Ocean

answers: NDQ_000721

answers: swells coming in from the Atlantic Ocean

answers: NDQ_000722

answers: surfing and the sands are ideal for children,

answers: NDQ_000723

answers: surfing

answers: NDQ_000724

answers: swells

answers: NDQ_000725

answers: Tintagel Surf Lifesaving Club.

answers: NDQ_000726

answers: swells coming in from the Atlantic Ocean

answers: NDQ_000727

answers: Tintagel Surf Lifesaving Club.

answers: NDQ_000728

answers: swells

answers: NDQ_000729

answers: Frequent strong swells coming in from the Atlantic Ocean

answers: NDQ_000730

answers: incoming seas

answers: NDQ_000731

answers: Tintagel Surf Lifesaving Club.

answers: NDQ_000732

answers: Tintagel Surf Lifesaving Club.

answers: NDQ_000733

answers: year.

answers: NDQ_000734

answers: swells

answers: NDQ_000735

answers: tide comes in,

answers: NDQ_000736

answers: sands are swiftly submerged by the incoming seas

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: children,

answers: NDQ_000739

answers: tide

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: swells

answers: NDQ_000742

answers: tide

answers: NDQ_000743

answers: surfing

answers: NDQ_000744

answers: tide

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: Frequent strong swells coming in from the Atlantic Ocean

text: The major subduction zone is associated with the Pacific and Indian Oceans and is responsible for the volcanic activity associated with the Pacific Ring of Fire. Since these earthquakes deform the ocean floor, they often generate a significant series of tsunami waves.  They are known to produce intense shaking for periods of time that can last for up to a few minutes.

text: The major subduction zone is associated with the

text: Pacific

text: and

text: Indian Ocean

text: s and is responsible for the

text: volcanic

text: activity associated with the

text: Pacific Ring of Fire

text: . Since these earthquakes deform the

text: ocean floor

text: , they often generate a significant series of

text: tsunami

text: waves.  They are known to produce intense shaking for periods of time that can last for up to a few minutes.

answers: NDQ_000702

answers: volcanic activity

answers: NDQ_000704

answers: can be caused by

answers: NDQ_000706

answers: subduction zone

answers: NDQ_000707

answers: earthquakes deform the ocean floor

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: No

answers: NDQ_000725

answers: Which of the following is not a type of tsunami?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: iv.

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Pacific

answers: NDQ_000734

answers: subduction zone

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Pacific Ring of Fire

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The major subduction zone is associated with the Pacific and Indian Oceans.

answers: NDQ_000739

answers: submerged

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: subduction

answers: NDQ_000744

answers: NDQ_000745

answers: subduction

answers: NDQ_000746

answers: NDQ_000702

answers: subduction zone

answers: NDQ_000704

answers: The major subduction zone

answers: NDQ_000706

answers: subduction zone

answers: NDQ_000707

answers: earthquakes deform the ocean floor,

answers: NDQ_000710

answers: tsunami waves.

answers: NDQ_000715

answers: tsunami waves.

answers: NDQ_000718

answers: tsunami waves.

answers: NDQ_000720

answers: tsunami waves.

answers: NDQ_000721

answers: Pacific Ring of Fire.

answers: NDQ_000722

answers: tsunami waves.

answers: NDQ_000723

answers: tsunami waves.

answers: NDQ_000724

answers: waves.

answers: NDQ_000725

answers: Pacific and Indian Oceans

answers: NDQ_000726

answers: tsunami waves.

answers: NDQ_000727

answers: The major subduction zone

answers: NDQ_000728

answers: tsunami waves.

answers: NDQ_000729

answers: Pacific Ring of Fire.

answers: NDQ_000730

answers: Pacific Ring of Fire.

answers: NDQ_000731

answers: The major subduction zone

answers: NDQ_000732

answers: Pacific Ring of Fire.

answers: NDQ_000733

answers: Pacific and Indian Oceans

answers: NDQ_000734

answers: subduction zone

answers: NDQ_000735

answers: The major subduction zone is associated with the Pacific and Indian Oceans

answers: NDQ_000736

answers: tsunami waves.

answers: NDQ_000737

answers: The major subduction zone is associated with the Pacific and Indian Oceans

answers: NDQ_000738

answers: The major subduction zone

answers: NDQ_000739

answers: subduction zone

answers: NDQ_000740

answers: Pacific Ring of Fire.

answers: NDQ_000741

answers: tsunami waves.

answers: NDQ_000742

answers: tsunami waves.

answers: NDQ_000743

answers: volcanic activity associated with the Pacific Ring of Fire.

answers: NDQ_000744

answers: tsunami waves.

answers: NDQ_000745

answers: subduction zone

answers: NDQ_000746

answers: Pacific Ring of Fire.

text: Talley has worked at the Scripps Institution of Oceanography, UCSD since 1984, and has been a Distinguished Professor since 2012. While at Scripps, her research has combined analysis of ocean observations with advanced theoretical work to describe and map large-scale circulation. Talley’s research focuses on the general circulation of the ocean and the role of various oceanic and atmospheric conditions that affect ocean currents and property distributions, including salinity. Her work involves analysis of data from most of the world’s oceans, depicting the movement of heat, salinity, and water masses, and the formation of water masses, particularly in subpolar regions.

text: Talley has worked at the

text: Scripps Institution of Oceanography

text: UCSD

text: since 1984, and has been a Distinguished Professor since 2012. While at

text: Scripps

text: , her research has combined analysis of ocean observations with advanced theoretical work to describe and map large-scale circulation. Talley’s research focuses on the general circulation of the ocean and the role of various oceanic and atmospheric conditions that affect ocean currents and property distributions, including

text: salinity

text: . Her work involves analysis of data from most of the world’s oceans, depicting the movement of heat, salinity, and water masses, and the formation of

text: water mass

text: es, particularly in

text: subpolar

text: regions.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Talley’s research focuses on the general circulation of the ocean

answers: NDQ_000706

answers: subpolar regions

answers: NDQ_000707

answers: Talley's research focuses on the general circulation of the ocean

answers: NDQ_000710

answers: water masses to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: How many years has Talley been a Distinguished Professor?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: salinity

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many years has Talley worked at the Scripps Institution of Oceanography?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Talley

answers: NDQ_000729

answers: What does Talley’s research focuses on?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: oceanic and atmospheric conditions

answers: NDQ_000735

answers: occult

answers: NDQ_000736

answers: salinity

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: water masses, particularly in subpolar regions

answers: NDQ_000739

answers: subpolar

answers: NDQ_000740

answers: salinity

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: her research focuses on the general circulation of the ocean

answers: NDQ_000746

answers: water masses

answers: NDQ_000702

answers: oceanic and atmospheric conditions

answers: NDQ_000704

answers: ocean currents

answers: NDQ_000706

answers: subpolar regions.

answers: NDQ_000707

answers: oceanic and atmospheric conditions

answers: NDQ_000710

answers: heat, salinity, and water masses,

answers: NDQ_000715

answers: Talley has worked at the Scripps Institution of Oceanography,

answers: NDQ_000718

answers: Talley has worked at the Scripps Institution of Oceanography,

answers: NDQ_000720

answers: ocean currents and property distributions, including salinity.

answers: NDQ_000721

answers: oceanic and atmospheric conditions

answers: NDQ_000722

answers: salinity.

answers: NDQ_000723

answers: Talley has worked at the Scripps Institution of Oceanography,

answers: NDQ_000724

answers: oceanic and atmospheric conditions

answers: NDQ_000725

answers: ocean currents and property distributions, including salinity.

answers: NDQ_000726

answers: oceanic and atmospheric conditions

answers: NDQ_000727

answers: Talley has worked at the Scripps Institution of Oceanography,

answers: NDQ_000728

answers: movement of heat, salinity, and water masses,

answers: NDQ_000729

answers: ocean currents

answers: NDQ_000730

answers: ocean currents

answers: NDQ_000731

answers: subpolar regions.

answers: NDQ_000732

answers: subpolar regions.

answers: NDQ_000733

answers: world’s oceans,

answers: NDQ_000734

answers: oceanic and atmospheric conditions

answers: NDQ_000735

answers: subpolar regions.

answers: NDQ_000736

answers: salinity.

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: subpolar regions.

answers: NDQ_000739

answers: subpolar regions.

answers: NDQ_000740

answers: salinity.

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: ocean currents

answers: NDQ_000743

answers: heat,

answers: NDQ_000744

answers: ocean currents and property distributions, including salinity.

answers: NDQ_000745

answers: movement of heat, salinity, and water masses,

answers: NDQ_000746

answers: water masses,

text: The Coriolis effect circulates North Atlantic water in a clockwise direction, whereas South Atlantic water circulates counter-clockwise. The south tides in the Atlantic Ocean are semi-diurnal; that is, two high tides occur during each 24 lunar hours. In latitudes above 40° North some east-west oscillation, known as the North Atlantic Oscillation, occurs.

text: The

text: Coriolis effect

text: circulates North Atlantic water in a clockwise direction, whereas South Atlantic water circulates counter-clockwise. The south

text: tide

text: s in the Atlantic Ocean are semi-diurnal; that is, two high tides occur during each 24 lunar hours. In latitudes above

text: 40° North

text: some east-west oscillation, known as the

text: North Atlantic Oscillation

text: , occurs.

answers: NDQ_000702

answers: The Coriolis effect

answers: NDQ_000704

answers: Which of the following is not a type of surface current: North Atlantic or South Atlantic?

answers: NDQ_000706

answers: above 40° North

answers: NDQ_000707

answers: the water in the ocean is moving in a clockwise direction

answers: NDQ_000710

answers: North Atlantic water in a clockwise direction

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: 24 lunar hours

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: clockwise

answers: NDQ_000736

answers: clockwise direction

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: In latitudes above 40° North some east-west oscillation

answers: NDQ_000739

answers: clockwise

answers: NDQ_000740

answers: two high tides occur during each 24 lunar hours

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What is the Coriolis effect?

answers: NDQ_000744

answers: south tides

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: South Atlantic water circulates counter-clockwise.

answers: NDQ_000706

answers: North Atlantic

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: North Atlantic water

answers: NDQ_000715

answers: North Atlantic Oscillation,

answers: NDQ_000718

answers: The Coriolis effect

answers: NDQ_000720

answers: The Coriolis effect

answers: NDQ_000721

answers: The Coriolis effect

answers: NDQ_000722

answers: South Atlantic water circulates counter-clockwise.

answers: NDQ_000723

answers: South Atlantic water circulates counter-clockwise.

answers: NDQ_000724

answers: The Coriolis effect

answers: NDQ_000725

answers: two high tides occur during each 24 lunar hours.

answers: NDQ_000726

answers: The Coriolis effect circulates North Atlantic water

answers: NDQ_000727

answers: counter-clockwise.

answers: NDQ_000728

answers: The Coriolis effect

answers: NDQ_000729

answers: The Coriolis effect circulates North Atlantic water in a clockwise

answers: NDQ_000730

answers: The Coriolis effect

answers: NDQ_000731

answers: South Atlantic water circulates counter-clockwise.

answers: NDQ_000732

answers: South Atlantic water circulates counter-clockwise.

answers: NDQ_000733

answers: 24 lunar hours.

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: 24 lunar hours.

answers: NDQ_000736

answers: counter-clockwise.

answers: NDQ_000737

answers: The Coriolis effect circulates North Atlantic water

answers: NDQ_000738

answers: clockwise direction, whereas South Atlantic water circulates counter-clockwise.

answers: NDQ_000739

answers: counter-clockwise.

answers: NDQ_000740

answers: semi-diurnal;

answers: NDQ_000741

answers: The Coriolis effect

answers: NDQ_000742

answers: two high tides

answers: NDQ_000743

answers: The Coriolis effect

answers: NDQ_000744

answers: two high tides

answers: NDQ_000745

answers: The Coriolis effect

answers: NDQ_000746

answers: The Coriolis effect

text: A very gentle temperature gradient from the equator to the poles meant weaker global winds, which drive the ocean currents, resulted in less upwelling and more stagnant oceans than today. This is evidenced by widespread black shale deposition and frequent anoxic events. Sediment cores show that tropical sea surface temperatures may have briefly been as warm as ,  warmer than at present, and that they averaged around . Meanwhile, deep ocean temperatures were as much as  warmer than today's.

text: A very gentle

text: temperature gradient

text: from the

text: equator

text: to the poles meant weaker global winds, which drive the ocean currents, resulted in less

text: upwelling

text: and more stagnant

text: ocean

text: s than today. This is evidenced by widespread black

text: shale

text: deposition and frequent

text: anoxic event

text: s. Sediment cores show that tropical

text: sea surface temperature

text: s may have briefly been as warm as ,  warmer than at present, and that they averaged around . Meanwhile, deep ocean temperatures were as much as  warmer than today's.

answers: NDQ_000702

answers: weaker global winds

answers: NDQ_000704

answers: What drives the ocean currents?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: global winds are not strong enough

answers: NDQ_000710

answers: ocean currents closer to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallower ocean temperatures

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: upwelling

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: weaker global winds

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: global winds

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: equator

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: more stagnant oceans than today

answers: NDQ_000739

answers: warm

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: temperature gradient

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: temperature gradient

answers: NDQ_000702

answers: global winds,

answers: NDQ_000704

answers: ocean currents, resulted in less upwelling

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: weaker global winds,

answers: NDQ_000710

answers: ocean currents,

answers: NDQ_000715

answers: A very gentle temperature gradient from the equator to the poles

answers: NDQ_000718

answers: weaker global winds,

answers: NDQ_000720

answers: weaker global winds,

answers: NDQ_000721

answers: weaker global winds,

answers: NDQ_000722

answers: weaker global winds,

answers: NDQ_000723

answers: weaker global winds,

answers: NDQ_000724

answers: weaker global winds,

answers: NDQ_000725

answers: ocean currents,

answers: NDQ_000726

answers: winds,

answers: NDQ_000727

answers: weaker global winds, which drive the ocean currents,

answers: NDQ_000728

answers: black shale deposition and frequent anoxic events.

answers: NDQ_000729

answers: weaker global winds,

answers: NDQ_000730

answers: weaker global winds,

answers: NDQ_000731

answers: equator

answers: NDQ_000732

answers: weaker global winds,

answers: NDQ_000733

answers: today.

answers: NDQ_000734

answers: global winds,

answers: NDQ_000735

answers: equator

answers: NDQ_000736

answers: less upwelling

answers: NDQ_000737

answers: ocean currents,

answers: NDQ_000738

answers: less upwelling

answers: NDQ_000739

answers: black shale

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: currents,

answers: NDQ_000742

answers: upwelling

answers: NDQ_000743

answers: weaker global winds,

answers: NDQ_000744

answers: upwelling

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: A very gentle temperature gradient

text: Amphidromic points occur because of the Coriolis effect and interference within oceanic basins, seas and bays creating a wave pattern — called an amphidromic system — which rotates around the amphidromic point. At the amphidromic points of the dominant tidal constituent, there is almost no vertical movement from tidal action. There can be tidal currents since the water levels on either side of the amphidromic point are not the same.  A separate amphidromic system is created by each periodic tidal component.

text: Amphidromic points occur because of the

text: Coriolis effect

text: and

text: interference

text: within

text: oceanic basin

text: s,

text: sea

text: s and

text: bay

text: s creating a wave pattern — called an amphidromic system — which rotates around the amphidromic point. At the amphidromic points of the dominant

text: tidal constituent

text: , there is almost no vertical movement from tidal action. There can be tidal currents since the water levels on either side of the amphidromic point are not the same.  A separate amphidromic system is created by each periodic tidal component.

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: What can be created by each periodic tidal component?

answers: NDQ_000706

answers: amphidromic points

answers: NDQ_000707

answers: the water levels on either side of the amphidromic point are different

answers: NDQ_000710

answers: Amphidromic points

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How often does tidal action occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: what is the first sign of a tsunami is coming

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a tidal component?

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: the Coriolis effect

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: amphidromic system

answers: NDQ_000737

answers: amphidromic system

answers: NDQ_000738

answers: there is almost no vertical movement from tidal action

answers: NDQ_000739

answers: tidal

answers: NDQ_000740

answers: tidal component

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tidal action

answers: NDQ_000746

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: tidal currents

answers: NDQ_000706

answers: Amphidromic points

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: tidal currents

answers: NDQ_000715

answers: wave pattern — called an amphidromic system

answers: NDQ_000718

answers: Amphidromic points

answers: NDQ_000720

answers: Amphidromic points

answers: NDQ_000721

answers: Coriolis effect

answers: NDQ_000722

answers: the water levels

answers: NDQ_000723

answers: Amphidromic points

answers: NDQ_000724

answers: tidal action.

answers: NDQ_000725

answers: tidal currents

answers: NDQ_000726

answers: Coriolis effect

answers: NDQ_000727

answers: tidal currents

answers: NDQ_000728

answers: Amphidromic points

answers: NDQ_000729

answers: Amphidromic points occur because of the Coriolis effect

answers: NDQ_000730

answers: Coriolis effect

answers: NDQ_000731

answers: Amphidromic points occur because of the Coriolis effect

answers: NDQ_000732

answers: Amphidromic points

answers: NDQ_000733

answers: periodic tidal component.

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: Amphidromic points occur because of the Coriolis effect

answers: NDQ_000736

answers: Amphidromic points

answers: NDQ_000737

answers: Amphidromic points

answers: NDQ_000738

answers: there is almost no vertical movement

answers: NDQ_000739

answers: tidal constituent,

answers: NDQ_000740

answers: tidal currents

answers: NDQ_000741

answers: tidal currents

answers: NDQ_000742

answers: tidal currents

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: tidal currents

answers: NDQ_000745

answers: tidal currents

answers: NDQ_000746

answers: amphidromic system

text: The main topics in Dietrich's 149 publications  are: the dynamics of ocean currents, the stratification and mixing of water masses and their variability, the morphology of the ocean's bottom and the influence of topography on the spreading of water masses, and sound propagation in the ocean. During the work for his doctoral dissertation on the Agulhas Current System  he was able to use data sets from the "Meteor" Expedition 1925-1927  and additional data from some other ships. For the first time the Agulhas Current System was described also in deep layers. He also compared the properties of the Agulhas Current and the Gulf Stream  and described the Agulhas Current as a branch of the Atlantic circulation. He remained interested in the Gulf Stream, in particular in the relationship of pressure fields and currents   and the origin of Gulf Stream water masses. With geography as an essential field in his education, he kept returning to morphological studies     and to the relationship of topography and bottom water flow. He contributed considerably to the knowledge on the transport, distribution and mixing of water masses in the North Atlantic, the North Sea, the Baltic Sea and the Mediterranean. A selection of papers is cited here. The hydrographic atlas of the northern North Atlantic, produced on behalf of ICES, became an important collection of observational results. Following his work on semidiurnal and diurnal tides, he became a respected expert on tides in the open ocean. During a time when the tides in the open ocean had to be determined solely from coastal gauges, his tidal maps were considered a standard in the field. Dietrich was always prepared to use an holistic approach in marine research. He was interested in interdisciplinary problems, in particular the interactions between bottom topography and fisheries hydrography In his textbook    he frequently discussed relations between the results of different disciplines.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Which of the following is not a main topic in Dietrich's publications: the dynamics of ocean currents, the stratification and mixing of water masses and their variability, the morphology of the ocean's bottom and the influence of topography on the spreading of water masses, and sound propagation in the ocean?

answers: NDQ_000706

answers: open ocean

answers: NDQ_000707

answers: pressure is applied to it

answers: NDQ_000710

answers: Gulf Stream water masses

answers: NDQ_000715

answers: What is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: the Atlantic circulation

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Dietrich was always prepared to use an holistic approach

answers: NDQ_000725

answers: diurnal

answers: NDQ_000726

answers: sound propagation

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: diurnal

answers: NDQ_000736

answers: diurnal tides

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Gulf Stream water masses

answers: NDQ_000739

answers: deep layers

answers: NDQ_000740

answers: diurnal tides

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: semidiurnal

answers: NDQ_000743

answers: sound propagation in the ocean

answers: NDQ_000744

answers: diurnal tides

answers: NDQ_000745

answers: Agulhas Current System

answers: NDQ_000746

answers: water masses

answers: NDQ_000702

answers: ocean currents,

answers: NDQ_000704

answers: semidiurnal and diurnal tides,

answers: NDQ_000706

answers: Atlantic, the North Sea, the Baltic Sea and the Mediterranean.

answers: NDQ_000707

answers: tides,

answers: NDQ_000710

answers: Dietrich was always prepared to use an holistic approach

answers: NDQ_000715

answers: Dietrich

answers: NDQ_000718

answers: semidiurnal and diurnal tides,

answers: NDQ_000720

answers: the North Sea,

answers: NDQ_000721

answers: Dietrich

answers: NDQ_000722

answers: geography

answers: NDQ_000723

answers: Dietrich

answers: NDQ_000724

answers: coastal gauges,

answers: NDQ_000725

answers: diurnal tides,

answers: NDQ_000726

answers: Dietrich was always prepared to use an holistic approach in marine research.

answers: NDQ_000727

answers: tidal maps

answers: NDQ_000728

answers: tides

answers: NDQ_000729

answers: geography

answers: NDQ_000730

answers: semidiurnal and diurnal tides,

answers: NDQ_000731

answers: semidiurnal and diurnal tides,

answers: NDQ_000732

answers: Dietrich was always prepared to use an holistic approach in marine research.

answers: NDQ_000733

answers: North Atlantic, the North Sea, the Baltic Sea and the Mediterranean.

answers: NDQ_000734

answers: ocean currents,

answers: NDQ_000735

answers: semidiurnal and diurnal tides,

answers: NDQ_000736

answers: semidiurnal and diurnal tides,

answers: NDQ_000737

answers: Gulf Stream water masses.

answers: NDQ_000738

answers: the North Atlantic, the North Sea, the Baltic Sea and the Mediterranean.

answers: NDQ_000739

answers: deep layers.

answers: NDQ_000740

answers: semidiurnal and diurnal tides,

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: semidiurnal and diurnal tides,

answers: NDQ_000743

answers: Dietrich

answers: NDQ_000744

answers: semidiurnal and diurnal tides,

answers: NDQ_000745

answers: tides,

answers: NDQ_000746

answers: water masses

text: <blockquote> The fourth and last force arises from the combination of a relative east or west motion of the atmosphere with the rotatory motion of the earth. In consequence of the atmosphere's revolving on a common axis with that of the earth, each particle is impressed with a centrifugal force, which, being resolved into a vertical and a horizontal force, the latter causes it to assume a spheroidal form conforming to the figure of the earth. But, if the rotatory motion of any part of the atmosphere is greater than that of the surface of the earth, or, in other words, if any part of the atmosphere has a relative eastern motion with regard to the earth's surface, this force is increased, and if it has a relative western motion, it is diminished, and this difference gives rise to a disturbing force which prevents the atmosphere being in a state of equilibrium, with a figure conforming to that of the earth's surface, but causes an accumulation of the atmosphere at certain latitudes and a depression at others, and the consequent difference in the pressure of the atmosphere at these latitudes very materially influences its motions.<ref>Ferrel, W. 'An essay on the winds and the currents of the Oceans', Nashville Journal of Medicine and Surgery, 1856.

answers: NDQ_000702

answers: the rotatory motion of the earth

answers: NDQ_000704

answers: What causes the atmosphere to be in a state of equilibrium with a figure conforming to that of the earth's surface

answers: NDQ_000706

answers: relative eastern motion with regard to the earth's surface

answers: NDQ_000707

answers: centrifugal force is stronger than horizontal force

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: no

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: unanswerable

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Oceans

answers: NDQ_000734

answers: centrifugal force

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: centrifugal force

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: it causes an accumulation of the atmosphere at certain latitudes and a depression at others

answers: NDQ_000739

answers: spheroidal

answers: NDQ_000740

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: NDQ_000743

answers: centrifugal force

answers: NDQ_000744

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: NDQ_000702

answers: rotatory motion of the earth.

answers: NDQ_000704

answers: if the rotatory motion

answers: NDQ_000706

answers: winds and the currents

answers: NDQ_000707

answers: centrifugal force,

answers: NDQ_000710

answers: accumulation of the atmosphere at certain latitudes and a depression

answers: NDQ_000715

answers: Nashville Journal of Medicine and Surgery, 1856.

answers: NDQ_000718

answers: rotatory motion of the earth.

answers: NDQ_000720

answers: 1856.

answers: NDQ_000721

answers: rotatory motion of the earth.

answers: NDQ_000722

answers: 1856.

answers: NDQ_000723

answers: Nashville Journal of Medicine and Surgery, 1856.

answers: NDQ_000724

answers: winds and the currents of the Oceans',

answers: NDQ_000725

answers: 1856.

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: Nashville Journal of Medicine and Surgery, 1856.

answers: NDQ_000728

answers: if the rotatory motion

answers: NDQ_000729

answers: rotatory motion of the earth.

answers: NDQ_000730

answers: rotatory motion of the earth.

answers: NDQ_000731

answers: rotatory motion of the earth.

answers: NDQ_000732

answers: 1856.

answers: NDQ_000733

answers: Oceans', Nashville Journal of Medicine and Surgery, 1856.

answers: NDQ_000734

answers: rotatory motion of the earth.

answers: NDQ_000735

answers: if the rotatory motion

answers: NDQ_000736

answers: centrifugal force,

answers: NDQ_000737

answers: winds and the currents of the Oceans',

answers: NDQ_000738

answers: accumulation of the atmosphere at certain latitudes

answers: NDQ_000739

answers: 1856.

answers: NDQ_000740

answers: 1856.

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: The fourth and last force

answers: NDQ_000743

answers: each particle is impressed with a centrifugal force,

answers: NDQ_000744

answers: The fourth and last force

answers: NDQ_000745

answers: winds and the currents

answers: NDQ_000746

answers: each particle is impressed with a centrifugal force,

text: This wave pattern occurs often in nature, including ocean waves, sound waves, and light waves.

text: This

text: wave

text: pattern occurs often in nature, including

text: ocean waves

text: sound

text: waves, and

text: light

text: waves.

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: are a type of wave pattern.

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: waves closer together

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: It's impossible to say

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: Which of the following is not a wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How do tides affect the ocean?

answers: NDQ_000726

answers: It is not possible to tell

answers: NDQ_000727

answers: The difference between high and low tides is the tide range.

answers: NDQ_000728

answers: The first sign of a tsunami is coming is high water moving fast across the ocean

answers: NDQ_000729

answers: Coriolis effect is caused by Earth rotating.

answers: NDQ_000730

answers: None of the above choices.

answers: NDQ_000731

answers: The sun and moon are in a straight line.

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean.

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition.

answers: NDQ_000736

answers: wave pattern

answers: NDQ_000737

answers: ocean wave

answers: NDQ_000738

answers: It is not a wave pattern.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: can be caused by a wave pattern

answers: NDQ_000741

answers: is a wave

answers: NDQ_000742

answers: can be described as a low tide

answers: NDQ_000743

answers: is an example of

answers: NDQ_000744

answers: can be described as high

answers: NDQ_000745

answers: is a wave pattern

answers: NDQ_000746

answers: NDQ_000702

answers: ocean waves,

answers: NDQ_000704

answers: ocean waves,

answers: NDQ_000706

answers: ocean waves,

answers: NDQ_000707

answers: This wave pattern

answers: NDQ_000710

answers: This wave pattern

answers: NDQ_000715

answers: ocean waves,

answers: NDQ_000718

answers: ocean waves, sound waves, and light waves.

answers: NDQ_000720

answers: This wave pattern

answers: NDQ_000721

answers: ocean waves,

answers: NDQ_000722

answers: ocean waves,

answers: NDQ_000723

answers: ocean waves, sound waves, and light waves.

answers: NDQ_000724

answers: ocean waves,

answers: NDQ_000725

answers: This wave pattern

answers: NDQ_000726

answers: ocean waves,

answers: NDQ_000727

answers: ocean waves,

answers: NDQ_000728

answers: This wave pattern occurs often in nature, including ocean waves,

answers: NDQ_000729

answers: This wave pattern

answers: NDQ_000730

answers: This wave pattern

answers: NDQ_000731

answers: This wave pattern

answers: NDQ_000732

answers: ocean waves, sound waves, and light waves.

answers: NDQ_000733

answers: This wave pattern

answers: NDQ_000734

answers: ocean waves,

answers: NDQ_000735

answers: This wave pattern

answers: NDQ_000736

answers: wave pattern

answers: NDQ_000737

answers: ocean waves,

answers: NDQ_000738

answers: This wave pattern occurs often in nature, including ocean waves,

answers: NDQ_000739

answers: This wave pattern occurs often in nature, including ocean waves,

answers: NDQ_000740

answers: This wave pattern

answers: NDQ_000741

answers: ocean waves,

answers: NDQ_000742

answers: ocean waves,

answers: NDQ_000743

answers: wave pattern

answers: NDQ_000744

answers: ocean waves,

answers: NDQ_000745

answers: ocean waves,

answers: NDQ_000746

answers: wave pattern

text: The ramifications of the tsunami went beyond the immediate impact to the lives and infrastructure of the Acehnese living on the coast. Since the disaster, the Acehnese rebel movement GAM, which had been fighting for independence against the Indonesian authorities for 29 years, has signed a peace deal (15 August 2005). The perception that the tsunami was punishment for insufficient piety in this proudly Muslim province is partly behind the increased emphasis on the importance of religion post-tsunami. This has been most obvious in the increased implementation of Sharia law, including the introduction of the controversial 'WH' or Syariah police. As homes are being built and people's basic needs are met, the people are also looking to improve the quality of education, increase tourism, and develop responsible, sustainable industry. Well-qualified educators are in high demand in Aceh.

text: The ramifications of the tsunami went beyond the immediate impact to the lives and infrastructure of the Acehnese living on the coast. Since the disaster, the Acehnese rebel movement GAM, which had been fighting for independence against the Indonesian authorities for 29 years, has signed a peace deal (15 August 2005). The perception that the tsunami was punishment for insufficient piety in this proudly Muslim province is partly behind the increased emphasis on the importance of religion post-tsunami. This has been most obvious in the increased implementation of

text: Sharia

text: law, including the introduction of the controversial 'WH' or Syariah police. As homes are being built and people's basic needs are met, the people are also looking to improve the quality of

text: education

text: , increase tourism, and develop responsible, sustainable industry. Well-qualified educators are in high demand in Aceh.

answers: NDQ_000702

answers: tsunami

answers: NDQ_000704

answers: How many years had the Acehnese rebel movement been fighting against the Indonesian authorities for?

answers: NDQ_000706

answers: coast

answers: NDQ_000707

answers: a body of water is moving

answers: NDQ_000710

answers: Aceh a lot of water

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: How many days after the tsunami did the Acehnese rebel movement sign a peace deal?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many years had the Acehnese rebel movement GAM been fighting for independence against the Indonesian authorities for?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Acehnese living on the coast

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: WH' or Syariah police

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: tsunami

answers: NDQ_000704

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000706

answers: coast.

answers: NDQ_000707

answers: tsunami

answers: NDQ_000710

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000715

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000718

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000722

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000723

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000726

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000727

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000728

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000729

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000730

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000731

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000732

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000733

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000734

answers: tsunami

answers: NDQ_000735

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000736

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000737

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000738

answers: punishment for insufficient piety

answers: NDQ_000739

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000740

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000743

answers: sustainable industry.

answers: NDQ_000744

answers: Well-qualified educators are in high demand in Aceh.

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 2005).

text: In fluid dynamics, wind waves, or wind-generated waves, are surface waves that occur on the free surface of oceans, seas, lakes, rivers, and canals or even on small puddles and ponds. They result from the wind blowing over an area of fluid surface. Waves in the oceans can travel thousands of miles before reaching land. Wind waves range in size from small ripples, to waves over  high.

text: In

text: fluid dynamics

text: , wind waves, or wind-generated waves, are

text: surface wave

text: s that occur on the

text: free surface

text: of

text: ocean

text: s,

text: sea

text: s,

text: lake

text: s,

text: river

text: s, and

text: canal

text: s or even on small

text: puddle

text: s and

text: pond

text: s. They result from the

text: wind

text: blowing over an area of fluid surface. Waves in the oceans can travel thousands of miles before reaching land. Wind waves range in size from small

text: ripples

text: , to waves over  high.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: Which of the following is not a type of surface wave: wind-generated waves, surface currents, or surface waves?

answers: NDQ_000706

answers: the free surface

answers: NDQ_000707

answers: wind blows over an area of fluid surface

answers: NDQ_000710

answers: wind waves to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: high tide, crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not a type of wave: wind-generated waves, tides, or waves over high?

answers: NDQ_000726

answers: yes

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: waves over high

answers: NDQ_000729

answers: Which of the following is not a type of wave: wind-generated waves, wind-generated waves or Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: wind generated waves

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: waves in the oceans can travel thousands of miles before reaching land

answers: NDQ_000739

answers: surrounded by waves

answers: NDQ_000740

answers: NDQ_000741

answers: rivers

answers: NDQ_000742

answers: can travel thousands of miles

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: surface waves

answers: NDQ_000746

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: wind waves,

answers: NDQ_000706

answers: over high.

answers: NDQ_000707

answers: wind blowing over an area of fluid surface.

answers: NDQ_000710

answers: Waves

answers: NDQ_000715

answers: high.

answers: NDQ_000718

answers: wind waves,

answers: NDQ_000720

answers: high.

answers: NDQ_000721

answers: wind waves,

answers: NDQ_000722

answers: small puddles and ponds.

answers: NDQ_000723

answers: Wind waves

answers: NDQ_000724

answers: wind blowing over an area of fluid surface.

answers: NDQ_000725

answers: wind waves,

answers: NDQ_000726

answers: the wind blowing over an area of fluid surface.

answers: NDQ_000727

answers: Wind waves

answers: NDQ_000728

answers: wind waves,

answers: NDQ_000729

answers: wind waves,

answers: NDQ_000730

answers: wind waves,

answers: NDQ_000731

answers: wind waves, or wind-generated waves,

answers: NDQ_000732

answers: wind waves,

answers: NDQ_000733

answers: Waves in the oceans can travel thousands of miles before reaching land.

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: wind waves, or wind-generated waves,

answers: NDQ_000736

answers: wind waves,

answers: NDQ_000737

answers: wind waves,

answers: NDQ_000738

answers: wind waves,

answers: NDQ_000739

answers: wind

answers: NDQ_000740

answers: Waves

answers: NDQ_000741

answers: Waves

answers: NDQ_000742

answers: wind waves, or wind-generated waves,

answers: NDQ_000743

answers: wind blowing over an area of fluid surface.

answers: NDQ_000744

answers: wind waves,

answers: NDQ_000745

answers: Waves

answers: NDQ_000746

answers: wind waves,

text: Omega's popular Seamaster line of watches (including the Seamaster Professional 300) previously used an embellished version of the ETA 2892.A2 known as the Omega 1120.  Later versions of the Seamaster used a proprietary coaxial escapement invented by George Daniels, an English horologist, and exclusively marketed by Omega, a sister company of ETA. The movement with the coaxial escapement is known as the Omega 2500 series and is derived from the ETA 2892.  Later versions of the Seamaster "Planet Ocean" migrated from the Omega 2500 to a different coaxial escapement known as the Omega 8500 series.  Current Seamaster Professional 300 models continue to use the Omega 2500 "D" series movements.

text: Omega's popular Seamaster line of watches (including the Seamaster Professional 300) previously used an embellished version of the ETA 2892.A2 known as the Omega 1120.  Later versions of the Seamaster used a proprietary

text: coaxial escapement

text: invented by

text: George Daniels

text: , an English horologist, and exclusively marketed by

text: Omega

text: , a sister company of ETA. The movement with the coaxial

text: escapement

text: is known as the Omega 2500 series and is derived from the ETA 2892.  Later versions of the Seamaster "Planet Ocean" migrated from the Omega 2500 to a different coaxial escapement known as the Omega 8500 series.  Current Seamaster Professional 300 models continue to use the Omega 2500 "D" series movements.

answers: NDQ_000702

answers: coaxial escapement

answers: NDQ_000704

answers: Which of the following is not a type of movement: Omega 2500 "D" series or Omega 1120?

answers: NDQ_000706

answers: planet Ocean

answers: NDQ_000707

answers: Omega's popular Seamaster line of watches used an embellished version of the ETA 2892.A2 known as the Omega 1120

answers: NDQ_000710

answers: Omega's popular Seamaster line of watches

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the name of the Omega 2500 series?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the tide cycle occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Omega 2500 series

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Omega 2500 series

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Omega's popular Seamaster line of watches

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: coaxial escapement

answers: NDQ_000746

answers: Omega 1120

answers: NDQ_000702

answers: Ocean"

answers: NDQ_000704

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000706

answers: coaxial escapement invented by George Daniels,

answers: NDQ_000707

answers: coaxial escapement

answers: NDQ_000710

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000715

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000718

answers: Omega 1120.

answers: NDQ_000720

answers: Omega 1120.

answers: NDQ_000721

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000722

answers: Omega 2500 series and is derived from the ETA 2892.

answers: NDQ_000723

answers: Omega 1120.

answers: NDQ_000724

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000725

answers: Omega 1120.

answers: NDQ_000726

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000727

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000728

answers: Omega 1120.

answers: NDQ_000729

answers: Omega 2500 series and is derived from the ETA 2892.

answers: NDQ_000730

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000731

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000732

answers: Omega 2500 series and is derived from the ETA 2892.

answers: NDQ_000733

answers: Omega 2500 series and is derived from the ETA 2892.

answers: NDQ_000734

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000735

answers: Omega 1120.

answers: NDQ_000736

answers: Omega 2500 series and is derived from the ETA 2892.

answers: NDQ_000737

answers: Omega 1120.

answers: NDQ_000738

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000739

answers: Ocean"

answers: NDQ_000740

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000741

answers: Ocean"

answers: NDQ_000742

answers: Omega 1120.

answers: NDQ_000743

answers: ETA 2892.A2 known as the Omega 1120.

answers: NDQ_000744

answers: Omega 1120.

answers: NDQ_000745

answers: Omega 2500 series and is derived from the ETA 2892.

answers: NDQ_000746

answers: ETA 2892.A2 known as the Omega 1120.

text: Tides: Tanggu has a mixed semidiurnal tide. The lunitidal interval is 45 min, the average duration of rise is 5 h 40 min, and the average duration of fall is 6 h 53 min. The daily inequality between low waters is particularly marked.Average tide heights at the Tanggu Oceanic Station (塘沽海洋站) are:

text: Tides: Tanggu has a

text: mixed semidiurnal tide

text: . The

text: lunitidal interval

text: is 45 min, the average duration of rise is 5 h 40 min, and the average duration of fall is 6 h 53 min. The

text: daily inequality

text: between low waters is particularly marked.Average

text: tide heights

text: at the Tanggu Oceanic Station (塘沽海洋站) are:

answers: NDQ_000702

answers: semidiurnal tide

answers: NDQ_000704

answers: are influenced by the tides

answers: NDQ_000706

answers: Tanggu Oceanic Station

answers: NDQ_000707

answers: it is made of water.

answers: NDQ_000710

answers: water from the ocean up to the surface.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None of the above choices .

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What is the source of all waves?

answers: NDQ_000725

answers: Yes

answers: NDQ_000726

answers: It is a transfer of energy that initially began with wind.

answers: NDQ_000727

answers: The daily inequality between low waters is particularly marked

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: Which of the following is not the cause of the Coriolis effect?

answers: NDQ_000730

answers: It is not possible to tell

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring tides or lunar tides?

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: Sunshine

answers: NDQ_000735

answers: occult

answers: NDQ_000736

answers: 6 h 53 min

answers: NDQ_000737

answers: oceanic

answers: NDQ_000738

answers: The daily inequality between low waters is particularly marked.

answers: NDQ_000739

answers: evaporating

answers: NDQ_000740

answers: 6 h 53 min

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: semidiurnal tide

answers: NDQ_000743

answers: NDQ_000744

answers: semidiurnal

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: NDQ_000702

answers: lunitidal

answers: NDQ_000704

answers: 6 h 53 min.

answers: NDQ_000706

answers: Tanggu Oceanic Station

answers: NDQ_000707

answers: fall is 6 h 53 min.

answers: NDQ_000710

answers: 5 h 40 min,

answers: NDQ_000715

answers: marked.Average tide heights at the Tanggu Oceanic Station

answers: NDQ_000718

answers: 6 h 53 min.

answers: NDQ_000720

answers: 6 h 53 min.

answers: NDQ_000721

answers: 6 h 53 min.

answers: NDQ_000722

answers: The daily inequality between low waters

answers: NDQ_000723

answers: marked.Average tide heights at the Tanggu Oceanic Station

answers: NDQ_000724

answers: 6 h 53 min.

answers: NDQ_000725

answers: 5 h 40 min,

answers: NDQ_000726

answers: 5 h 40 min,

answers: NDQ_000727

answers: The daily inequality between low waters is particularly marked.Average

answers: NDQ_000728

answers: marked.Average tide heights at the Tanggu Oceanic Station

answers: NDQ_000729

answers: 6 h 53 min.

answers: NDQ_000730

answers: 6 h 53 min.

answers: NDQ_000731

answers: 5 h 40 min,

answers: NDQ_000732

answers: 6 h 53 min.

answers: NDQ_000733

answers: daily inequality between low waters is particularly marked.Average tide heights

answers: NDQ_000734

answers: lunitidal

answers: NDQ_000735

answers: 6 h 53 min.

answers: NDQ_000736

answers: 6 h 53 min.

answers: NDQ_000737

answers: mixed semidiurnal tide.

answers: NDQ_000738

answers: 6 h 53 min.

answers: NDQ_000739

answers: 6 h 53 min.

answers: NDQ_000740

answers: fall is 6 h 53 min.

answers: NDQ_000741

answers: tide.

answers: NDQ_000742

answers: semidiurnal

answers: NDQ_000743

answers: 6 h 53 min.

answers: NDQ_000744

answers: mixed semidiurnal tide.

answers: NDQ_000745

answers: tide.

answers: NDQ_000746

answers: 5 h 40 min,

text: Murty et al.; (2005) claim that the morphology of the Atlantic Ocean prevents the generation and propagation of trans-oceanic tsunamis.

text: Murty et al.; (2005) claim that the morphology of the Atlantic Ocean prevents the generation and propagation of trans-oceanic tsunamis.

answers: NDQ_000702

answers: Atlantic Ocean

answers: NDQ_000704

answers: can cause tsunamis

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: None of the above choices

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: The Atlantic Ocean

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: trans-oceanic tsunamis can be generated by upwelling

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: Atlantic Ocean

answers: NDQ_000704

answers: trans-oceanic tsunamis.

answers: NDQ_000706

answers: Atlantic Ocean prevents the generation and propagation of trans-oceanic

answers: NDQ_000707

answers: morphology

answers: NDQ_000710

answers: trans-oceanic tsunamis.

answers: NDQ_000715

answers: tsunamis.

answers: NDQ_000718

answers: tsunamis.

answers: NDQ_000720

answers: trans-oceanic tsunamis.

answers: NDQ_000721

answers: trans-oceanic tsunamis.

answers: NDQ_000722

answers: trans-oceanic tsunamis.

answers: NDQ_000723

answers: trans-oceanic tsunamis.

answers: NDQ_000724

answers: tsunamis.

answers: NDQ_000725

answers: trans-oceanic tsunamis.

answers: NDQ_000726

answers: trans-oceanic tsunamis.

answers: NDQ_000727

answers: trans-oceanic tsunamis.

answers: NDQ_000728

answers: trans-oceanic tsunamis.

answers: NDQ_000729

answers: trans-oceanic tsunamis.

answers: NDQ_000730

answers: trans-oceanic tsunamis.

answers: NDQ_000731

answers: trans-oceanic tsunamis.

answers: NDQ_000732

answers: trans-oceanic tsunamis.

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: trans-oceanic tsunamis.

answers: NDQ_000736

answers: trans-oceanic tsunamis.

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: trans-oceanic tsunamis.

answers: NDQ_000739

answers: trans-oceanic tsunamis.

answers: NDQ_000740

answers: tsunamis.

answers: NDQ_000741

answers: tsunamis.

answers: NDQ_000742

answers: tsunamis.

answers: NDQ_000743

answers: trans-oceanic tsunamis.

answers: NDQ_000744

answers: tsunamis.

answers: NDQ_000745

answers: tsunamis.

answers: NDQ_000746

answers: trans-oceanic tsunamis.

text: Wave power involves converting the energy in ocean surface waves into electricity using devices either fixed to the shore, the seabed or floating out at sea. Wave energy varies with time, depending on when and where the winds and storms that drive the waves occur. Tidal energy is more regular and predictable.

text: Wave power

text: involves converting the energy in

text: ocean surface wave

text: s into electricity using devices either fixed to the shore, the seabed or floating out at sea. Wave energy varies with time, depending on when and where the winds and storms that drive the waves occur. Tidal energy is more regular and predictable.

answers: NDQ_000702

answers: tides

answers: NDQ_000704

answers: Which of the following is not a source of wave energy: winds, storms, or tides?

answers: NDQ_000706

answers: surface waves

answers: NDQ_000707

answers: it is a result of

answers: NDQ_000710

answers: Tidal energy closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: the seabed

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or wind?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How would you describe Tidal energy?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: Tidal energy

answers: NDQ_000728

answers: Tidal energy

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: tides

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: regular and predictable

answers: NDQ_000737

answers: wind

answers: NDQ_000738

answers: Tidal energy is more regular and predictable

answers: NDQ_000739

answers: fixed to the seabed

answers: NDQ_000740

answers: Tidal energy

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: Tidal energy

answers: NDQ_000743

answers: Wave power

answers: NDQ_000744

answers: Tidal energy

answers: NDQ_000745

answers: Tidal

answers: NDQ_000746

answers: NDQ_000702

answers: Tidal energy

answers: NDQ_000704

answers: Tidal energy

answers: NDQ_000706

answers: seabed

answers: NDQ_000707

answers: winds and storms

answers: NDQ_000710

answers: Tidal energy

answers: NDQ_000715

answers: Wave energy

answers: NDQ_000718

answers: Wave energy

answers: NDQ_000720

answers: Wave energy

answers: NDQ_000721

answers: Tidal energy

answers: NDQ_000722

answers: Tidal energy

answers: NDQ_000723

answers: Tidal energy

answers: NDQ_000724

answers: Wave energy

answers: NDQ_000725

answers: Tidal energy

answers: NDQ_000726

answers: Tidal energy

answers: NDQ_000727

answers: Tidal energy

answers: NDQ_000728

answers: Wave energy

answers: NDQ_000729

answers: Tidal energy

answers: NDQ_000730

answers: Tidal energy

answers: NDQ_000731

answers: Tidal energy

answers: NDQ_000732

answers: Tidal energy

answers: NDQ_000733

answers: Tidal energy

answers: NDQ_000734

answers: Tidal energy

answers: NDQ_000735

answers: Tidal energy

answers: NDQ_000736

answers: Tidal energy

answers: NDQ_000737

answers: Tidal energy

answers: NDQ_000738

answers: Tidal energy is more regular and predictable.

answers: NDQ_000739

answers: seabed

answers: NDQ_000740

answers: Tidal energy

answers: NDQ_000741

answers: Tidal

answers: NDQ_000742

answers: Tidal

answers: NDQ_000743

answers: Wave power involves converting the energy in ocean surface waves into electricity

answers: NDQ_000744

answers: Tidal

answers: NDQ_000745

answers: Tidal

answers: NDQ_000746

answers: Tidal energy

text: Interest towards tsunami risks to Malaysia has also heighten since the 2004 Indian Ocean earthquake. Although the western coast of Peninsular Malaysia was largely shielded by the Sumatran island from the full effects of waves generated by the earthquake, weaker deflected tsunami waves led to damage and casualties along the northwestern coast of Peninsular Malaysia, affecting coastal Perlis, Kedah and Penang. The disaster also highlights the risk of further tsunamis that may strike coasts in direct line of undersea faults, primarily around the South China Sea.

text: Interest towards

text: tsunami

text: risks to Malaysia has also heighten since the

text: 2004 Indian Ocean earthquake

text: . Although the western coast of Peninsular Malaysia was largely shielded by the Sumatran island from the full effects of waves generated by the earthquake, weaker deflected tsunami waves

entity_name: Effect of the 2004 Indian Ocean earthquake on Malaysia

text: led to damage and casualties

text: along the northwestern coast of Peninsular Malaysia, affecting coastal

text: Perlis

text: Kedah

text: and

text: Penang

text: . The disaster also highlights the risk of further tsunamis that may strike coasts in direct line of undersea faults, primarily around the

text: South China Sea

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: Which of the following is not a source of tsunamis: undersea faults, tsunamis or surface currents?

answers: NDQ_000706

answers: South China Sea

answers: NDQ_000707

answers: a fault in the ocean moves

answers: NDQ_000710

answers: Sumatran island

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many days did the Indian Ocean earthquake last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: The 2004 Indian Ocean earthquake

answers: NDQ_000729

answers: What is the full effects of waves generated by the earthquake?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: South China Sea

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tsunami waves led to damage and casualties along the northwestern coast

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: wave

answers: NDQ_000744

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: undersea faults,

answers: NDQ_000704

answers: undersea faults,

answers: NDQ_000706

answers: South China Sea.

answers: NDQ_000707

answers: undersea faults,

answers: NDQ_000710

answers: tsunami risks

answers: NDQ_000715

answers: waves generated by the earthquake, weaker deflected tsunami waves

answers: NDQ_000718

answers: waves generated by the earthquake, weaker deflected tsunami waves

answers: NDQ_000720

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000721

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000722

answers: weaker deflected tsunami waves

answers: NDQ_000723

answers: waves generated by the earthquake, weaker deflected tsunami waves

answers: NDQ_000724

answers: earthquake.

answers: NDQ_000725

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000726

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000727

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000729

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000730

answers: undersea faults,

answers: NDQ_000731

answers: direct line of undersea faults,

answers: NDQ_000732

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: undersea faults,

answers: NDQ_000735

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000736

answers: weaker deflected tsunami waves

answers: NDQ_000737

answers: South China Sea.

answers: NDQ_000738

answers: weaker deflected tsunami waves

answers: NDQ_000739

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000740

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunamis

answers: NDQ_000743

answers: waves

answers: NDQ_000744

answers: waves

answers: NDQ_000745

answers: tsunami waves

answers: NDQ_000746

answers: 2004 Indian Ocean earthquake.

text: The Coriolis effect strongly affects the large-scale oceanic and atmospheric circulation, leading to the formation of robust features like jet streams and western boundary currents. Such features are in geostrophic balance, meaning that the Coriolis and pressure gradient forces balance each other. Coriolis acceleration is also responsible for the propagation of many types of waves in the ocean and atmosphere, including Rossby waves and Kelvin waves. It is also instrumental in the so-called Ekman dynamics in the ocean, and in the establishment of the large-scale ocean flow pattern called the Sverdrup balance.

text: The Coriolis effect strongly affects the large-scale oceanic and

text: atmospheric circulation

text: , leading to the formation of robust features like

text: jet stream

text: s and

text: western boundary current

text: s. Such features are in

text: geostrophic

text: balance, meaning that the Coriolis and pressure gradient forces balance each other. Coriolis acceleration is also responsible for the propagation of many types of waves in the ocean and atmosphere, including

text: Rossby wave

text: s and

text: Kelvin wave

text: s. It is also instrumental in the so-called

text: Ekman

text: dynamics in the ocean, and in the establishment of the large-scale ocean flow pattern called the

text: Sverdrup balance

answers: NDQ_000702

answers: The Coriolis effect

answers: NDQ_000704

answers: Which of the following is not caused by the Coriolis effect: jet streams or western boundary currents?

answers: NDQ_000706

answers: Coriolis acceleration

answers: NDQ_000707

answers: Coriolis acceleration is responsible for propagation

answers: NDQ_000710

answers: Coriolis acceleration

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: Coriolis

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which is not a type of wave: Rossby waves or Kelvin waves?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Rossby waves

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: Coriolis

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: jet streams

answers: NDQ_000738

answers: Rossby waves and Kelvin waves

answers: NDQ_000739

answers: pressure gradient forces

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: jet streams

answers: NDQ_000742

answers: Sverdrup balance

answers: NDQ_000743

answers: Coriolis acceleration

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: western boundary currents

answers: NDQ_000746

answers: Kelvin waves

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: western boundary currents.

answers: NDQ_000706

answers: western boundary currents.

answers: NDQ_000707

answers: Coriolis acceleration

answers: NDQ_000710

answers: jet streams and western boundary currents.

answers: NDQ_000715

answers: Kelvin waves.

answers: NDQ_000718

answers: Rossby waves and Kelvin waves.

answers: NDQ_000720

answers: Rossby waves and Kelvin waves.

answers: NDQ_000721

answers: The Coriolis effect

answers: NDQ_000722

answers: The Coriolis effect

answers: NDQ_000723

answers: Rossby waves

answers: NDQ_000724

answers: Coriolis acceleration

answers: NDQ_000725

answers: The Coriolis effect

answers: NDQ_000726

answers: Coriolis acceleration

answers: NDQ_000727

answers: The Coriolis effect

answers: NDQ_000728

answers: The Coriolis effect

answers: NDQ_000729

answers: Coriolis acceleration

answers: NDQ_000730

answers: The Coriolis effect

answers: NDQ_000731

answers: The Coriolis effect

answers: NDQ_000732

answers: jet streams and western boundary currents.

answers: NDQ_000733

answers: The Coriolis effect

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: Coriolis effect

answers: NDQ_000736

answers: geostrophic balance,

answers: NDQ_000737

answers: jet streams

answers: NDQ_000738

answers: The Coriolis effect

answers: NDQ_000739

answers: Coriolis effect

answers: NDQ_000740

answers: The Coriolis effect

answers: NDQ_000741

answers: jet streams

answers: NDQ_000742

answers: The Coriolis effect

answers: NDQ_000743

answers: The Coriolis effect

answers: NDQ_000744

answers: The Coriolis effect

answers: NDQ_000745

answers: currents.

answers: NDQ_000746

answers: The Coriolis effect

text: The Mk8 Rangekeeper was an electromechanical analog computer whose function was to continuously calculate the gun's bearing and elevation, Line-Of-Fire (LOF), to hit a future position of the target. It did this by automatically receiving information from the director (LOS), the FC Radar (range), the ship's gyrocompass (true ship's course), the ship's Pitometer log (ship's speed), the Stable Vertical (ship's roll and pitch), and the ship's anemometer (relative wind speed and direction). Also, before the surface action started, the FTs made manual inputs for the average initial velocity of the projectiles fired out of the battery's gun barrels, and air density. With all this information, the Rangekeeper calculated the relative motion between the ship and the target. It then could calculate an offset angle and change of range between the target's present position (LOS) and future position at the end of the projectile's time of flight. To this bearing and range offset, it added corrections for gravity, wind, Magnus Effect of the spinning projectile, earth's curvature, and coriolis effect. The result was the turret's bearing and elevation orders (LOF). During the surface action, range and deflection Spots and target altitude (not zero during Gun Fire Support) were manually entered.

text: The Mk8 Rangekeeper was an electromechanical

text: analog computer

text: whose function was to continuously calculate the gun's bearing and elevation, Line-Of-Fire (LOF), to hit a future position of the target. It did this by automatically receiving information from the director (LOS), the FC Radar (range), the ship's

text: gyrocompass

text: (true ship's course), the ship's

text: Pitometer log

text: (ship's speed), the Stable Vertical (ship's roll and pitch), and the ship's anemometer (relative wind speed and direction). Also, before the surface action started, the FTs made manual inputs for the average initial velocity of the projectiles fired out of the battery's gun barrels, and air density. With all this information, the Rangekeeper calculated the relative motion between the ship and the target. It then could calculate an offset angle and change of range between the target's present position (LOS) and future position at the end of the projectile's time of flight. To this bearing and range offset, it added corrections for gravity, wind,

text: Magnus Effect

text: of the spinning projectile, earth's curvature, and

text: coriolis effect

text: . The result was the turret's bearing and elevation orders (LOF). During the surface action, range and deflection Spots and target altitude (not zero during Gun Fire Support) were manually entered.

answers: NDQ_000702

answers: gravity

answers: NDQ_000704

answers: What did the FTs make manual inputs for before the surface action started?

answers: NDQ_000706

answers: anemometer

answers: NDQ_000707

answers: Earth's curvature is

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: Earth's curvature

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: water is shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds: gravity, wind, Magnus Effect of the spinning projectile, earth's curvature, and coriolis effect?

answers: NDQ_000725

answers: How many times a day do tides cause water levels to rise?

answers: NDQ_000726

answers: Which of the following is not a type of wave: gravity, wind, Magnus Effect of the spinning projectile, earth's curvature, and coriolis effect?

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: anemometer

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation: gravity, wind, Magnus Effect of the spinning projectile, earth's curvature, or coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a correction for gravity, wind, Magnus Effect of the spinning projectile, earth's curvature, or coriolis effect?

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: gravity

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Stable Vertical

answers: NDQ_000737

answers: wind

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: unfrozen

answers: NDQ_000740

answers: LOS

answers: NDQ_000741

answers: anemometer

answers: NDQ_000742

answers: NDQ_000743

answers: Gravity

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: anemometer

answers: NDQ_000746

answers: air density

answers: NDQ_000702

answers: gravity,

answers: NDQ_000704

answers: wind speed and direction).

answers: NDQ_000706

answers: wind

answers: NDQ_000707

answers: gravity, wind,

answers: NDQ_000710

answers: air density.

answers: NDQ_000715

answers: gyrocompass

answers: NDQ_000718

answers: coriolis effect.

answers: NDQ_000720

answers: coriolis effect.

answers: NDQ_000721

answers: earth's curvature, and coriolis effect.

answers: NDQ_000722

answers: anemometer

answers: NDQ_000723

answers: (LOS),

answers: NDQ_000724

answers: wind,

answers: NDQ_000725

answers: gyrocompass

answers: NDQ_000726

answers: wind,

answers: NDQ_000727

answers: offset angle

answers: NDQ_000728

answers: The Mk8 Rangekeeper

answers: NDQ_000729

answers: coriolis effect.

answers: NDQ_000730

answers: gravity,

answers: NDQ_000731

answers: coriolis effect.

answers: NDQ_000732

answers: coriolis effect.

answers: NDQ_000733

answers: (LOS),

answers: NDQ_000734

answers: gravity, wind,

answers: NDQ_000735

answers: coriolis effect.

answers: NDQ_000736

answers: Stable Vertical

answers: NDQ_000737

answers: wind

answers: NDQ_000738

answers: zero during Gun Fire Support)

answers: NDQ_000739

answers: air density.

answers: NDQ_000740

answers: earth's curvature, and coriolis effect.

answers: NDQ_000741

answers: wind

answers: NDQ_000742

answers: Gun Fire Support)

answers: NDQ_000743

answers: gravity,

answers: NDQ_000744

answers: zero during Gun Fire Support)

answers: NDQ_000745

answers: coriolis effect.

answers: NDQ_000746

answers: air density.

text: Oriented surfaces can be represented as 2-currents which are dual to differential 2-forms. In

text: Oriented surfaces can be represented as 2-currents which are dual to differential 2-forms. In

answers: NDQ_000702

answers: differential 2-forms

answers: NDQ_000704

answers: are dual to differential 2-forms

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: it has a curved surface.

answers: NDQ_000710

answers: ice to the surface of the ocean

answers: NDQ_000715

answers: its lowest point

answers: NDQ_000718

answers: The difference between a crest and a trough

answers: NDQ_000720

answers: differential 2-forms

answers: NDQ_000721

answers: None of the above choices are true

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: crest

answers: NDQ_000724

answers: waves are caused by winds

answers: NDQ_000725

answers: The tides are caused by tectonic plates.

answers: NDQ_000726

answers: it is not possible to tell

answers: NDQ_000727

answers: The difference between high and low tides is the tide range

answers: NDQ_000728

answers: It is a tsunami

answers: NDQ_000729

answers: It is caused by the rotation of the Earth.

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides

answers: NDQ_000731

answers: the moon is in a straight line

answers: NDQ_000732

answers: differential 2-form

answers: NDQ_000733

answers: tide .

answers: NDQ_000734

answers: differential 2-forms

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: differential 2-forms

answers: NDQ_000737

answers: 2-form

answers: NDQ_000738

answers: Oriented surfaces can be represented as 2-currents.

answers: NDQ_000739

answers: colder than it is warm

answers: NDQ_000740

answers: differential 2-forms

answers: NDQ_000741

answers: 2 currents

answers: NDQ_000742

answers: differential 2-forms

answers: NDQ_000743

answers: can be represented as 2-currents

answers: NDQ_000744

answers: can be represented as differential 2-forms

answers: NDQ_000745

answers: differential 2-form

answers: NDQ_000746

answers: can be represented as 2-forms

answers: NDQ_000702

answers: Oriented surfaces

answers: NDQ_000704

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000706

answers: Oriented surfaces

answers: NDQ_000707

answers: Oriented surfaces

answers: NDQ_000710

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000715

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000718

answers: 2-currents which are dual to differential 2-forms.

answers: NDQ_000720

answers: 2-currents

answers: NDQ_000721

answers: 2-currents

answers: NDQ_000722

answers: 2-currents

answers: NDQ_000723

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000724

answers: 2-currents

answers: NDQ_000725

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000726

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000727

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000728

answers: 2-currents

answers: NDQ_000729

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000730

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000731

answers: 2-currents which are dual to differential 2-forms.

answers: NDQ_000732

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000733

answers: 2-currents which are dual to differential 2-forms.

answers: NDQ_000734

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000735

answers: 2-currents which are dual to differential 2-forms.

answers: NDQ_000736

answers: 2-currents which are dual to differential 2-forms.

answers: NDQ_000737

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000738

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000739

answers: Oriented surfaces

answers: NDQ_000740

answers: 2-currents

answers: NDQ_000741

answers: 2-currents

answers: NDQ_000742

answers: 2-currents

answers: NDQ_000743

answers: Oriented surfaces can be represented as 2-currents

answers: NDQ_000744

answers: 2-currents

answers: NDQ_000745

answers: 2-currents

answers: NDQ_000746

answers: Oriented surfaces

text: Flowriders ride on artificial waves that are technically called "sheet waves". Powerful pumps project a three-inch layer of water at speeds ranging from 20 MPH to 30 MPH.  The water flows up and over surfaces engineered to replicate the shape of ocean waves. Sheet waves are stationary waves, in that the wave does not move forward, and the movement is derived from water flowing over a stationary surface. Flowriders get their speed from the energy of the water flowing at them, and can perform basic to sophisticated turns and tricks within a relatively small area.

text: Flowriders ride on artificial waves that are technically called "sheet waves". Powerful pumps project a three-inch layer of water at speeds ranging from 20 MPH to 30 MPH.  The water flows up and over surfaces engineered to replicate the shape of ocean waves. Sheet waves are stationary waves, in that the wave does not move forward, and the movement is derived from water flowing over a stationary surface. Flowriders get their speed from the energy of the water flowing at them, and can perform basic to sophisticated turns and tricks within a relatively small area.

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: Which of the following is not a type of wave: sheet waves or ocean waves?

answers: NDQ_000706

answers: stationary waves

answers: NDQ_000707

answers: water flows over a stationary surface

answers: NDQ_000710

answers: water from the ocean up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times per day do tides cause water levels to rise and fall?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Waveriders get their speed from the energy of the water flowing at them

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Flowriders get their speed from the energy of the water flowing at them

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: ocean waves

answers: NDQ_000742

answers: NDQ_000743

answers: flowriders

answers: NDQ_000744

answers: NDQ_000745

answers: Sheet waves are stationary waves, in that the wave does not move forward

answers: NDQ_000746

answers: NDQ_000702

answers: ocean waves.

answers: NDQ_000704

answers: water flowing over a stationary surface.

answers: NDQ_000706

answers: stationary waves,

answers: NDQ_000707

answers: water flowing over a stationary surface.

answers: NDQ_000710

answers: "sheet waves". Powerful pumps project a three-inch layer of water

answers: NDQ_000715

answers: 20 MPH to 30 MPH.

answers: NDQ_000718

answers: "sheet waves".

answers: NDQ_000720

answers: 20 MPH to 30 MPH.

answers: NDQ_000721

answers: Flowriders ride on artificial waves

answers: NDQ_000722

answers: "sheet waves".

answers: NDQ_000723

answers: ocean waves.

answers: NDQ_000724

answers: ocean waves.

answers: NDQ_000725

answers: Flowriders ride on artificial waves that are technically called "sheet waves".

answers: NDQ_000726

answers: ocean waves.

answers: NDQ_000727

answers: 20 MPH to 30 MPH.

answers: NDQ_000728

answers: "sheet waves".

answers: NDQ_000729

answers: "sheet waves".

answers: NDQ_000730

answers: ocean waves.

answers: NDQ_000731

answers: "sheet waves".

answers: NDQ_000732

answers: "sheet waves".

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean waves.

answers: NDQ_000735

answers: "sheet waves".

answers: NDQ_000736

answers: "sheet waves".

answers: NDQ_000737

answers: ocean waves.

answers: NDQ_000738

answers: the wave does not move forward,

answers: NDQ_000739

answers: ocean waves.

answers: NDQ_000740

answers: 20 MPH to 30 MPH.

answers: NDQ_000741

answers: waves.

answers: NDQ_000742

answers: "sheet waves".

answers: NDQ_000743

answers: Flowriders get their speed from the energy of the water flowing at them,

answers: NDQ_000744

answers: "sheet waves".

answers: NDQ_000745

answers: Sheet waves

answers: NDQ_000746

answers: three-inch

text: In coastal areas because the ocean tide is quite out of step with the earth tide, at high ocean tide there is an excess (or at low tide a deficit) of water about what would be the gravitational equilibrium level and the adjacent ground falls (or rises) in response to the resulting differences in weight. Displacements caused by ocean tidal loading can exceed the displacements due to the earth body tide. Sensitive instruments far inland often have to make similar corrections. Atmospheric loading and storm events may also be measurable, though the masses in movement are less weighty.

text: In coastal areas because the ocean tide is quite out of step with the earth tide, at high ocean tide there is an excess (or at low tide a deficit) of water about what would be the gravitational equilibrium level and the adjacent ground falls (or rises) in response to the resulting differences in weight. Displacements caused by ocean tidal loading can exceed the displacements due to the earth body tide. Sensitive instruments far inland often have to make similar corrections. Atmospheric loading and storm events may also be measurable, though the masses in movement are less weighty.

answers: NDQ_000702

answers: ocean tide

answers: NDQ_000704

answers: Which of the following is not caused by ocean tidal loading?

answers: NDQ_000706

answers: coastal areas

answers: NDQ_000707

answers: Earth's gravity is not balanced.

answers: NDQ_000710

answers: water up from the ocean

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices are true

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: out of step with the earth tide

answers: NDQ_000728

answers: None of the above choices

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth Day

answers: NDQ_000734

answers: ocean tide

answers: NDQ_000735

answers: out of step

answers: NDQ_000736

answers: high ocean tide

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Atmospheric loading and storm events may also be measurable

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: low tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: tidal

answers: NDQ_000746

answers: weighty

answers: NDQ_000702

answers: ocean tidal loading

answers: NDQ_000704

answers: ocean tidal loading

answers: NDQ_000706

answers: coastal areas

answers: NDQ_000707

answers: excess (or at low tide a deficit) of water

answers: NDQ_000710

answers: the adjacent ground falls (or rises)

answers: NDQ_000715

answers: gravitational equilibrium level

answers: NDQ_000718

answers: ocean tide is quite out of step with the earth tide,

answers: NDQ_000720

answers: storm events

answers: NDQ_000721

answers: the ocean tide is quite out of step with the earth tide,

answers: NDQ_000722

answers: the ocean tide is quite out of step with the earth tide,

answers: NDQ_000723

answers: high ocean tide

answers: NDQ_000724

answers: storm events

answers: NDQ_000725

answers: at high ocean tide

answers: NDQ_000726

answers: ocean tide

answers: NDQ_000727

answers: ocean tide is quite out of step with the earth tide,

answers: NDQ_000728

answers: at high ocean tide there is an excess

answers: NDQ_000729

answers: the ocean tide is quite out of step with the earth tide,

answers: NDQ_000730

answers: gravitational equilibrium level

answers: NDQ_000731

answers: the ocean tide is quite out of step with the earth tide,

answers: NDQ_000732

answers: ocean tide is quite out of step with the earth tide,

answers: NDQ_000733

answers: coastal areas

answers: NDQ_000734

answers: ocean tide is quite out of step with the earth tide,

answers: NDQ_000735

answers: high ocean tide

answers: NDQ_000736

answers: low tide a deficit) of water

answers: NDQ_000737

answers: tidal

answers: NDQ_000738

answers: the adjacent ground falls

answers: NDQ_000739

answers: high ocean tide

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: high ocean tide

answers: NDQ_000743

answers: gravitational equilibrium level

answers: NDQ_000744

answers: high ocean tide

answers: NDQ_000745

answers: Displacements caused by ocean tidal loading

answers: NDQ_000746

answers: weight.

text: When El Niño conditions last for many months, extensive ocean warming and the reduction in easterly trade winds limits upwelling of cold nutrient-rich deep water, and its economic effect on local fishing for an international market can be serious.

text: When El Niño conditions last for many months, extensive ocean warming and the reduction in easterly trade winds limits upwelling of cold nutrient-rich deep water, and its economic effect on local fishing for an international market can be serious.

answers: NDQ_000702

answers: easterly trade winds

answers: NDQ_000704

answers: Which of the following is not a type of wind: easterly, easterly, or trade?

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: cold nutrient-rich water to the surface

answers: NDQ_000715

answers: None of the above choices.

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: (iii).

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: (C).

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: easterly trade winds

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: when El Ni o conditions last for many months, extensive ocean warming and the reduction in easterly trade winds limits upwelling

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: is not mentioned

answers: NDQ_000744

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: upwelling of cold nutrient-rich deep water,

answers: NDQ_000706

answers: deep water,

answers: NDQ_000707

answers: easterly trade winds

answers: NDQ_000710

answers: nutrient-rich deep water,

answers: NDQ_000715

answers: When El Ni<unk>o

answers: NDQ_000718

answers: ocean warming and the reduction in easterly trade winds

answers: NDQ_000720

answers: ocean warming and the reduction in easterly trade winds

answers: NDQ_000721

answers: upwelling of cold nutrient-rich deep water,

answers: NDQ_000722

answers: nutrient-rich deep water,

answers: NDQ_000723

answers: ocean warming and the reduction in easterly trade winds

answers: NDQ_000724

answers: ocean warming and the reduction in easterly trade winds

answers: NDQ_000725

answers: nutrient-rich deep water,

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: ocean warming and the reduction in easterly trade winds

answers: NDQ_000728

answers: upwelling of cold nutrient-rich deep water,

answers: NDQ_000729

answers: easterly trade winds

answers: NDQ_000730

answers: upwelling of cold nutrient-rich deep water,

answers: NDQ_000731

answers: easterly trade winds

answers: NDQ_000732

answers: easterly trade winds

answers: NDQ_000733

answers: ocean warming and the reduction in easterly trade winds

answers: NDQ_000734

answers: upwelling of cold nutrient-rich deep water,

answers: NDQ_000735

answers: easterly trade winds

answers: NDQ_000736

answers: cold nutrient-rich deep water,

answers: NDQ_000737

answers: cold nutrient-rich deep water,

answers: NDQ_000738

answers: upwelling of cold nutrient-rich deep water,

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: upwelling of cold nutrient-rich deep water,

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: easterly trade winds limits upwelling

answers: NDQ_000743

answers: nutrient-rich deep water,

answers: NDQ_000744

answers: upwelling of cold nutrient-rich deep water,

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: nutrient-rich deep water,

text: The cave system is at sea level and the ocean continually washes into the main cavern which has a floor area of about  and a vaulted rock dome about  high.  Southward from the main chamber, a low passage runs  to a sea level opening.  This corridor is flooded at high tide and free of water at low tide.  The western entrance is a short, high passage through which the ocean washes at all tide levels.  At the north, a third entrance is about  above the ocean which serves as an elevated observation area where the entire underground cave system and its wildlife are visible.

text: The cave system is at

text: sea level

text: and the ocean continually washes into the main cavern which has a floor area of about  and a vaulted rock dome about  high.  Southward from the main chamber, a low passage runs  to a sea level opening.  This corridor is flooded at

text: high tide

text: and free of water at

text: low tide

text: .  The western entrance is a short, high passage through which the ocean washes at all tide levels.  At the north, a third entrance is about  above the ocean which serves as an elevated observation area where the entire underground cave system and its wildlife are visible.

answers: NDQ_000702

answers: the ocean

answers: NDQ_000704

answers: Which of the following is not a source of surface currents: high tide or low tide?

answers: NDQ_000706

answers: at all tide levels

answers: NDQ_000707

answers: high tide is coming

answers: NDQ_000710

answers: what into the cave system?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices are true

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: What does the passage through which the ocean washes at all tide levels?

answers: NDQ_000725

answers: How many times a day does the ocean wash into the cave system?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: Which of the following is not a type of tide?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: How many times is the corridor flooded at high tide?

answers: NDQ_000734

answers: the ocean

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: low passage free of water at what time?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the ocean continually washes into the main chamber

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: at all tide levels

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: washes

answers: NDQ_000746

answers: floor area

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: the ocean washes at all tide levels.

answers: NDQ_000706

answers: high tide

answers: NDQ_000707

answers: high tide

answers: NDQ_000710

answers: ocean continually washes into the main cavern

answers: NDQ_000715

answers: sea level

answers: NDQ_000718

answers: flooded at high tide and free of water at low tide.

answers: NDQ_000720

answers: flooded at high tide and free of water at low tide.

answers: NDQ_000721

answers: ocean

answers: NDQ_000722

answers: free of water at low tide.

answers: NDQ_000723

answers: high tide and free of water at low tide.

answers: NDQ_000724

answers: ocean

answers: NDQ_000725

answers: high tide and free of water at low tide.

answers: NDQ_000726

answers: sea level

answers: NDQ_000727

answers: flooded at high tide and free of water at low tide.

answers: NDQ_000728

answers: flooded at high tide and free of water at low tide.

answers: NDQ_000729

answers: flooded at high tide and free of water at low tide.

answers: NDQ_000730

answers: high tide and free of water at low tide.

answers: NDQ_000731

answers: high tide and free of water at low tide.

answers: NDQ_000732

answers: about

answers: NDQ_000733

answers: high tide and free of water at low tide.

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: low tide.

answers: NDQ_000736

answers: free of water at low tide.

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: free of water at low tide.

answers: NDQ_000739

answers: high tide

answers: NDQ_000740

answers: high tide and free of water at low tide.

answers: NDQ_000741

answers: the ocean washes at all tide levels.

answers: NDQ_000742

answers: high tide

answers: NDQ_000743

answers: flooded at high tide and free of water

answers: NDQ_000744

answers: high tide

answers: NDQ_000745

answers: washes

answers: NDQ_000746

answers: about

text: Polar seas is a collective term for the Arctic Ocean (about 4-5 percent of Earth's oceans) and the southern part of the Southern Ocean (south of Antarctic Convergence, about 10 percent of Earth's oceans). In the coldest years, sea ice can cover around 13 percent of the Earth's total surface at its maximum, but out of phase in the two hemispheres. The polar seas contain a huge biome with many organisms.

text: Polar seas is a collective term for the

text: Arctic Ocean

text: (about 4-5 percent of

text: Earth's

text: ocean

text: s) and the southern part of the

text: Southern Ocean

text: (south of

text: Antarctic Convergence

text: , about 10 percent of Earth's oceans). In the coldest years, sea ice can cover around 13 percent of the Earth's total surface at its maximum, but out of phase in the two hemispheres. The polar seas contain a huge

text: biome

text: with many

text: organism

text: s.

answers: NDQ_000702

answers: sea ice

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Arctic Ocean, Southern Ocean, or Antarctic Convergence?

answers: NDQ_000706

answers: Antarctic Convergence

answers: NDQ_000707

answers: ocean water is too cold

answers: NDQ_000710

answers: Antarctic Convergence closer to where?

answers: NDQ_000715

answers: How many percent of the Earth's total surface does the Arctic Ocean cover?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: The Arctic Ocean

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a source of waves: winds or oceans?

answers: NDQ_000725

answers: How many percent of Earth's oceans does the Arctic Ocean cover?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: about 10 percent of Earth's oceans

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: How many percent of Earth's oceans does the Arctic Ocean cover?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many percent of Earth's oceans does the Arctic Ocean cover?

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Antarctic Convergence

answers: NDQ_000735

answers: in phase

answers: NDQ_000736

answers: Antarctic Convergence

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Antarctic Convergence, about 10 percent of Earth's oceans

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: sea ice

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: Convergence

answers: NDQ_000746

answers: about 10 percent

answers: NDQ_000702

answers: sea ice

answers: NDQ_000704

answers: sea ice can cover around 13 percent of the Earth's total surface

answers: NDQ_000706

answers: Polar seas

answers: NDQ_000707

answers: The polar seas contain a huge biome with many organisms.

answers: NDQ_000710

answers: polar seas contain a huge biome with many organisms.

answers: NDQ_000715

answers: 4-5

answers: NDQ_000718

answers: 4-5 percent of Earth's oceans)

answers: NDQ_000720

answers: Polar seas

answers: NDQ_000721

answers: Polar seas

answers: NDQ_000722

answers: Polar seas

answers: NDQ_000723

answers: 4-5 percent of Earth's oceans)

answers: NDQ_000724

answers: 4-5 percent of Earth's oceans)

answers: NDQ_000725

answers: Polar seas is a collective term for the Arctic Ocean

answers: NDQ_000726

answers: Polar seas

answers: NDQ_000727

answers: Polar seas

answers: NDQ_000728

answers: Polar seas

answers: NDQ_000729

answers: 4-5 percent of Earth's oceans)

answers: NDQ_000730

answers: 4-5 percent of Earth's oceans)

answers: NDQ_000731

answers: out of phase in the two hemispheres.

answers: NDQ_000732

answers: 4-5 percent of Earth's oceans)

answers: NDQ_000733

answers: 4-5 percent of Earth's oceans)

answers: NDQ_000734

answers: sea ice

answers: NDQ_000735

answers: phase

answers: NDQ_000736

answers: 13 percent of the Earth's total surface at its maximum,

answers: NDQ_000737

answers: Polar seas

answers: NDQ_000738

answers: sea ice

answers: NDQ_000739

answers: coldest years,

answers: NDQ_000740

answers: 4-5

answers: NDQ_000741

answers: sea ice

answers: NDQ_000742

answers: Polar seas is a collective term for the Arctic Ocean

answers: NDQ_000743

answers: organisms.

answers: NDQ_000744

answers: Polar seas

answers: NDQ_000745

answers: sea ice

answers: NDQ_000746

answers: 4-5

text: The original article by Suchow and Alvarez describes the phenomenon occurring when participants observe a series of videos showing one hundred small dots arranged in a ring shape around a central fixation point that change either in color, brightness, size or shape. These rings would alternate between phases of motionlessness and movement in a rotational back and forward motion. Participants are instructed to focus on the fixation point and adjust the rate of the changing properties in the stationary phase to match that of the moving phase. The faster the rotational movement, the slower the dots appeared to change. It has been inferred by the authors of the original study, as well as by others that have replicated the effect, that although the task involves motion in space and motion on the retina, it is the movement of the image across the retina that is responsible for the silencing effect. In the same study, Suchow and Alvarez required participants to complete a fixation-tracking task in order to assess whether Conversely, the illusory effect can be eliminated by moving the eye to follow the movement of the image or monitoring its changing properties specifically.

text: The original article by Suchow and Alvarez describes the phenomenon occurring when participants observe a series of videos showing one hundred small dots arranged in a ring shape around a central fixation point that change either in color, brightness, size or shape. These rings would alternate between phases of motionlessness and movement in a rotational back and forward motion. Participants are instructed to focus on the fixation point and adjust the rate of the changing properties in the stationary phase to match that of the moving phase. The faster the rotational movement, the slower the dots appeared to change. It has been inferred by the authors of the original study, as well as by others that have replicated the effect, that although the task involves motion in space and motion on the

text: retina

text: , it is the movement of the image across the retina that is responsible for the silencing effect. In the same study, Suchow and Alvarez required participants to complete a fixation-tracking task in order to assess whether Conversely, the illusory effect can be eliminated by moving the eye to follow the movement of the image or monitoring its changing properties specifically.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which of the following is not a source of surface currents?

answers: NDQ_000706

answers: unanswerable

answers: NDQ_000707

answers: it is too large.

answers: NDQ_000710

answers: ice to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How often does the tide cycle occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: tides have the

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: it is the movement of the image across the retina

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: movement of the image

answers: NDQ_000704

answers: rotational back and forward motion.

answers: NDQ_000706

answers: ring shape around a central fixation point

answers: NDQ_000707

answers: rotational back and forward motion.

answers: NDQ_000710

answers: motionlessness and movement in a rotational back and forward motion.

answers: NDQ_000715

answers: changing properties

answers: NDQ_000718

answers: rotational back and forward motion.

answers: NDQ_000720

answers: The original article by Suchow and Alvarez

answers: NDQ_000721

answers: The original article by Suchow and Alvarez

answers: NDQ_000722

answers: The original article by Suchow and Alvarez

answers: NDQ_000723

answers: The faster the rotational movement,

answers: NDQ_000724

answers: dots

answers: NDQ_000725

answers: rotational back and forward motion.

answers: NDQ_000726

answers: dots

answers: NDQ_000727

answers: The faster the rotational movement,

answers: NDQ_000728

answers: one hundred small dots

answers: NDQ_000729

answers: rotational back and forward motion.

answers: NDQ_000730

answers: rotational back and forward motion.

answers: NDQ_000731

answers: rotational back and forward motion.

answers: NDQ_000732

answers: rotational back and forward motion.

answers: NDQ_000733

answers: back and forward motion.

answers: NDQ_000734

answers: rotational back and forward motion.

answers: NDQ_000735

answers: motionlessness and movement in a rotational back and forward motion.

answers: NDQ_000736

answers: motionlessness and movement in a rotational back and forward motion.

answers: NDQ_000737

answers: The original article by Suchow and Alvarez

answers: NDQ_000738

answers: motionlessness and movement in a rotational back and forward motion.

answers: NDQ_000739

answers: movement,

answers: NDQ_000740

answers: rotational back and forward motion.

answers: NDQ_000741

answers: rotational back and forward motion.

answers: NDQ_000742

answers: The original article by Suchow and Alvarez

answers: NDQ_000743

answers: changing properties

answers: NDQ_000744

answers: motionlessness and movement in a rotational back and forward motion.

answers: NDQ_000745

answers: rotational back and forward motion.

answers: NDQ_000746

answers: one hundred small dots

text: In addition to vertical distributions, horizontal distributions have been modeled and sampled as well. In the surface ocean at a depth of 30 meters, the higher DOC concentrations are found in the South Pacific Gyre, the South Atlantic Gyre, and the Indian Ocean. At a depth of 3000 meters, highest concentrations are in the North Atlantic Deep Water where DOC from the high concentration surface ocean is removed to depth. Since the time scales of horizontal motion along the ocean bottom are in the thousands of years, the refractory DOC is slowly consumed on its way from the North Atlantic and reaches a minimum in the North Pacific.

text: In addition to vertical distributions, horizontal distributions have been modeled and sampled as well. In the surface ocean at a depth of 30 meters, the higher DOC concentrations are found in the South Pacific Gyre, the South Atlantic Gyre, and the Indian Ocean. At a depth of 3000 meters, highest concentrations are in the North Atlantic Deep Water where DOC from the high concentration surface ocean is removed to depth. Since the time scales of horizontal motion along the ocean bottom are in the thousands of years, the refractory DOC is slowly consumed on its way from the North Atlantic and reaches a minimum in the North Pacific.

answers: NDQ_000702

answers: horizontal motion

answers: NDQ_000704

answers: Which oceans have the highest concentrations of DOC?

answers: NDQ_000706

answers: South Pacific Gyre

answers: NDQ_000707

answers: horizontal motion along the ocean bottom is

answers: NDQ_000710

answers: DOC from the high concentration surface ocean to what depth?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a source of waves: winds, oceans, or ocean bottoms?

answers: NDQ_000725

answers: How many meters deep is the Indian Ocean?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: horizontal motion

answers: NDQ_000728

answers: the South Pacific Gyre

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: horizontal distributions have been modeled and sampled

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: horizontal motion

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: depth of 3000 meters

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: highest concentrations are in the North Atlantic Deep Water

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: horizontal motion

answers: NDQ_000741

answers: DOC

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: horizontal motion

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: horizontal motion along the ocean bottom are in the thousands of years

answers: NDQ_000746

answers: DOC

answers: NDQ_000702

answers: horizontal motion

answers: NDQ_000704

answers: DOC concentrations are found in the South Pacific Gyre,

answers: NDQ_000706

answers: South Pacific Gyre,

answers: NDQ_000707

answers: horizontal motion

answers: NDQ_000710

answers: DOC

answers: NDQ_000715

answers: 30 meters,

answers: NDQ_000718

answers: South Pacific Gyre, the South Atlantic Gyre,

answers: NDQ_000720

answers: South Pacific Gyre,

answers: NDQ_000721

answers: South Pacific Gyre,

answers: NDQ_000722

answers: 30 meters,

answers: NDQ_000723

answers: South Pacific Gyre,

answers: NDQ_000724

answers: horizontal distributions

answers: NDQ_000725

answers: In the surface ocean

answers: NDQ_000726

answers: In the surface ocean

answers: NDQ_000727

answers: vertical distributions,

answers: NDQ_000728

answers: the higher DOC concentrations are found in the South Pacific Gyre,

answers: NDQ_000729

answers: horizontal distributions

answers: NDQ_000730

answers: South Pacific Gyre,

answers: NDQ_000731

answers: South Pacific Gyre,

answers: NDQ_000732

answers: horizontal distributions

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: horizontal motion

answers: NDQ_000735

answers: In the surface ocean

answers: NDQ_000736

answers: South Pacific Gyre,

answers: NDQ_000737

answers: South Pacific Gyre,

answers: NDQ_000738

answers: South Pacific Gyre,

answers: NDQ_000739

answers: depth.

answers: NDQ_000740

answers: In the surface ocean at a depth of 30 meters,

answers: NDQ_000741

answers: DOC

answers: NDQ_000742

answers: Indian Ocean.

answers: NDQ_000743

answers: horizontal motion

answers: NDQ_000744

answers: horizontal distributions have been modeled and sampled

answers: NDQ_000745

answers: horizontal motion

answers: NDQ_000746

answers: DOC

text: In the southeast Atlantic Ocean the current retroflects (turns back on itself) in the Agulhas Retroflection due to shear interactions with the strong Antarctic Circumpolar Current.  This water becomes the Agulhas Return Current, rejoining the Indian Ocean Gyre. It is estimated that up to 85 Sv (Sverdrups) of the net transport is returned to the Indian Ocean through the retroflection.  The remaining water is transported into the South Atlantic Gyre in the Agulhas Leakage.  Along with direct branch currents, this leakage takes place in surface water filaments, and Agulhas Eddies.

text: In the southeast

text: Atlantic Ocean

text: the current retroflects (turns back on itself) in the Agulhas Retroflection due to shear interactions with the strong

text: Antarctic Circumpolar Current

text: .  This water becomes the

text: Agulhas Return Current

text: , rejoining the

text: Indian Ocean Gyre

text: . It is estimated that up to 85 Sv (

text: Sverdrup

text: s) of the net transport is returned to the

text: Indian Ocean

text: through the retroflection.  The remaining water is transported into the

text: South Atlantic Gyre

text: in the Agulhas Leakage.  Along with direct branch currents, this leakage takes place in surface water filaments, and Agulhas Eddies.

answers: NDQ_000702

answers: strong Antarctic Circumpolar Current

answers: NDQ_000704

answers: Which of the following is not a type of leakage: surface water filaments, or Agulhas Eddies?

answers: NDQ_000706

answers: Indian Ocean Gyre

answers: NDQ_000707

answers: Agulhas Retroflection causes it to retroflect

answers: NDQ_000710

answers: water into the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Agulhas Leakage

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a type of surface current: surface water filaments, or Agulhas Eddies?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: shear interactions

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Agulhas Retroflection

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: Agulhas Leakage

answers: NDQ_000739

answers: surface water

answers: NDQ_000740

answers: Agulhas Leakage

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Agulhas Leakage

answers: NDQ_000746

answers: Sverdrups

answers: NDQ_000702

answers: Antarctic Circumpolar Current.

answers: NDQ_000704

answers: surface water filaments,

answers: NDQ_000706

answers: southeast Atlantic Ocean

answers: NDQ_000707

answers: shear interactions

answers: NDQ_000710

answers: Agulhas Leakage.

answers: NDQ_000715

answers: 85 Sv (Sverdrups)

answers: NDQ_000718

answers: Antarctic Circumpolar Current.

answers: NDQ_000720

answers: strong Antarctic Circumpolar Current.

answers: NDQ_000721

answers: In the southeast Atlantic Ocean

answers: NDQ_000722

answers: Antarctic Circumpolar Current.

answers: NDQ_000723

answers: In the southeast Atlantic Ocean

answers: NDQ_000724

answers: shear interactions with the strong Antarctic Circumpolar Current.

answers: NDQ_000725

answers: Agulhas Leakage.

answers: NDQ_000726

answers: shear interactions with the strong Antarctic Circumpolar Current.

answers: NDQ_000727

answers: In the southeast Atlantic Ocean

answers: NDQ_000728

answers: Agulhas Retroflection

answers: NDQ_000729

answers: Antarctic Circumpolar Current.

answers: NDQ_000730

answers: Antarctic Circumpolar Current.

answers: NDQ_000731

answers: Antarctic Circumpolar Current.

answers: NDQ_000732

answers: Antarctic Circumpolar Current.

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: Antarctic Circumpolar Current.

answers: NDQ_000735

answers: Antarctic Circumpolar Current.

answers: NDQ_000736

answers: Agulhas Eddies.

answers: NDQ_000737

answers: branch currents,

answers: NDQ_000738

answers: Antarctic Circumpolar Current.

answers: NDQ_000739

answers: Antarctic Circumpolar Current.

answers: NDQ_000740

answers: Antarctic Circumpolar Current.

answers: NDQ_000741

answers: Current.

answers: NDQ_000742

answers: Agulhas Retroflection

answers: NDQ_000743

answers: surface water filaments,

answers: NDQ_000744

answers: Agulhas Retroflection

answers: NDQ_000745

answers: Agulhas Leakage.

answers: NDQ_000746

answers: (Sverdrups)

text: The origins of Cosme can be traced back to a tropical wave that left the coast of Africa on June 27, 2007. Due to a lack of associated convection, the wave was difficult to track across the Atlantic Ocean and Caribbean Sea. The National Hurricane Center (NHC) estimated that the wave emerged into the Pacific Ocean on July 8. Because the system was embedded within the Intertropical Convergence Zone (ITCZ), development was initially slow. However, when it separated from the ITCZ on July 13, the disturbance increased in convective organization, and was classified as Tropical Depression Six-E about midway between Mexico and Hawaii. It tracked westward at  due to steering currents of a tropical easterly flow. Although wind shear was generally light, ocean temperatures were only marginal for tropical cyclone intensification. Forecasters experienced difficulty in locating the exact center of circulation. By July 14, convection had steadily decreased, although the storm's movement was initially uncertain due to its location within a broad low pressure area. Early on July 15 the depression's appearance on satellite imagery improved, and at 1800 UTC the NHC upgraded the depression to tropical storm status, and gave it the name "Cosme".

text: The origins of Cosme can be traced back to a

text: tropical wave

text: that left the coast of

text: Africa

text: on June 27, 2007. Due to a lack of associated

text: convection

text: , the wave was difficult to track across the

text: Atlantic Ocean

text: and

text: Caribbean Sea

text: . The

text: National Hurricane Center

text: (NHC) estimated that the wave emerged into the

text: Pacific Ocean

text: on July 8. Because the system was embedded within the

text: Intertropical Convergence Zone

text: (ITCZ), development was initially slow. However, when it separated from the ITCZ on July 13, the disturbance increased in convective organization, and was classified as Tropical Depression Six-E about midway between

text: Mexico

text: and

text: Hawaii

text: . It tracked westward at  due to steering currents of a tropical easterly flow. Although

text: wind shear

text: was generally light, ocean temperatures were only marginal for

text: tropical cyclone intensification

text: . Forecasters experienced difficulty in locating the exact center of circulation. By July 14, convection had steadily decreased, although the storm's movement was initially uncertain due to its location within a broad low pressure area. Early on July 15 the depression's appearance on

text: satellite imagery

text: improved, and at 1800

text: UTC

text: the NHC upgraded the depression to

text: tropical storm status

text: , and

text: gave it the name

text: "Cosme".

answers: NDQ_000702

answers: steering currents

answers: NDQ_000704

answers: What caused Cosme to track westward?

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: Convection is not present

answers: NDQ_000710

answers: Tropical Depression Six-E

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: tropical depressions

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many days did it take for Cosme to reach tropical storm status?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Tropical Depression Six-E

answers: NDQ_000729

answers: What caused the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: convection

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: Atlantic Ocean and Caribbean Sea

answers: NDQ_000738

answers: It tracked westward at due to steering currents of a tropical easterly flow

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: ocean temperatures

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: convection

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: convection

answers: NDQ_000746

answers: Tropical Depression Six-E about midway between Mexico and Hawaii

answers: NDQ_000702

answers: tropical easterly flow.

answers: NDQ_000704

answers: tropical easterly flow.

answers: NDQ_000706

answers: midway between Mexico and Hawaii.

answers: NDQ_000707

answers: convection,

answers: NDQ_000710

answers: convective organization,

answers: NDQ_000715

answers: Tropical Depression Six-E

answers: NDQ_000718

answers: Tropical Depression Six-E

answers: NDQ_000720

answers: Tropical Depression Six-E

answers: NDQ_000721

answers: Tropical Depression Six-E

answers: NDQ_000722

answers: Tropical Depression Six-E

answers: NDQ_000723

answers: tropical wave

answers: NDQ_000724

answers: convection,

answers: NDQ_000725

answers: Tropical Depression Six-E

answers: NDQ_000726

answers: wave

answers: NDQ_000727

answers: Tropical Depression Six-E

answers: NDQ_000728

answers: convection,

answers: NDQ_000729

answers: easterly flow.

answers: NDQ_000730

answers: tropical easterly flow.

answers: NDQ_000731

answers: tropical easterly flow.

answers: NDQ_000732

answers: tropical easterly flow.

answers: NDQ_000733

answers: 8.

answers: NDQ_000734

answers: tropical easterly flow.

answers: NDQ_000735

answers: easterly

answers: NDQ_000736

answers: tropical easterly flow.

answers: NDQ_000737

answers: tropical easterly flow.

answers: NDQ_000738

answers: tropical easterly flow.

answers: NDQ_000739

answers: ocean temperatures

answers: NDQ_000740

answers: ocean temperatures

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: easterly

answers: NDQ_000743

answers: convection,

answers: NDQ_000744

answers: tropical easterly flow.

answers: NDQ_000745

answers: convection,

answers: NDQ_000746

answers: Tropical Depression Six-E

text: Spaceborne radar altimeters have proven to be superb tools for mapping ocean-surface topography, the hills and valleys of the sea surface. These instruments send a microwave pulse to the ocean's surface and record the time it takes to return. A microwave radiometer corrects any delay that may be caused by water vapor in the atmosphere. Other corrections are also required to account for the influence of electrons in the ionosphere and the dry air mass of the atmosphere. Combining these data with the precise location of the spacecraft makes it possible to determine sea-surface height to within a few centimeters (about one inch). The strength and shape of the returning signal also provides information on wind speed and the height of ocean waves. These data are used in ocean models to calculate the speed and direction of ocean currents and the amount and location of heat stored in the ocean, which in turn reveals global climate variations.

text: Spaceborne radar altimeters have proven to be superb tools for mapping ocean-surface topography, the hills and valleys of the sea surface. These instruments send a microwave pulse to the ocean's surface and record the time it takes to return. A

text: microwave radiometer

text: corrects any delay that may be caused by

text: water vapor

text: in the

text: atmosphere

text: . Other corrections are also required to account for the influence of electrons in the

text: ionosphere

text: and the dry air mass of the atmosphere. Combining these data with the precise location of the spacecraft makes it possible to determine sea-surface height to within a few centimeters (about one inch). The strength and shape of the returning signal also provides information on wind speed and the height of ocean waves. These data are used in ocean models to calculate the speed and direction of

text: ocean current

text: s and the amount and location of heat stored in the ocean, which in turn reveals global

text: climate variation

text: s.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Which of the following is not used in ocean models to calculate the speed and direction of ocean currents?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: water vapor in the atmosphere

answers: NDQ_000710

answers: wind speed and the height of ocean waves

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not caused by water vapor in the atmosphere?

answers: NDQ_000726

answers: Which of the following is not a type of wave?

answers: NDQ_000727

answers: about one inch

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: direction of ocean currents

answers: NDQ_000733

answers: Earth year

answers: NDQ_000734

answers: water vapor

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: wind speed and the height of ocean waves

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: a microwave pulse to the ocean's surface and record the time it takes to return

answers: NDQ_000739

answers: dry

answers: NDQ_000740

answers: global climate variations

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: (about one inch)

answers: NDQ_000702

answers: heat stored in the ocean,

answers: NDQ_000704

answers: ocean currents

answers: NDQ_000706

answers: the height

answers: NDQ_000707

answers: wind speed

answers: NDQ_000710

answers: wind speed and the height of ocean waves.

answers: NDQ_000715

answers: height

answers: NDQ_000718

answers: waves.

answers: NDQ_000720

answers: wind speed and the height of ocean waves.

answers: NDQ_000721

answers: Spaceborne radar altimeters

answers: NDQ_000722

answers: sea-surface height

answers: NDQ_000723

answers: ocean waves.

answers: NDQ_000724

answers: wind speed and the height of ocean waves.

answers: NDQ_000725

answers: ocean currents

answers: NDQ_000726

answers: wind speed and the height of ocean waves.

answers: NDQ_000727

answers: Spaceborne radar altimeters

answers: NDQ_000728

answers: wind speed and the height of ocean waves.

answers: NDQ_000729

answers: global climate variations.

answers: NDQ_000730

answers: ocean currents

answers: NDQ_000731

answers: Spaceborne radar altimeters

answers: NDQ_000732

answers: direction

answers: NDQ_000733

answers: global climate variations.

answers: NDQ_000734

answers: wind speed and the height of ocean waves.

answers: NDQ_000735

answers: Spaceborne radar altimeters

answers: NDQ_000736

answers: wind speed and the height of ocean waves.

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: Spaceborne radar altimeters

answers: NDQ_000739

answers: water vapor in the atmosphere.

answers: NDQ_000740

answers: global climate variations.

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Spaceborne radar altimeters

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: waves.

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: one inch).

text: A tropical wave moved off the west coast of Africa on May 16 and crossed Central America into the Pacific Ocean on May 24. That day, the National Hurricane Center (NHC) began monitoring an area of disturbed weather about 150 mi (240 km) southwest of the Costa Rican coastline. At that time, this system was associated with a monsoon trough embedded within the Intertropical Convergence Zone. Despite being disorganized, gradual development of this system was anticipated by the NHC. On May 25, a broad low pressure area formed southwest of Nicaragua, after the tropical wave interacted with an eastward-moving Kelvin wave. Convection soon became organized around the newly formed low, and the NHC noted that the formation of a tropical cyclone within the subsequent 48 hours was likely. The NHC estimated that Tropical Depression Two-E developed at 1200 UTC on May 28 about 125 mi (205 km) south-southeast of Puerto Ángel, Oaxaca.

text: A

text: tropical wave

text: moved off the west coast of Africa on May 16 and crossed Central America into the Pacific Ocean on May 24. That day, the

text: National Hurricane Center

text: (NHC) began monitoring an area of disturbed weather about 150 mi (240 km) southwest of the

text: Costa Rica

text: n coastline. At that time, this system was associated with a

text: monsoon trough

text: embedded within the

text: Intertropical Convergence Zone

text: . Despite being disorganized, gradual development of this system was anticipated by the NHC. On May 25, a broad

text: low pressure area

text: formed southwest of Nicaragua, after the tropical wave interacted with an eastward-moving

text: Kelvin wave

text: Convection

text: soon became organized around the newly formed low, and the NHC noted that the

text: formation of a tropical cyclone

text: within the subsequent 48 hours was likely. The NHC estimated that Tropical Depression Two-E developed at 1200

text: UTC

text: on May 28 about 125 mi (205 km) south-southeast of

text: Puerto Ángel

text: Oaxaca

answers: NDQ_000702

answers: monsoon

answers: NDQ_000704

answers: What caused the formation of Tropical Depression Two-E?

answers: NDQ_000706

answers: Kelvin wave

answers: NDQ_000707

answers: pressure is too low

answers: NDQ_000710

answers: Convection near the newly formed low

answers: NDQ_000715

answers: How many miles

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: tropical cyclone

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices are true

answers: NDQ_000723

answers: What is the difference between a crest and a trough?

answers: NDQ_000724

answers: It is not possible to tell

answers: NDQ_000725

answers: How many days after the tropical wave moved off the west coast of Africa did Tropical Depression Two-E develop?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: On May 25

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the cause of Earths tides?

answers: NDQ_000731

answers: How many days after the tropical wave moved off the west coast of Africa did Tropical Depression Two-E develop?

answers: NDQ_000732

answers: How many days after the tropical wave moved off the west coast of Africa did Tropical Depression Two-E develop?

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: low pressure

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Pacific Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the formation of a tropical cyclone within the subsequent 48 hours was likely

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: NDQ_000741

answers: Kelvin wave

answers: NDQ_000742

answers: NDQ_000743

answers: Convection

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Convection

answers: NDQ_000746

answers: Kelvin wave

answers: NDQ_000702

answers: tropical wave

answers: NDQ_000704

answers: Convection

answers: NDQ_000706

answers: eastward-moving Kelvin wave.

answers: NDQ_000707

answers: low pressure

answers: NDQ_000710

answers: Convection

answers: NDQ_000715

answers: Kelvin wave.

answers: NDQ_000718

answers: wave

answers: NDQ_000720

answers: tropical cyclone

answers: NDQ_000721

answers: Pacific Ocean

answers: NDQ_000722

answers: Costa Rican coastline.

answers: NDQ_000723

answers: tropical wave

answers: NDQ_000724

answers: tropical wave

answers: NDQ_000725

answers: 24.

answers: NDQ_000726

answers: tropical wave

answers: NDQ_000727

answers: 24.

answers: NDQ_000728

answers: a broad low pressure area

answers: NDQ_000729

answers: eastward-moving Kelvin wave.

answers: NDQ_000730

answers: eastward-moving Kelvin wave.

answers: NDQ_000731

answers: eastward-moving Kelvin wave.

answers: NDQ_000732

answers: eastward-moving Kelvin wave.

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: tropical wave

answers: NDQ_000735

answers: eastward-moving Kelvin wave.

answers: NDQ_000736

answers: eastward-moving Kelvin wave.

answers: NDQ_000737

answers: monsoon trough

answers: NDQ_000738

answers: Convection

answers: NDQ_000739

answers: eastward-moving Kelvin wave.

answers: NDQ_000740

answers: May 24.

answers: NDQ_000741

answers: Kelvin wave.

answers: NDQ_000742

answers: eastward-moving Kelvin wave.

answers: NDQ_000743

answers: Convection

answers: NDQ_000744

answers: eastward-moving Kelvin wave.

answers: NDQ_000745

answers: Kelvin wave.

answers: NDQ_000746

answers: (240 km)

text: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

text: The

text: 2004 Indian Ocean earthquake and tsunami

text: caused extensive damage to this island.

answers: NDQ_000702

answers: earthquake and tsunami

answers: NDQ_000704

answers: How would the tsunami affect the island?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: ocean water closer to the island

answers: NDQ_000715

answers: its highest point

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: the Indian Ocean

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: It's a shallow ocean.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: How would you describe the ocean?

answers: NDQ_000725

answers: How would you describe the ocean?

answers: NDQ_000726

answers: It is impossible to say

answers: NDQ_000727

answers: what is the answer?

answers: NDQ_000728

answers: A).

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: iv.

answers: NDQ_000731

answers: the sun and moon are in a line

answers: NDQ_000732

answers: The Indian Ocean

answers: NDQ_000733

answers: island

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: sea level rise in the ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The tsunami caused extensive damage to the island.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: can not be determined

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: can not be used to describe a tide

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: can not be determined

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: tsunami

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: earthquake and tsunami

answers: NDQ_000710

answers: The 2004 Indian Ocean earthquake and tsunami

answers: NDQ_000715

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000718

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000722

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000723

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000726

answers: The 2004 Indian Ocean earthquake and tsunami

answers: NDQ_000727

answers: The 2004 Indian Ocean

answers: NDQ_000728

answers: The 2004 Indian Ocean earthquake

answers: NDQ_000729

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000730

answers: The 2004 Indian Ocean earthquake and tsunami

answers: NDQ_000731

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000732

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000733

answers: The 2004 Indian Ocean

answers: NDQ_000734

answers: earthquake

answers: NDQ_000735

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000736

answers: The 2004 Indian Ocean earthquake and tsunami

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000739

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

answers: NDQ_000740

answers: tsunami

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunami

answers: NDQ_000743

answers: The 2004 Indian Ocean earthquake and tsunami

answers: NDQ_000744

answers: tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: The 2004 Indian Ocean earthquake and tsunami caused extensive damage to this island.

text: Just as with other waves, moving into shallow water causes the tsunami to slow but grow in height. Either the trough or the crest of the tsunami can arrive at the coast first. In the former case, the sea draws back and leaves subtidal areas unusually exposed. When the crest arrives, it does not usually break but rushes inland, flooding all in its path. Much of the disaster's destruction can be produced by these flood waters, which drain back into the sea while pulling people and debris along. Several tsunamis can be caused by a single geological event. In such cases, it is common for the later waves to arrive between eight minutes and two hours after the first, which may not be the biggest or most destructive. Occasionally, in a shallow bay or estuary, a tsunami may transform into a bore.

text: Just as with other waves, moving into shallow water causes the tsunami to slow but grow in height. Either the trough or the crest of the tsunami can arrive at the coast first. In the former case, the sea draws back and leaves subtidal areas unusually exposed. When the crest arrives, it does not usually break but rushes inland, flooding all in its path. Much of the disaster's destruction can be produced by these flood waters, which drain back into the sea while pulling people and debris along. Several tsunamis can be caused by a single geological event. In such cases, it is common for the later waves to arrive between eight minutes and two hours after the first, which may not be the biggest or most destructive. Occasionally, in a shallow bay or estuary, a tsunami may transform into a

text: bore

answers: NDQ_000702

answers: moving into shallow water

answers: NDQ_000704

answers: Which of the following is not a type of tsunami: trough, crest, or bore?

answers: NDQ_000706

answers: shallow water

answers: NDQ_000707

answers: a tsunami reaches shore

answers: NDQ_000710

answers: Subtidal areas unusually exposed

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: no

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: Which of the following is not a tsunami: trough or crest?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: trough

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: geological event

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: crest of the tsunami arrive at the coast first

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: it does not usually break but rushes inland

answers: NDQ_000739

answers: subtidal

answers: NDQ_000740

answers: subtidal

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: trough

answers: NDQ_000743

answers: What is a tsunami?

answers: NDQ_000744

answers: trough

answers: NDQ_000745

answers: subtidal

answers: NDQ_000746

answers: NDQ_000702

answers: moving into shallow water

answers: NDQ_000704

answers: subtidal areas

answers: NDQ_000706

answers: shallow water

answers: NDQ_000707

answers: moving into shallow water

answers: NDQ_000710

answers: flooding all in its path.

answers: NDQ_000715

answers: crest

answers: NDQ_000718

answers: height.

answers: NDQ_000720

answers: tsunamis can be caused by a single geological event.

answers: NDQ_000721

answers: a single geological event.

answers: NDQ_000722

answers: moving into shallow water causes the tsunami to slow but grow in height.

answers: NDQ_000723

answers: Either the trough or the crest

answers: NDQ_000724

answers: Several tsunamis can be caused by a single geological event.

answers: NDQ_000725

answers: Several tsunamis can be caused by a single geological event.

answers: NDQ_000726

answers: waves, moving into shallow water

answers: NDQ_000727

answers: subtidal areas

answers: NDQ_000728

answers: Either the trough or the crest

answers: NDQ_000729

answers: the sea draws back and leaves subtidal areas

answers: NDQ_000730

answers: Several tsunamis can be caused by a single geological event.

answers: NDQ_000731

answers: bore.

answers: NDQ_000732

answers: bore.

answers: NDQ_000733

answers: tsunamis can be caused by a single geological event.

answers: NDQ_000734

answers: geological event.

answers: NDQ_000735

answers: subtidal areas unusually exposed.

answers: NDQ_000736

answers: trough

answers: NDQ_000737

answers: sea draws back and leaves subtidal areas

answers: NDQ_000738

answers: it does not usually break but rushes inland,

answers: NDQ_000739

answers: shallow water

answers: NDQ_000740

answers: the sea draws back and leaves subtidal

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: bore.

answers: NDQ_000743

answers: waves,

answers: NDQ_000744

answers: bore.

answers: NDQ_000745

answers: trough

answers: NDQ_000746

answers: height.

text: It is located in the northwestern, southeastern, and western central (subtropical and tropical) Atlantic Ocean, the Caribbean Sea, the Benguela Current, and the Gulf of Mexico. The species is native to Namibia and figures regarding its population are unknown. It has been observed at the surface during the day and at  below the surface during the night when it feeds, but is thought to mostly live in mid-depths. The IUCN has classed the conservation status of Abraliopsis atlantica as data deficient due to the lack of information regarding the species and its threats are unknown due to this. It falls under no conservation actions.

text: It is located in the northwestern, southeastern, and western central (subtropical and tropical) Atlantic Ocean, the Caribbean Sea, the Benguela Current, and the Gulf of Mexico. The species is native to Namibia and figures regarding its population are unknown. It has been observed at the surface during the day and at  below the surface during the night when it feeds, but is thought to mostly live in mid-depths. The IUCN has classed the conservation status of Abraliopsis atlantica as data deficient due to the lack of information regarding the species and its threats are unknown due to this. It falls under no conservation actions.

answers: NDQ_000702

answers: Benguela Current

answers: NDQ_000704

answers: What is the Benguela Current?

answers: NDQ_000706

answers: mid-depths

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: Abraliopsis atlantica

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Atlantic Ocean

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days does the Atlantic Ocean have?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: It has been observed at the surface during the day

answers: NDQ_000739

answers: subtropical

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Benguela Current

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: Benguela Current

answers: NDQ_000746

answers: NDQ_000702

answers: Benguela Current,

answers: NDQ_000704

answers: Benguela Current,

answers: NDQ_000706

answers: mid-depths.

answers: NDQ_000707

answers: Atlantic Ocean,

answers: NDQ_000710

answers: Abraliopsis atlantica

answers: NDQ_000715

answers: no conservation actions.

answers: NDQ_000718

answers: Atlantic Ocean,

answers: NDQ_000720

answers: Atlantic Ocean,

answers: NDQ_000721

answers: Atlantic Ocean,

answers: NDQ_000722

answers: mid-depths.

answers: NDQ_000723

answers: Atlantic Ocean,

answers: NDQ_000724

answers: Atlantic Ocean,

answers: NDQ_000725

answers: Atlantic Ocean,

answers: NDQ_000726

answers: Atlantic Ocean,

answers: NDQ_000727

answers: Atlantic Ocean,

answers: NDQ_000728

answers: Atlantic Ocean,

answers: NDQ_000729

answers: Atlantic Ocean,

answers: NDQ_000730

answers: Atlantic Ocean,

answers: NDQ_000731

answers: Abraliopsis atlantica

answers: NDQ_000732

answers: Abraliopsis atlantica

answers: NDQ_000733

answers: Atlantic Ocean,

answers: NDQ_000734

answers: Benguela Current,

answers: NDQ_000735

answers: night

answers: NDQ_000736

answers: Benguela Current,

answers: NDQ_000737

answers: Atlantic Ocean,

answers: NDQ_000738

answers: no conservation actions.

answers: NDQ_000739

answers: surface during the day and at below the surface during the night

answers: NDQ_000740

answers: surface during the day and at below the surface during the night

answers: NDQ_000741

answers: Benguela Current,

answers: NDQ_000742

answers: Benguela Current, and the Gulf of Mexico.

answers: NDQ_000743

answers: Benguela Current, and the Gulf of Mexico.

answers: NDQ_000744

answers: Atlantic Ocean,

answers: NDQ_000745

answers: Benguela Current,

answers: NDQ_000746

answers: Abraliopsis atlantica

text: A teletsunami (also called an ocean-wide tsunami, distant tsunami, distant-source tsunami, far-field tsunami, or trans-ocean tsunami) is a tsunami that originates from a distant source, defined as more than  away or three hours' travel from the area of interest, sometimes travelling across an ocean. All teletsunamis have been generated by major earthquakes such as the 1755 Lisbon earthquake, 1960 Valdivia earthquake, 1964 Alaska earthquake, and 2004 Indian Ocean earthquake.

text: A teletsunami (also called an ocean-wide tsunami, distant tsunami, distant-source tsunami, far-field tsunami, or trans-ocean tsunami) is a

text: tsunami

text: that originates from a distant source, defined as more than  away or three hours' travel from the area of interest, sometimes travelling across an

text: ocean

text: . All teletsunamis have been generated by major

text: earthquakes

text: such as the

text: 1755 Lisbon earthquake

text: 1960 Valdivia earthquake

text: 1964 Alaska earthquake

text: , and

text: 2004 Indian Ocean earthquake

answers: NDQ_000702

answers: earthquakes

answers: NDQ_000704

answers: What is a tsunami that originates from a distant source, defined as more than away or three hours' travel from the area of interest?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: an earthquake occurs

answers: NDQ_000710

answers: teletsunamis

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: No

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: teletsunami

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: ocean-wide tsunami

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: teletsunamis have been generated by major earthquakes

answers: NDQ_000739

answers: farther from the source

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: teletsunami

answers: NDQ_000746

answers: NDQ_000702

answers: earthquakes

answers: NDQ_000704

answers: teletsunami

answers: NDQ_000706

answers: ocean-wide

answers: NDQ_000707

answers: earthquakes

answers: NDQ_000710

answers: teletsunami

answers: NDQ_000715

answers: teletsunami

answers: NDQ_000718

answers: teletsunami

answers: NDQ_000720

answers: teletsunami

answers: NDQ_000721

answers: earthquakes

answers: NDQ_000722

answers: teletsunami

answers: NDQ_000723

answers: teletsunami

answers: NDQ_000724

answers: earthquakes

answers: NDQ_000725

answers: A teletsunami

answers: NDQ_000726

answers: teletsunami

answers: NDQ_000727

answers: teletsunami

answers: NDQ_000728

answers: teletsunami

answers: NDQ_000729

answers: teletsunami

answers: NDQ_000730

answers: major earthquakes

answers: NDQ_000731

answers: A teletsunami

answers: NDQ_000732

answers: teletsunami

answers: NDQ_000733

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: A teletsunami

answers: NDQ_000736

answers: teletsunami

answers: NDQ_000737

answers: teletsunami

answers: NDQ_000738

answers: A teletsunami

answers: NDQ_000739

answers: earthquakes

answers: NDQ_000740

answers: teletsunami

answers: NDQ_000741

answers: teletsunami

answers: NDQ_000742

answers: teletsunami

answers: NDQ_000743

answers: A teletsunami

answers: NDQ_000744

answers: teletsunami

answers: NDQ_000745

answers: teletsunami

answers: NDQ_000746

answers: teletsunami

text: A third legend states that these five gods were lazy and did no work toward preparing feasts.  When their parents had prepared a feast, they received no portion of it because they had done nothing to help in its preparation.  When they continued to do nothing in preparing feasts, their parents continued withholding any portion of it from them. The five gods then searched for an island where they could live away from their parents. A fourth legend, an account by the people of Avatele, says that the gods lived underground and did not feed their children because they were lazy.  Their children were angry enough to come to the earth's surface.  First was Fao, who tried and failed to make the tides go out.  Another god surfaced and also tried to send the tides out. When he also failed at this, Huanaki came up; he and Fao were successful in making the tides go out, producing waves on the ocean.

text: A third legend states that these five gods were lazy and did no work toward preparing feasts.  When their parents had prepared a feast, they received no portion of it because they had done nothing to help in its preparation.  When they continued to do nothing in preparing feasts, their parents continued withholding any portion of it from them. The five gods then searched for an island where they could live away from their parents. A fourth legend, an account by the people of

text: Avatele

text: , says that the gods lived underground and did not feed their children because they were lazy.  Their children were angry enough to come to the earth's surface.  First was Fao, who tried and failed to make the tides go out.  Another god surfaced and also tried to send the tides out. When he also failed at this, Huanaki came up; he and Fao were successful in making the tides go out, producing waves on the ocean.

answers: NDQ_000702

answers: Huanaki

answers: NDQ_000704

answers: Which of the following is not a god: Fao, Huanaki or Avatele?

answers: NDQ_000706

answers: tides

answers: NDQ_000707

answers: Huanaki and Fao were successful in making the tides go out

answers: NDQ_000710

answers: what to the ocean?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or crest?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: Huanaki

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: waves on the ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the gods did not feed their children because they were lazy

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: The tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What does the passage imply about energy?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: waves on the ocean

answers: NDQ_000746

answers: NDQ_000702

answers: waves on the ocean.

answers: NDQ_000704

answers: waves on the ocean.

answers: NDQ_000706

answers: waves on the ocean.

answers: NDQ_000707

answers: tides go out,

answers: NDQ_000710

answers: waves on the ocean.

answers: NDQ_000715

answers: waves

answers: NDQ_000718

answers: waves

answers: NDQ_000720

answers: Huanaki

answers: NDQ_000721

answers: waves on the ocean.

answers: NDQ_000722

answers: waves on the ocean.

answers: NDQ_000723

answers: waves on the ocean.

answers: NDQ_000724

answers: waves on the ocean.

answers: NDQ_000725

answers: waves on the ocean.

answers: NDQ_000726

answers: waves

answers: NDQ_000727

answers: waves on the ocean.

answers: NDQ_000728

answers: waves

answers: NDQ_000729

answers: waves on the ocean.

answers: NDQ_000730

answers: waves on the ocean.

answers: NDQ_000731

answers: waves

answers: NDQ_000732

answers: waves

answers: NDQ_000733

answers: ocean.

answers: NDQ_000734

answers: waves on the ocean.

answers: NDQ_000735

answers: out.

answers: NDQ_000736

answers: waves on the ocean.

answers: NDQ_000737

answers: waves on the ocean.

answers: NDQ_000738

answers: the gods lived underground

answers: NDQ_000739

answers: waves

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: waves

answers: NDQ_000743

answers: waves on the ocean.

answers: NDQ_000744

answers: waves

answers: NDQ_000745

answers: waves

answers: NDQ_000746

answers: waves on the ocean.

text: Despite a lag of up to several hours between the earthquake and the impact of the tsunami, nearly all of the victims were taken completely by surprise. There were no tsunami warning systems in the Indian Ocean to detect tsunamis or to warn the general population living around the ocean. Tsunami detection is not easy because while a tsunami is in deep water it has little height and a network of sensors is needed to detect it. Setting up the communications infrastructure to issue timely warnings is an even bigger problem, particularly in a relatively poor part of the world.

text: Despite a lag of up to several hours between the earthquake and the impact of the tsunami, nearly all of the victims were taken completely by surprise. There were no

text: tsunami warning system

text: s in the

text: Indian Ocean

text: to detect tsunamis or to warn the general population living around the ocean. Tsunami detection is not easy because while a tsunami is in deep water it has little height and a network of sensors is needed to detect it. Setting up the communications infrastructure to issue timely warnings is an even bigger problem, particularly in a relatively poor part of the world.

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: can cause tsunamis

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: it is hit by something

answers: NDQ_000710

answers: Tsunami warning systems

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or earthquake?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a type of tsunami: Tsunamis or to warn the general population?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: a network of sensors

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not true of spring tides?

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Indian Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: there were no tsunami warning systems in the Indian Ocean

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: What is the cause of the tsunami?

answers: NDQ_000744

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: deep water

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: impact

answers: NDQ_000710

answers: tsunami warning systems

answers: NDQ_000715

answers: height

answers: NDQ_000718

answers: height

answers: NDQ_000720

answers: tsunamis

answers: NDQ_000721

answers: tsunami warning systems

answers: NDQ_000722

answers: deep water

answers: NDQ_000723

answers: tsunami warning systems

answers: NDQ_000724

answers: tsunami warning systems

answers: NDQ_000725

answers: tsunami warning systems

answers: NDQ_000726

answers: tsunami warning systems

answers: NDQ_000727

answers: tsunami warning systems

answers: NDQ_000728

answers: Tsunami detection is not easy

answers: NDQ_000729

answers: lag of up to several hours between the earthquake and the impact of the tsunami,

answers: NDQ_000730

answers: tsunami warning systems

answers: NDQ_000731

answers: tsunami warning systems

answers: NDQ_000732

answers: tsunami warning systems

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquake

answers: NDQ_000735

answers: no tsunami warning systems

answers: NDQ_000736

answers: lag of up to several hours

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: tsunami warning systems

answers: NDQ_000739

answers: deep water

answers: NDQ_000740

answers: tsunami warning systems

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: tsunami,

answers: NDQ_000743

answers: earthquake and the impact of the tsunami,

answers: NDQ_000744

answers: tsunami,

answers: NDQ_000745

answers: tsunami is in deep water it has little height

answers: NDQ_000746

answers: tsunami,

text: The inescapable conclusion is that energy is lost from the surface tide to the internal tide at midocean topography and continental shelves, but the energy in the internal tide is not necessarily lost in the same place.  Internal tides may propagate thousands of kilometers or more before breaking and mixing the abyssal ocean.

text: The inescapable conclusion is that energy is lost from the surface tide to the internal tide at midocean topography and continental shelves, but the energy in the internal tide is not necessarily lost in the same place.  Internal tides may propagate thousands of kilometers or more before breaking and mixing the

text: abyssal

text: ocean.

answers: NDQ_000702

answers: energy

answers: NDQ_000704

answers: are a type of what?

answers: NDQ_000706

answers: abyssal

answers: NDQ_000707

answers: energy is lost from the surface to the internal tide

answers: NDQ_000710

answers: energy to the surface tide

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: unanswerable

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: no

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: no

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: energy

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: internal tide

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000739

answers: unmixed

answers: NDQ_000740

answers: surface tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: surface tide

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: surface tide

answers: NDQ_000745

answers: surface tide

answers: NDQ_000746

answers: NDQ_000702

answers: energy

answers: NDQ_000704

answers: energy is lost from the surface tide

answers: NDQ_000706

answers: abyssal

answers: NDQ_000707

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000710

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000715

answers: The inescapable

answers: NDQ_000718

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000720

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000721

answers: energy

answers: NDQ_000722

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000723

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000724

answers: energy is lost from the surface tide

answers: NDQ_000725

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000726

answers: energy is lost from the surface tide

answers: NDQ_000727

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000728

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000729

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000730

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000731

answers: Internal tides

answers: NDQ_000732

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000733

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000734

answers: energy

answers: NDQ_000735

answers: Internal tides

answers: NDQ_000736

answers: Internal tides

answers: NDQ_000737

answers: surface tide

answers: NDQ_000738

answers: the energy in the internal tide is not necessarily lost in the same place.

answers: NDQ_000739

answers: internal tide

answers: NDQ_000740

answers: surface tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: surface tide

answers: NDQ_000743

answers: energy is lost from the surface tide to the internal tide

answers: NDQ_000744

answers: surface tide

answers: NDQ_000745

answers: Internal tides

answers: NDQ_000746

answers: energy is lost from the surface tide to the internal tide

text: Bucchich's goby (Gobius bucchichi), also known as the anemone goby, is a species of goby native to the eastern Atlantic Ocean off Portugal and Morocco, the Mediterranean Sea and the Black Sea where it prefers coastal waters with a sandy or muddy substrate with seagrass patches or tide pools at depths of from .  It lives in association with the anemone Anemonia sulcata, hiding amongst its tentacles when threatened.  Its diet consists of polychaete worms, amphipods, molluscs and algae.  This species can reach a length of  TL.  This species can also be found in the aquarium trade.

text: Bucchich's goby (Gobius bucchichi), also known as the anemone goby, is a

text: species

text: of

text: goby

text: native to the eastern

text: Atlantic Ocean

text: off

text: Portugal

text: and

text: Morocco

text: , the

text: Mediterranean Sea

text: and the

text: Black Sea

text: where it prefers coastal waters with a sandy or muddy substrate with

text: seagrass

text: patches or

text: tide pools

text: at depths of from .  It lives in association with the

text: anemone

text: Anemonia sulcata

text: , hiding amongst its tentacles when threatened.  Its diet consists of

text: polychaete worms

text: amphipods

text: molluscs

text: and

text: algae

text: .  This species can reach a length of

text: TL

text: .  This species can also be found in the

text: aquarium

text: trade.

answers: NDQ_000702

answers: seagrass

answers: NDQ_000704

answers: What does Bucchich's goby prefer?

answers: NDQ_000706

answers: tide pools

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: Bucchich's goby

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the opposite of crest and trough?

answers: NDQ_000720

answers: Atlantic Ocean

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the Black Sea have tide pools?

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What does Bucchich's goby prefer?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring tides or tide pools?

answers: NDQ_000732

answers: What does Bucchich's goby prefer?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: seagrass patches

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Black Sea

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: upwelling is not a feature of the Black Sea

answers: NDQ_000739

answers: muddy

answers: NDQ_000740

answers: tide pools

answers: NDQ_000741

answers: tide pools

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: tide pools

answers: NDQ_000746

answers: TL

answers: NDQ_000702

answers: tide pools

answers: NDQ_000704

answers: tide pools

answers: NDQ_000706

answers: tide pools

answers: NDQ_000707

answers: tide pools

answers: NDQ_000710

answers: tide pools

answers: NDQ_000715

answers: TL.

answers: NDQ_000718

answers: TL.

answers: NDQ_000720

answers: Bucchich's goby

answers: NDQ_000721

answers: tide pools

answers: NDQ_000722

answers: tide pools

answers: NDQ_000723

answers: Bucchich's goby

answers: NDQ_000724

answers: Bucchich's goby

answers: NDQ_000725

answers: tide pools

answers: NDQ_000726

answers: anemone Anemonia sulcata,

answers: NDQ_000727

answers: tide pools

answers: NDQ_000728

answers: Bucchich's goby

answers: NDQ_000729

answers: Bucchich's goby

answers: NDQ_000730

answers: tide pools

answers: NDQ_000731

answers: tide pools

answers: NDQ_000732

answers: Bucchich's goby

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: tide pools

answers: NDQ_000735

answers: tide pools

answers: NDQ_000736

answers: tide pools

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: tide pools

answers: NDQ_000739

answers: muddy

answers: NDQ_000740

answers: tide pools

answers: NDQ_000741

answers: tide pools

answers: NDQ_000742

answers: tide pools

answers: NDQ_000743

answers: algae.

answers: NDQ_000744

answers: tide pools

answers: NDQ_000745

answers: tide pools

answers: NDQ_000746

answers: TL.

text: The wind and waves create surface currents (designated as « drift currents »). These currents can decompose in one quasi permanent current (which varies within the hourly scale) and one movement of Stokes drift under the effect of rapid waves movement (at the echelon of a couple of seconds).). The quasi permanent current is accelerated by the breaking of waves, and in a lesser governing effect, by the friction of the wind on the surface.

text: The

text: wind

text: and

text: wave

text: s create surface currents (designated as « drift currents »). These currents can decompose in one quasi permanent current (which varies within the hourly scale) and one movement of

text: Stokes drift

text: under the effect of rapid waves movement (at the echelon of a couple of seconds).). The quasi permanent current is accelerated by the breaking of waves, and in a lesser governing effect, by the friction of the wind on the surface.

answers: NDQ_000702

answers: wind and waves

answers: NDQ_000704

answers: What are surface currents?

answers: NDQ_000706

answers: at the echelon

answers: NDQ_000707

answers: friction of the wind

answers: NDQ_000710

answers: surface currents

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: hour

answers: NDQ_000734

answers: wind and waves

answers: NDQ_000735

answers: occult

answers: NDQ_000736

answers: hourly scale

answers: NDQ_000737

answers: surface current

answers: NDQ_000738

answers: the friction of the wind on the surface.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: hourly scale

answers: NDQ_000741

answers: surface currents

answers: NDQ_000742

answers: NDQ_000743

answers: can decompose

answers: NDQ_000744

answers: NDQ_000745

answers: surface currents

answers: NDQ_000746

answers: NDQ_000702

answers: wind and waves

answers: NDQ_000704

answers: The wind and waves create surface currents

answers: NDQ_000706

answers: (at the echelon

answers: NDQ_000707

answers: friction of the wind

answers: NDQ_000710

answers: surface currents

answers: NDQ_000715

answers: waves create surface currents

answers: NDQ_000718

answers: waves

answers: NDQ_000720

answers: The wind and waves create surface currents

answers: NDQ_000721

answers: The wind and waves

answers: NDQ_000722

answers: friction of the wind

answers: NDQ_000723

answers: waves

answers: NDQ_000724

answers: waves create surface currents

answers: NDQ_000725

answers: hourly scale)

answers: NDQ_000726

answers: The wind

answers: NDQ_000727

answers: hourly scale)

answers: NDQ_000728

answers: surface currents

answers: NDQ_000729

answers: The wind and waves create surface currents

answers: NDQ_000730

answers: The wind and waves create surface currents

answers: NDQ_000731

answers: The wind and waves create surface currents

answers: NDQ_000732

answers: The wind and waves create surface currents

answers: NDQ_000733

answers: hourly scale)

answers: NDQ_000734

answers: wind and waves

answers: NDQ_000735

answers: The wind and waves create surface currents

answers: NDQ_000736

answers: Stokes drift

answers: NDQ_000737

answers: surface currents

answers: NDQ_000738

answers: The wind and waves create surface currents

answers: NDQ_000739

answers: breaking of waves,

answers: NDQ_000740

answers: hourly scale)

answers: NDQ_000741

answers: surface currents

answers: NDQ_000742

answers: Stokes drift

answers: NDQ_000743

answers: The wind and waves create surface currents

answers: NDQ_000744

answers: The wind and waves create surface currents

answers: NDQ_000745

answers: Stokes drift

answers: NDQ_000746

answers: hourly scale)

text: In 1831, Faraday (and independently Joseph Henry) discovered the reverse effect, the production of an electric potential or current through magnetism – known as electromagnetic induction; these two discoveries are the basis of the electric motor and the electric generator, respectively. In 1834, Carl Jacobi discovered his uniformly rotating self-gravitating ellipsoids. In 1834, John Russell observed a nondecaying solitary water wave (soliton) in the Union Canal near Edinburgh and used a water tank to study the dependence of solitary water wave velocities on wave amplitude and water depth. In 1835, William Hamilton stated Hamilton's canonical equations of motion. In the same year, Gaspard Coriolis examined theoretically the mechanical efficiency of waterwheels, and deduced the Coriolis effect. In 1841, Julius Robert von Mayer, an amateur scientist, wrote a paper on the conservation of energy but his lack of academic training led to its rejection. In 1842, Christian Doppler proposed the Doppler effect. In 1847, Hermann von Helmholtz formally stated the law of conservation of energy. In 1851, Léon Foucault showed the Earth's rotation with a huge pendulum (Foucault pendulum).

text: In 1831, Faraday (and independently

text: Joseph Henry

text: ) discovered the reverse effect, the production of an electric potential or current through magnetism – known as

text: electromagnetic induction

text: ; these two discoveries are the basis of the electric motor and the electric generator, respectively. In 1834,

text: Carl Jacobi

text: discovered his uniformly rotating self-gravitating

text: ellipsoid

text: s. In 1834,

text: John Russell

text: observed a nondecaying solitary water wave (

text: soliton

text: ) in the

text: Union Canal

text: near

text: Edinburgh

text: and used a water tank to study the dependence of solitary water wave velocities on wave amplitude and water depth. In 1835, William Hamilton stated

text: Hamilton's canonical equations of motion

text: . In the same year,

text: Gaspard Coriolis

text: examined theoretically the mechanical efficiency of waterwheels, and deduced the

text: Coriolis effect

text: . In 1841,

text: Julius Robert von Mayer

text: , an

text: amateur

text: scientist, wrote a paper on the conservation of energy but his lack of academic training led to its rejection. In 1842,

text: Christian Doppler

text: proposed the

text: Doppler effect

text: . In 1847,

text: Hermann von Helmholtz

text: formally stated the law of conservation of energy. In 1851,

text: Léon Foucault

text: showed the Earth's rotation with a huge

text: pendulum

text: Foucault pendulum

answers: NDQ_000702

answers: Earth's rotation

answers: NDQ_000704

answers: Which discovery was made first, the Coriolis effect or the Doppler effect?

answers: NDQ_000706

answers: water depth

answers: NDQ_000707

answers: wave amplitude is too high

answers: NDQ_000710

answers: water to the surface of the ocean

answers: NDQ_000715

answers: wave amplitude

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: 1834

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: water depth

answers: NDQ_000723

answers: Which happened first, Faraday discovered the reverse effect or Carl Jacobi discovered his uniformly rotating self-gravitating ellipsoids?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many years after John Russell observed a nondecaying solitary water wave (soliton) in the Union Canal near Edinburgh

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: solitary water wave

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: In 1835, William Hamilton stated Hamilton's canonical equations of motion

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Earth's rotation

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: water wave

answers: NDQ_000738

answers: the Coriolis effect

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: nondecaying solitary water wave (soliton)

answers: NDQ_000741

answers: water wave

answers: NDQ_000742

answers: Soliton

answers: NDQ_000743

answers: the Coriolis effect

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: gravitational force

answers: NDQ_000702

answers: Earth's rotation

answers: NDQ_000704

answers: electromagnetic induction;

answers: NDQ_000706

answers: water depth.

answers: NDQ_000707

answers: wave amplitude and water depth.

answers: NDQ_000710

answers: water depth.

answers: NDQ_000715

answers: amplitude

answers: NDQ_000718

answers: wave amplitude

answers: NDQ_000720

answers: solitary water wave

answers: NDQ_000721

answers: Earth's rotation

answers: NDQ_000722

answers: wave amplitude and water depth.

answers: NDQ_000723

answers: solitary water wave

answers: NDQ_000724

answers: solitary water wave

answers: NDQ_000725

answers: solitary water wave

answers: NDQ_000726

answers: solitary water wave

answers: NDQ_000727

answers: electromagnetic induction;

answers: NDQ_000728

answers: solitary water wave

answers: NDQ_000729

answers: Gaspard Coriolis

answers: NDQ_000730

answers: uniformly rotating self-gravitating ellipsoids.

answers: NDQ_000731

answers: ellipsoids.

answers: NDQ_000732

answers: Gaspard Coriolis

answers: NDQ_000733

answers: Earth's

answers: NDQ_000734

answers: Earth's rotation

answers: NDQ_000735

answers: nondecaying

answers: NDQ_000736

answers: solitary water wave

answers: NDQ_000737

answers: solitary water wave

answers: NDQ_000738

answers: nondecaying

answers: NDQ_000739

answers: depth.

answers: NDQ_000740

answers: wave amplitude and water depth.

answers: NDQ_000741

answers: solitary water wave

answers: NDQ_000742

answers: (soliton)

answers: NDQ_000743

answers: electromagnetic induction;

answers: NDQ_000744

answers: nondecaying

answers: NDQ_000745

answers: solitary water wave

answers: NDQ_000746

answers: electromagnetic induction;

text: Atmospheric tides are global-scale periodic oscillations of the atmosphere. In many ways they are analogous to ocean tides. Atmospheric tides form an important mechanism for transporting energy input into the lower atmosphere from the upper atmosphere, while dominating the dynamics of the mesosphere and lower thermosphere.  Therefore, learning about atmospheric tides is essential in understanding the atmosphere as a whole.  Modeling and observations of atmospheric tides are needed in order to monitor and predict changes in the Earth's atmosphere.

text: Atmospheric tide

text: s are global-scale periodic oscillations of the

text: atmosphere

text: . In many ways they are analogous to ocean

text: tides

text: . Atmospheric tides form an important mechanism for transporting energy input into the lower atmosphere from the upper atmosphere, while dominating the dynamics of the mesosphere and lower thermosphere.  Therefore, learning about atmospheric tides is essential in understanding the atmosphere as a whole.  Modeling and observations of atmospheric tides are needed in order to monitor and predict changes in the Earth's atmosphere.

answers: NDQ_000702

answers: transporting energy input

answers: NDQ_000704

answers: Which of the following is not a type of atmospheric tide: Atmospheric tides or ocean tides?

answers: NDQ_000706

answers: mesosphere

answers: NDQ_000707

answers: Atmospheric tides

answers: NDQ_000710

answers: Atmospheric tides

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How are atmospheric tides similar to ocean tides?

answers: NDQ_000726

answers: Atmospheric tides

answers: NDQ_000727

answers: Atmospheric tides

answers: NDQ_000728

answers: Atmospheric tides

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation: Coriolis effect, Atmospheric tides or ocean tides?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: Which of the following is not a type of atmospheric tide?

answers: NDQ_000732

answers: Atmospheric tides

answers: NDQ_000733

answers: Earth year

answers: NDQ_000734

answers: energy input

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: atmospheric tides

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: ocean tides are global-scale periodic oscillations of the atmosphere

answers: NDQ_000739

answers: atmospheric

answers: NDQ_000740

answers: ocean tides

answers: NDQ_000741

answers: ocean tides

answers: NDQ_000742

answers: atmospheric tides

answers: NDQ_000743

answers: energy input

answers: NDQ_000744

answers: atmospheric tides

answers: NDQ_000745

answers: ocean tides

answers: NDQ_000746

answers: energy

answers: NDQ_000702

answers: energy input into the lower atmosphere from the upper atmosphere,

answers: NDQ_000704

answers: ocean tides.

answers: NDQ_000706

answers: mesosphere and lower thermosphere.

answers: NDQ_000707

answers: Atmospheric tides

answers: NDQ_000710

answers: energy input into the lower atmosphere from the upper atmosphere,

answers: NDQ_000715

answers: Atmospheric tides

answers: NDQ_000718

answers: Atmospheric tides

answers: NDQ_000720

answers: Atmospheric tides

answers: NDQ_000721

answers: energy input into the lower atmosphere from the upper atmosphere,

answers: NDQ_000722

answers: Atmospheric tides

answers: NDQ_000723

answers: ocean tides.

answers: NDQ_000724

answers: Atmospheric tides

answers: NDQ_000725

answers: ocean tides.

answers: NDQ_000726

answers: ocean tides.

answers: NDQ_000727

answers: Atmospheric tides

answers: NDQ_000728

answers: Atmospheric tides

answers: NDQ_000729

answers: Atmospheric tides

answers: NDQ_000730

answers: Atmospheric tides

answers: NDQ_000731

answers: Atmospheric tides

answers: NDQ_000732

answers: Atmospheric tides

answers: NDQ_000733

answers: ocean tides.

answers: NDQ_000734

answers: transporting energy input into the lower atmosphere from the upper atmosphere,

answers: NDQ_000735

answers: Atmospheric tides

answers: NDQ_000736

answers: ocean tides.

answers: NDQ_000737

answers: Atmospheric tides

answers: NDQ_000738

answers: Atmospheric tides

answers: NDQ_000739

answers: Atmospheric tides

answers: NDQ_000740

answers: ocean tides.

answers: NDQ_000741

answers: tides.

answers: NDQ_000742

answers: Atmospheric tides

answers: NDQ_000743

answers: energy input into the lower atmosphere from the upper atmosphere,

answers: NDQ_000744

answers: Atmospheric tides

answers: NDQ_000745

answers: tides.

answers: NDQ_000746

answers: ocean tides.

text: Examine the degree to which active tectonic plate boundaries influence the ocean from physical, chemical and biological perspectives. Lithospheric movements and interactions at plate boundaries at or beneath the seafloor are responsible for short-term events such as earthquakes, tsunamis and volcanic eruptions. These regions are also host to the densest hydrothermal and biological activity in the ocean basins.

text: Examine the degree to which active

text: tectonic plate

text: boundaries influence the ocean from physical, chemical and biological perspectives.

text: Lithospheric

text: movements and interactions at plate boundaries at or beneath the seafloor are responsible for short-term events such as

text: earthquake

text: s,

text: tsunami

text: s and

text: volcanic eruption

text: s. These regions are also host to the densest hydrothermal and biological activity in the ocean basins.

answers: NDQ_000702

answers: active tectonic plate boundaries

answers: NDQ_000704

answers: are responsible for short-term events such as earthquakes and tsunamis.

answers: NDQ_000706

answers: ocean basins

answers: NDQ_000707

answers: a plate collides with another plate

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: Which of the following is not a type of wave?

answers: NDQ_000725

answers: Which of the following is not a type of short-term event?

answers: NDQ_000726

answers: Which of the following is not a type of wave?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: what is the first sign of a tsunami?

answers: NDQ_000729

answers: Which of the following is not a cause of earthquakes: earthquakes, tsunamis or volcanic eruptions?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a source of short-term events such as earthquakes?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean basins

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: ocean basins host to the densest hydrothermal and biological activity

answers: NDQ_000737

answers: ocean basin

answers: NDQ_000738

answers: volcanic eruptions are responsible for short-term events

answers: NDQ_000739

answers: beneath the seafloor

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: chemical

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Lithospheric movements

answers: NDQ_000746

answers: densest

answers: NDQ_000702

answers: Lithospheric movements

answers: NDQ_000704

answers: Lithospheric

answers: NDQ_000706

answers: Lithospheric

answers: NDQ_000707

answers: Lithospheric movements

answers: NDQ_000710

answers: Lithospheric

answers: NDQ_000715

answers: earthquakes, tsunamis

answers: NDQ_000718

answers: Lithospheric

answers: NDQ_000720

answers: earthquakes, tsunamis and volcanic eruptions.

answers: NDQ_000721

answers: Lithospheric movements

answers: NDQ_000722

answers: earthquakes, tsunamis

answers: NDQ_000723

answers: earthquakes, tsunamis

answers: NDQ_000724

answers: Lithospheric

answers: NDQ_000725

answers: short-term events such as earthquakes, tsunamis and volcanic eruptions.

answers: NDQ_000726

answers: Lithospheric movements

answers: NDQ_000727

answers: earthquakes, tsunamis and volcanic eruptions.

answers: NDQ_000728

answers: Lithospheric movements and interactions at plate boundaries

answers: NDQ_000729

answers: Lithospheric movements

answers: NDQ_000730

answers: Lithospheric movements and interactions at plate boundaries

answers: NDQ_000731

answers: earthquakes, tsunamis and volcanic eruptions.

answers: NDQ_000732

answers: Lithospheric movements and interactions at plate boundaries

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: Lithospheric movements

answers: NDQ_000735

answers: earthquakes, tsunamis and volcanic eruptions.

answers: NDQ_000736

answers: tsunamis

answers: NDQ_000737

answers: tectonic plate boundaries

answers: NDQ_000738

answers: earthquakes, tsunamis and volcanic eruptions.

answers: NDQ_000739

answers: plate boundaries at or beneath the seafloor

answers: NDQ_000740

answers: earthquakes, tsunamis and volcanic eruptions.

answers: NDQ_000741

answers: tsunamis

answers: NDQ_000742

answers: tsunamis

answers: NDQ_000743

answers: earthquakes, tsunamis and volcanic eruptions.

answers: NDQ_000744

answers: tsunamis

answers: NDQ_000745

answers: Lithospheric

answers: NDQ_000746

answers: densest

text: Tides was founded in 1976 by Drummond Pike. Jane Bagley Lehman, heir to the R. J. Reynolds Tobacco Company fortune, was also involved with the founding of Tides. Tides was conceived as a nationally oriented community foundation, and founded out of Pike's frustration with established philanthropy's perceived neglect of progressive issues. Drummond founded a similar organization, Tides Canada, in 2000.

text: Tides was founded in 1976 by

text: Drummond Pike

text: . Jane Bagley Lehman, heir to the

text: R. J. Reynolds Tobacco Company

text: fortune, was also involved with the founding of Tides. Tides was conceived as a nationally oriented community foundation, and founded out of Pike's frustration with established philanthropy's perceived neglect of progressive issues. Drummond founded a similar organization, Tides Canada, in 2000.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: What is the name of the organization that Drummond founded in 2000?

answers: NDQ_000706

answers: continental shelf

answers: NDQ_000707

answers: Tides was conceived as a nationally oriented community foundation

answers: NDQ_000710

answers: Drummond Pike's frustration

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: what is the difference between a crest and a trough

answers: NDQ_000720

answers: Tides Canada

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: Tides Canada

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Tides Canada

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling does not occur in the ocean

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: Tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Tides

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: philanthropy's

answers: NDQ_000704

answers: Tides was founded in 1976

answers: NDQ_000706

answers: Tides

answers: NDQ_000707

answers: Tides was founded in 1976 by Drummond Pike.

answers: NDQ_000710

answers: Tides was founded in 1976

answers: NDQ_000715

answers: Tides was founded in 1976

answers: NDQ_000718

answers: 1976 by Drummond Pike.

answers: NDQ_000720

answers: Tides was founded in 1976

answers: NDQ_000721

answers: Tides was founded in 1976 by Drummond Pike.

answers: NDQ_000722

answers: Tides was founded in 1976

answers: NDQ_000723

answers: Tides Canada, in 2000.

answers: NDQ_000724

answers: Tides was founded in 1976

answers: NDQ_000725

answers: Tides Canada,

answers: NDQ_000726

answers: Tides was founded in 1976

answers: NDQ_000727

answers: Tides

answers: NDQ_000728

answers: Tides was founded in 1976

answers: NDQ_000729

answers: Tides was founded in 1976

answers: NDQ_000730

answers: Tides was founded in 1976

answers: NDQ_000731

answers: Tides Canada, in 2000.

answers: NDQ_000732

answers: Tides was founded in 1976

answers: NDQ_000733

answers: Tides Canada,

answers: NDQ_000734

answers: philanthropy's

answers: NDQ_000735

answers: Tides was founded in 1976

answers: NDQ_000736

answers: Tides was founded in 1976

answers: NDQ_000737

answers: Tides was founded in 1976

answers: NDQ_000738

answers: Tides was founded in 1976 by Drummond Pike.

answers: NDQ_000739

answers: Tides Canada, in 2000.

answers: NDQ_000740

answers: Tides was founded in 1976

answers: NDQ_000741

answers: Tides

answers: NDQ_000742

answers: Tides

answers: NDQ_000743

answers: Tides was founded in 1976

answers: NDQ_000744

answers: Tides

answers: NDQ_000745

answers: Tides

answers: NDQ_000746

answers: 1976

text: A gauge transformation with constant parameter at every point in space and time is analogous to a rigid rotation of the geometric coordinate system; it represents a global symmetry of the gauge representation.  As in the case of a rigid rotation, this gauge transformation affects expressions that represent the rate of change along a path of some gauge-dependent quantity in the same way as those that represent a truly local quantity.  A gauge transformation whose parameter is not a constant function is referred to as a local symmetry; its effect on expressions that involve a derivative is qualitatively different from that on expressions that don't.  (This is analogous to a non-inertial change of reference frame, which can produce a Coriolis effect.)

text: A gauge transformation with constant parameter at every point in space and time is analogous to a rigid rotation of the geometric coordinate system; it represents a

text: global symmetry

text: of the gauge representation.  As in the case of a rigid rotation, this gauge transformation affects expressions that represent the rate of change along a path of some gauge-dependent quantity in the same way as those that represent a truly local quantity.  A gauge transformation whose parameter is not a constant function is referred to as a

text: local symmetry

text: ; its effect on expressions that involve a

text: derivative

text: is qualitatively different from that on expressions that don't.  (This is analogous to a non-inertial change of reference frame, which can produce a

text: Coriolis effect

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: do not have a Coriolis effect

answers: NDQ_000706

answers: global symmetry

answers: NDQ_000707

answers: it has a non-inertial change of reference frame

answers: NDQ_000710

answers: a Coriolis effect

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: what is the difference between a crest and a trough

answers: NDQ_000720

answers: Coriolis effect

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Coriolis effect

answers: NDQ_000725

answers: What can cause water levels to rise and fall?

answers: NDQ_000726

answers: It is not possible to tell

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: It is not possible to tell

answers: NDQ_000731

answers: the sun and moon are in a straight line

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: time

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: global symmetry of the gauge representation

answers: NDQ_000737

answers: global symmetry

answers: NDQ_000738

answers: it represents a global symmetry of the gauge representation

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: Coriolis effect

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: gauge-dependent quantity

answers: NDQ_000702

answers: gauge transformation

answers: NDQ_000704

answers: Coriolis effect.)

answers: NDQ_000706

answers: global

answers: NDQ_000707

answers: Coriolis effect.)

answers: NDQ_000710

answers: Coriolis effect.)

answers: NDQ_000715

answers: Coriolis effect.)

answers: NDQ_000718

answers: Coriolis effect.)

answers: NDQ_000720

answers: Coriolis effect.)

answers: NDQ_000721

answers: Coriolis effect.)

answers: NDQ_000722

answers: Coriolis effect.)

answers: NDQ_000723

answers: Coriolis effect.)

answers: NDQ_000724

answers: Coriolis effect.)

answers: NDQ_000725

answers: Coriolis effect.)

answers: NDQ_000726

answers: Coriolis effect.)

answers: NDQ_000727

answers: Coriolis effect.)

answers: NDQ_000728

answers: Coriolis effect.)

answers: NDQ_000729

answers: non-inertial change of reference frame,

answers: NDQ_000730

answers: Coriolis effect.)

answers: NDQ_000731

answers: Coriolis effect.)

answers: NDQ_000732

answers: non-inertial change of reference frame,

answers: NDQ_000733

answers: time

answers: NDQ_000734

answers: Coriolis effect.)

answers: NDQ_000735

answers: Coriolis effect.)

answers: NDQ_000736

answers: Coriolis effect.)

answers: NDQ_000737

answers: A gauge transformation

answers: NDQ_000738

answers: A gauge transformation with constant parameter

answers: NDQ_000739

answers: Coriolis effect.)

answers: NDQ_000740

answers: Coriolis effect.)

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis effect.)

answers: NDQ_000743

answers: Coriolis effect.)

answers: NDQ_000744

answers: Coriolis effect.)

answers: NDQ_000745

answers: Coriolis effect.)

answers: NDQ_000746

answers: gauge-dependent quantity

text: At the start of the game, players choose whether to directly control any one of the girls: Trill, Cela or Chilly.  This choice roughly corresponds to a difficulty selection - Trill is Normal, Cela is Hard and Chilly is Very Hard.  Once a story cutscene has introduced the song to be performed in the next act, the game moves into a practice session to teach the player the movements necessary to successfully pull off the performance.  Movements are accomplished by following the on-screen markers using the PS2's analog sticks to mimic the motions of arms and legs throughout a dance; if a character on the screen is waving their right arm, the movement is likely accomplished by rolling the right analog stick like a waving arm.

text: At the start of the game, players choose whether to directly control any one of the girls: Trill, Cela or Chilly.  This choice roughly corresponds to a difficulty selection - Trill is Normal, Cela is Hard and Chilly is Very Hard.  Once a story cutscene has introduced the song to be performed in the next act, the game moves into a practice session to teach the player the movements necessary to successfully pull off the performance.  Movements are accomplished by following the on-screen markers using the PS2's analog sticks to mimic the motions of arms and legs throughout a dance; if a character on the screen is waving their right arm, the movement is likely accomplished by rolling the right analog stick like a waving arm.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: What does the PS2's analog sticks do?

answers: NDQ_000706

answers: very hard

answers: NDQ_000707

answers: Trill is in the water.

answers: NDQ_000710

answers: Chilly to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Chilly

answers: NDQ_000721

answers: Trill

answers: NDQ_000722

answers: Trill

answers: NDQ_000723

answers: What is the difference between high and low tide?

answers: NDQ_000724

answers: Chilly

answers: NDQ_000725

answers: How many days does the game last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Trill

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: None

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: analog sticks

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: Chilly

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: unanswerable

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: motions are accomplished by following

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: girls: Trill,

answers: NDQ_000704

answers: PS2's analog sticks

answers: NDQ_000706

answers: Trill is Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000707

answers: rolling the right analog stick like a waving arm.

answers: NDQ_000710

answers: song

answers: NDQ_000715

answers: PS2's analog sticks

answers: NDQ_000718

answers: PS2's analog sticks

answers: NDQ_000720

answers: Trill is Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000721

answers: Trill is Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000722

answers: Trill is Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000723

answers: PS2's analog sticks

answers: NDQ_000724

answers: PS2's analog sticks

answers: NDQ_000725

answers: PS2's analog sticks

answers: NDQ_000726

answers: PS2's analog sticks

answers: NDQ_000727

answers: PS2's analog sticks

answers: NDQ_000728

answers: Trill is Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000729

answers: PS2's analog sticks

answers: NDQ_000730

answers: Trill is Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000731

answers: PS2's analog sticks

answers: NDQ_000732

answers: PS2's analog sticks

answers: NDQ_000733

answers: Trill is Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000734

answers: PS2's analog sticks

answers: NDQ_000735

answers: Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000736

answers: PS2's analog sticks

answers: NDQ_000737

answers: Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000738

answers: Trill is Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000739

answers: Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000740

answers: Trill is Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000741

answers: Trill, Cela or Chilly.

answers: NDQ_000742

answers: Trill is Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000743

answers: PS2's analog sticks

answers: NDQ_000744

answers: Normal, Cela is Hard and Chilly is Very Hard.

answers: NDQ_000745

answers: rolling the right analog stick like a waving arm.

answers: NDQ_000746

answers: PS2's analog sticks

text: The first three sculptures were installed  in November 2009 in Punta Nizuc and on Manchones Reef.   Two of which have been impregnated with live coral cuttings taken from previous hurricane damaged reef.  The second Gallery consisting of a large collection of figures opened was in November 2010 on Manchones Reef, is titled The Silent Evolution.  They were manoeuvred from land in groups of ten, each group weighing several tonnes, and then transported in batches via a barge to the reef.  During deployment a crane and float bags were used to lower them from the surface to the ocean bed, where they are drilled into the ocean substrate and secured using anchor bolts.  In total The Silent Evolution collection weighed about 180 tonnes of dry cement. From the surface the complete structure is loosely configured into the shape of an eye with the ocean filling in the iris.

text: The first three sculptures were installed  in November 2009 in Punta Nizuc and on Manchones Reef.   Two of which have been impregnated with live coral cuttings taken from previous hurricane damaged reef.  The second Gallery consisting of a large collection of figures opened was in November 2010 on Manchones Reef, is titled The Silent Evolution.  They were manoeuvred from land in groups of ten, each group weighing several tonnes, and then transported in batches via a barge to the reef.  During deployment a crane and float bags were used to lower them from the surface to the ocean bed, where they are drilled into the ocean substrate and secured using anchor bolts.  In total The Silent Evolution collection weighed about 180 tonnes of dry cement. From the surface the complete structure is loosely configured into the shape of an eye with the ocean filling in the iris.

answers: NDQ_000702

answers: the ocean

answers: NDQ_000704

answers: How many years after the first three sculptures were installed on Manchones Reef was the second Gallery consisting of a large collection of figures opened?

answers: NDQ_000706

answers: the ocean bed

answers: NDQ_000707

answers: a hurricane damaged the reef

answers: NDQ_000710

answers: The Silent Evolution collection to the ocean bed

answers: NDQ_000715

answers: How many tonnes of dry cement did the Silent Evolution collection weigh?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: How many sculptures were installed in Punta Nizuc and on Manchones Reef?

answers: NDQ_000724

answers: None of the above choices

answers: NDQ_000725

answers: How many sculptures were installed in Punta Nizuc?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect: Earths rotation or hurricanes?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many sculptures were installed in Punta Nizuc?

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: hurricanes

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: ocean filling in the iris

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: live coral cuttings taken from previous hurricane damaged reef

answers: NDQ_000739

answers: dry

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: the ocean

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: float bags were used to lower them

answers: NDQ_000746

answers: Each group weighing several tonnes

answers: NDQ_000702

answers: hurricane

answers: NDQ_000704

answers: ocean filling in the iris.

answers: NDQ_000706

answers: ocean bed,

answers: NDQ_000707

answers: ocean filling in the iris.

answers: NDQ_000710

answers: the ocean filling in the iris.

answers: NDQ_000715

answers: ten,

answers: NDQ_000718

answers: ten,

answers: NDQ_000720

answers: hurricane

answers: NDQ_000721

answers: ocean

answers: NDQ_000722

answers: 2009 in Punta Nizuc

answers: NDQ_000723

answers: Manchones Reef.

answers: NDQ_000724

answers: ocean

answers: NDQ_000725

answers: ten,

answers: NDQ_000726

answers: ten,

answers: NDQ_000727

answers: Manchones Reef.

answers: NDQ_000728

answers: Manchones Reef.

answers: NDQ_000729

answers: Manchones Reef.

answers: NDQ_000730

answers: ocean

answers: NDQ_000731

answers: ten,

answers: NDQ_000732

answers: ten,

answers: NDQ_000733

answers: Manchones Reef.

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: 2009 in Punta Nizuc

answers: NDQ_000736

answers: ocean filling in the iris.

answers: NDQ_000737

answers: hurricane

answers: NDQ_000738

answers: live coral cuttings

answers: NDQ_000739

answers: ocean bed,

answers: NDQ_000740

answers: ocean filling in the iris.

answers: NDQ_000741

answers: ocean filling in the iris.

answers: NDQ_000742

answers: 2009 in Punta Nizuc

answers: NDQ_000743

answers: drilled into the ocean substrate and secured using anchor bolts.

answers: NDQ_000744

answers: Manchones Reef.

answers: NDQ_000745

answers: float bags were used to lower them from the surface to the ocean bed,

answers: NDQ_000746

answers: several tonnes,

text: Tsunamis, potentially enormous waves often caused by earthquakes, have great erosional and sediment-reworking potential.  They may strip beaches of sand that may have taken years to accumulate and may destroy trees and other coastal vegetation.  Tsunamis are also capable of flooding hundreds of meters inland past the typical high-water level and fast-moving water, associated with the inundating tsunami, can crush homes and other coastal structures.

text: Tsunamis

text: , potentially enormous

text: wave

text: s often caused by

text: earthquake

text: s, have great

text: erosion

text: al and

text: sediment

text: -reworking potential.  They may strip beaches of

text: sand

text: that may have taken years to accumulate and may destroy trees and other coastal vegetation.  Tsunamis are also capable of

text: flooding

text: hundreds of meters inland past the typical high-water level and fast-moving water, associated with the inundating tsunami, can crush homes and other coastal structures.

answers: NDQ_000702

answers: earthquakes

answers: NDQ_000704

answers: Which of the following is not a cause of tsunamis: earthquakes, tsunamis, or surface currents?

answers: NDQ_000706

answers: inundating tsunami

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: Tsunamis

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: No

answers: NDQ_000725

answers: Which of the following is not a cause of Tsunamis?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: can crush homes and other coastal structures

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth Day

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: high-water level

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Tsunamis are capable of flooding hundreds of meters inland past the typical high-water level

answers: NDQ_000739

answers: sandier

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can crush homes

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: earthquakes,

answers: NDQ_000704

answers: Tsunamis,

answers: NDQ_000706

answers: Tsunamis,

answers: NDQ_000707

answers: earthquakes,

answers: NDQ_000710

answers: Tsunamis,

answers: NDQ_000715

answers: Tsunamis, potentially enormous waves

answers: NDQ_000718

answers: Tsunamis,

answers: NDQ_000720

answers: Tsunamis,

answers: NDQ_000721

answers: Tsunamis, potentially enormous waves often caused by earthquakes,

answers: NDQ_000722

answers: high-water level

answers: NDQ_000723

answers: Tsunamis, potentially enormous waves

answers: NDQ_000724

answers: earthquakes,

answers: NDQ_000725

answers: Tsunamis,

answers: NDQ_000726

answers: Tsunamis, potentially enormous waves often caused by earthquakes,

answers: NDQ_000727

answers: Tsunamis,

answers: NDQ_000728

answers: fast-moving water,

answers: NDQ_000729

answers: Tsunamis, potentially enormous waves often caused by earthquakes,

answers: NDQ_000730

answers: Tsunamis, potentially enormous waves often caused by earthquakes,

answers: NDQ_000731

answers: Tsunamis,

answers: NDQ_000732

answers: Tsunamis,

answers: NDQ_000733

answers: Tsunamis,

answers: NDQ_000734

answers: earthquakes,

answers: NDQ_000735

answers: Tsunamis,

answers: NDQ_000736

answers: Tsunamis,

answers: NDQ_000737

answers: Tsunamis,

answers: NDQ_000738

answers: Tsunamis,

answers: NDQ_000739

answers: sand that may have taken years to accumulate

answers: NDQ_000740

answers: high-water level

answers: NDQ_000741

answers: tsunami,

answers: NDQ_000742

answers: Tsunamis,

answers: NDQ_000743

answers: earthquakes,

answers: NDQ_000744

answers: high-water level

answers: NDQ_000745

answers: fast-moving water, associated with the inundating tsunami,

answers: NDQ_000746

answers: hundreds of meters

text: Flies (Diptera) and some moths (Lepidoptera) exploit the Coriolis effect in flight with specialized appendages and organs that relay information about the angular velocity of their bodies. Coriolis forces resulting from linear motion of these appendages are detected within the rotating frame of reference of the insects' bodies. In the case of flies, their specialized appendages are dumbbell shaped organs located just behind their wings called halteres. The halteres oscillate in a plane at the same beat frequency as the main wings so that any body rotation results in lateral deviation of the halteres from their plane of motion. In moths, their antennae are responsible for the sensing of Coriolis forces in the similar manner as with the halteres in flies. In both flies and moths, a collection of mechanosensors at the base of the appendage are sensitive to deviations at the beat frequency, correlating to rotation in the pitch and roll planes, and at twice the beat frequency, correlating to rotation in the yaw plane.

text: Flies (

text: Diptera

text: ) and some moths (

text: Lepidoptera

text: ) exploit the Coriolis effect in flight with specialized appendages and organs that relay information about the angular velocity of their bodies. Coriolis forces resulting from linear motion of these appendages are detected within the rotating frame of reference of the insects' bodies. In the case of flies, their specialized appendages are dumbbell shaped organs located just behind their wings called

text: halteres

text: . The halteres oscillate in a plane at the same beat frequency as the main wings so that any body rotation results in lateral deviation of the halteres from their plane of motion. In moths, their antennae are responsible for the sensing of Coriolis forces in the similar manner as with the halteres in flies. In both flies and moths, a collection of mechanosensors at the base of the appendage are sensitive to deviations at the beat frequency, correlating to rotation in the

text: pitch and roll

text: planes, and at twice the beat frequency, correlating to rotation in the

text: yaw

text: plane.

answers: NDQ_000702

answers: Coriolis forces

answers: NDQ_000704

answers: Which of the following is not a type of surface current?

answers: NDQ_000706

answers: pitch and roll planes

answers: NDQ_000707

answers: Coriolis forces are too strong

answers: NDQ_000710

answers: Coriolis forces resulting from linear motion

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: flies

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds?

answers: NDQ_000725

answers: Which of the following is not a type of insect: Diptera or Lepidoptera?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Coriolis forces

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: Coriolis forces

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the halteres oscillate in a plane at the same beat frequency

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: NDQ_000702

answers: Coriolis forces

answers: NDQ_000704

answers: Coriolis effect

answers: NDQ_000706

answers: yaw plane.

answers: NDQ_000707

answers: lateral deviation of the halteres from their plane of motion.

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: beat frequency,

answers: NDQ_000718

answers: Coriolis effect

answers: NDQ_000720

answers: Coriolis effect

answers: NDQ_000721

answers: Coriolis effect

answers: NDQ_000722

answers: Coriolis effect

answers: NDQ_000723

answers: Coriolis effect

answers: NDQ_000724

answers: Coriolis effect

answers: NDQ_000725

answers: Coriolis effect

answers: NDQ_000726

answers: Coriolis effect

answers: NDQ_000727

answers: Coriolis effect

answers: NDQ_000728

answers: Coriolis effect

answers: NDQ_000729

answers: linear motion

answers: NDQ_000730

answers: Coriolis effect

answers: NDQ_000731

answers: Coriolis effect

answers: NDQ_000732

answers: lateral deviation of the halteres from their plane of motion.

answers: NDQ_000733

answers: twice the beat frequency,

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: Coriolis effect

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: Flies (Diptera)

answers: NDQ_000738

answers: Flies

answers: NDQ_000739

answers: Coriolis effect

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: linear motion

answers: NDQ_000744

answers: Coriolis effect

answers: NDQ_000745

answers: Coriolis

answers: NDQ_000746

answers: twice the beat frequency,

text: The Revelle effect describes how only a small fraction of pCO is present in ocean water when  much larger amounts are added to the atmosphere. Depending on the alkalinity of the water, DIC  is either present as CO, HCO, or CO. When the pH is high (basic) the Revelle factor is greatest, causing much of the DIC to exist as HCO or CO, and not CO. So, the greater the buffering effect (low Revelle Factor) the more DIC  occurs as CO or HCO, effectively lowering the pCO levels in both the atmosphere and ocean.

text: The Revelle effect describes how only a small fraction of pCO is present in ocean water when  much larger amounts are added to the atmosphere. Depending on the

text: alkalinity

text: of the water, DIC  is either present as CO, HCO, or CO. When the pH is high (basic) the Revelle factor is greatest, causing much of the DIC to exist as HCO or CO, and not CO. So, the greater the buffering effect (low Revelle Factor) the more DIC  occurs as CO or HCO, effectively lowering the pCO levels in both the atmosphere and ocean.

answers: NDQ_000702

answers: pCO

answers: NDQ_000704

answers: Which of the following is not a form of DIC?

answers: NDQ_000706

answers: When the pH is high

answers: NDQ_000707

answers: the water is too cold.

answers: NDQ_000710

answers: ocean water to the surface

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many times per day does the Revelle effect occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day.

answers: NDQ_000734

answers: ocean water

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Revelle factor at its lowest

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The Revelle effect describes how only a small fraction of pCO is present in ocean water

answers: NDQ_000739

answers: alkaline

answers: NDQ_000740

answers: pCO

answers: NDQ_000741

answers: ocean water

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: Revelle Factor

answers: NDQ_000702

answers: Revelle effect

answers: NDQ_000704

answers: Depending on the alkalinity

answers: NDQ_000706

answers: (basic)

answers: NDQ_000707

answers: The Revelle effect

answers: NDQ_000710

answers: lowering the pCO levels in both the atmosphere and ocean.

answers: NDQ_000715

answers: The Revelle effect

answers: NDQ_000718

answers: The Revelle effect

answers: NDQ_000720

answers: The Revelle effect

answers: NDQ_000721

answers: The Revelle effect

answers: NDQ_000722

answers: alkalinity

answers: NDQ_000723

answers: The Revelle effect

answers: NDQ_000724

answers: The Revelle effect

answers: NDQ_000725

answers: The Revelle effect

answers: NDQ_000726

answers: The Revelle effect

answers: NDQ_000727

answers: The Revelle effect

answers: NDQ_000728

answers: The Revelle effect

answers: NDQ_000729

answers: The Revelle effect

answers: NDQ_000730

answers: The Revelle effect

answers: NDQ_000731

answers: The Revelle effect

answers: NDQ_000732

answers: Revelle effect

answers: NDQ_000733

answers: The Revelle effect

answers: NDQ_000734

answers: The Revelle effect describes how only a small fraction of pCO

answers: NDQ_000735

answers: high

answers: NDQ_000736

answers: The Revelle effect

answers: NDQ_000737

answers: ocean water

answers: NDQ_000738

answers: only a small fraction of pCO is present in ocean water

answers: NDQ_000739

answers: alkalinity

answers: NDQ_000740

answers: The Revelle effect describes how only a small fraction of pCO

answers: NDQ_000741

answers: ocean water

answers: NDQ_000742

answers: The Revelle effect

answers: NDQ_000743

answers: The Revelle effect

answers: NDQ_000744

answers: The Revelle effect

answers: NDQ_000745

answers: The Revelle effect

answers: NDQ_000746

answers: pCO

text: Oceanic islands are islands that do not sit on continental shelves. The vast majority are volcanic in origin, such as Saint Helena in the South Atlantic Ocean. The few oceanic islands that are not volcanic are tectonic in origin and arise where plate movements have lifted up the ocean floor above the surface. Examples are Saint Peter and Paul Rocks in the Atlantic Ocean and Macquarie Island in the Pacific.

text: Oceanic islands are islands that do not sit on continental shelves. The vast majority are

text: volcanic

text: in origin, such as

text: Saint Helena

text: in the

text: South Atlantic Ocean

text: . The few oceanic islands that are not volcanic are

text: tectonic

text: in origin and arise where plate movements have lifted up the ocean floor above the surface. Examples are

text: Saint Peter and Paul Rocks

text: in the Atlantic Ocean and

text: Macquarie Island

text: in the Pacific.

answers: NDQ_000702

answers: volcanic

answers: NDQ_000704

answers: Which of the following is not an oceanic island: Saint Helena, Saint Peter, or Paul Rocks?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: plate movements lift up the ocean floor above the surface

answers: NDQ_000710

answers: Saint Helena to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a source of waves: winds or volcanoes?

answers: NDQ_000725

answers: Which of the following is not an example of an oceanic island?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not a type of island: volcanic, tectonic, or tectonic?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: plate movements

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: oceanic island

answers: NDQ_000738

answers: the vast majority of oceanic islands are volcanic in origin

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: Atlantic Ocean

answers: NDQ_000742

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: plate movements

answers: NDQ_000746

answers: NDQ_000702

answers: volcanic

answers: NDQ_000704

answers: Oceanic islands are islands that do not sit on continental shelves.

answers: NDQ_000706

answers: South Atlantic Ocean.

answers: NDQ_000707

answers: plate movements have lifted up the ocean floor above the surface.

answers: NDQ_000710

answers: plate movements have lifted up the ocean floor above the surface.

answers: NDQ_000715

answers: Oceanic islands

answers: NDQ_000718

answers: Oceanic islands

answers: NDQ_000720

answers: Oceanic islands

answers: NDQ_000721

answers: Oceanic islands

answers: NDQ_000722

answers: Oceanic islands are islands that do not sit on continental shelves.

answers: NDQ_000723

answers: Oceanic islands

answers: NDQ_000724

answers: Oceanic islands

answers: NDQ_000725

answers: Oceanic islands

answers: NDQ_000726

answers: Oceanic islands

answers: NDQ_000727

answers: Oceanic islands

answers: NDQ_000728

answers: Oceanic islands

answers: NDQ_000729

answers: Oceanic islands

answers: NDQ_000730

answers: Oceanic islands

answers: NDQ_000731

answers: Oceanic islands

answers: NDQ_000732

answers: Oceanic islands

answers: NDQ_000733

answers: South Atlantic Ocean.

answers: NDQ_000734

answers: volcanic

answers: NDQ_000735

answers: Oceanic islands

answers: NDQ_000736

answers: Oceanic islands

answers: NDQ_000737

answers: Oceanic islands

answers: NDQ_000738

answers: volcanic in origin,

answers: NDQ_000739

answers: volcanic

answers: NDQ_000740

answers: ocean floor above the surface.

answers: NDQ_000741

answers: Oceanic islands

answers: NDQ_000742

answers: Oceanic islands

answers: NDQ_000743

answers: Oceanic islands

answers: NDQ_000744

answers: Oceanic islands

answers: NDQ_000745

answers: plate movements

answers: NDQ_000746

answers: Oceanic islands

text: In 493 BC the Roman army, led by the consul Postumus Cominius Auruncus fought and defeated a force of the Volsci from the coastal town of Antium.  The Roman army pursued the Volsci to the town of Longula (to the north of Antium).  The Romans took Longula, and then pursuing the Volsci further north, also took the town of Pollusca and followed the Volsci to the town of Corioli.

text: In 493 BC the Roman army, led by the consul

text: Postumus Cominius Auruncus

text: fought and defeated a force of the Volsci from the coastal town of

text: Antium

text: .  The Roman army pursued the Volsci to the town of

text: Longula

text: (to the north of Antium).  The Romans took Longula, and then pursuing the Volsci further north, also took the town of

text: Pollusca

text: and followed the Volsci to the town of

text: Corioli

answers: NDQ_000702

answers: coastal town

answers: NDQ_000704

answers: What caused the Roman army to pursue the Volsci?

answers: NDQ_000706

answers: Longula

answers: NDQ_000707

answers: it is too large.

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What does the passage imply?

answers: NDQ_000725

answers: How many days did the Roman army pursue the Volsci to the town of Antium?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the cause of Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: town of Antium

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The Roman army pursued the Volsci to the town of Longula

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: NDQ_000741

answers: river

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: NDQ_000746

answers: NDQ_000702

answers: coastal town of Antium.

answers: NDQ_000704

answers: coastal town of Antium.

answers: NDQ_000706

answers: coastal town of Antium.

answers: NDQ_000707

answers: coastal town of Antium.

answers: NDQ_000710

answers: Longula

answers: NDQ_000715

answers: Longula

answers: NDQ_000718

answers: Longula

answers: NDQ_000720

answers: In 493 BC

answers: NDQ_000721

answers: Antium.

answers: NDQ_000722

answers: Antium.

answers: NDQ_000723

answers: Longula

answers: NDQ_000724

answers: coastal town of Antium.

answers: NDQ_000725

answers: Longula

answers: NDQ_000726

answers: In 493 BC

answers: NDQ_000727

answers: Antium.

answers: NDQ_000728

answers: Volsci from the coastal town of Antium.

answers: NDQ_000729

answers: Corioli.

answers: NDQ_000730

answers: Antium.

answers: NDQ_000731

answers: Antium.

answers: NDQ_000732

answers: Corioli.

answers: NDQ_000733

answers: 493 BC

answers: NDQ_000734

answers: coastal town of Antium.

answers: NDQ_000735

answers: Antium.

answers: NDQ_000736

answers: Longula

answers: NDQ_000737

answers: coastal town of Antium.

answers: NDQ_000738

answers: coastal town of Antium.

answers: NDQ_000739

answers: Longula

answers: NDQ_000740

answers: 493 BC

answers: NDQ_000741

answers: coastal town of Antium.

answers: NDQ_000742

answers: Antium.

answers: NDQ_000743

answers: Longula

answers: NDQ_000744

answers: Antium.

answers: NDQ_000745

answers: Longula

answers: NDQ_000746

answers: BC

text: The bay's tides are semi-diurnal, meaning that the region experiences two high and low tides that occur daily. The tides range in height from 1.1 m at the bay's mouth, and 1.4 m at its head. The differences in water depth between high and low tide averages to about . The lunar, semi-diurnal M2 tide occurs at a period of 12.42 h, with two tides occurring in the watershed every 24 h and 50 min. The watershed's neap and spring tides occur every 14.8 days. In Narragansett bay, the tides show a distinct double-peak flood during high tide and single peak ebb during low tide.

text: The bay's

text: tide

text: s are semi-diurnal, meaning that the region experiences two high and low tides that occur daily. The tides range in height from 1.1 m at the bay's mouth, and 1.4 m at its head. The differences in water depth between high and low tide averages to about . The lunar, semi-diurnal M2 tide occurs at a period of 12.42 h, with two tides occurring in the watershed every 24 h and 50 min. The watershed's

text: neap and spring tides

text: occur every 14.8 days. In Narragansett bay, the tides show a distinct double-peak flood during high tide and single peak ebb during low tide.

answers: NDQ_000702

answers: lunar

answers: NDQ_000704

answers: What is the difference in water depth between high and low tide?

answers: NDQ_000706

answers: Narragansett bay

answers: NDQ_000707

answers: low tide is greater than high tide

answers: NDQ_000710

answers: Narragansett bay's tides

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: 1.1 m

answers: NDQ_000723

answers: What is the difference in water depth between high and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Yes

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: The differences in water depth

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: What is the difference in water depth between high and low tide averages to about?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Yes

answers: NDQ_000734

answers: water

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: double-peak flood during high tide

answers: NDQ_000737

answers: watershed

answers: NDQ_000738

answers: The differences in water depth between high and low tide averages to about

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: high and low tides

answers: NDQ_000741

answers: bay

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: neap

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: m2

answers: NDQ_000702

answers: water

answers: NDQ_000704

answers: double-peak flood during high tide and single peak ebb

answers: NDQ_000706

answers: the bay's mouth, and 1.4 m at its head.

answers: NDQ_000707

answers: high tide and single peak ebb during low tide.

answers: NDQ_000710

answers: double-peak flood

answers: NDQ_000715

answers: 1.1 m

answers: NDQ_000718

answers: 1.1 m

answers: NDQ_000720

answers: The bay's tides are semi-diurnal,

answers: NDQ_000721

answers: lunar, semi-diurnal

answers: NDQ_000722

answers: The differences in water depth between high and low tide averages to about.

answers: NDQ_000723

answers: high tide and single peak ebb during low tide.

answers: NDQ_000724

answers: tides are semi-diurnal,

answers: NDQ_000725

answers: two high and low tides

answers: NDQ_000726

answers: The bay's tides are semi-diurnal,

answers: NDQ_000727

answers: The differences in water depth

answers: NDQ_000728

answers: double-peak flood

answers: NDQ_000729

answers: 12.42 h,

answers: NDQ_000730

answers: semi-diurnal,

answers: NDQ_000731

answers: 14.8 days.

answers: NDQ_000732

answers: double-peak flood

answers: NDQ_000733

answers: daily.

answers: NDQ_000734

answers: water

answers: NDQ_000735

answers: 14.8 days.

answers: NDQ_000736

answers: double-peak flood during high tide and single peak ebb

answers: NDQ_000737

answers: The bay's tides are semi-diurnal,

answers: NDQ_000738

answers: two high and low tides that occur daily.

answers: NDQ_000739

answers: high and low tide

answers: NDQ_000740

answers: two high and low tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: M2 tide

answers: NDQ_000743

answers: The bay's tides are semi-diurnal,

answers: NDQ_000744

answers: lunar, semi-diurnal M2 tide

answers: NDQ_000745

answers: The differences in water depth between high and low tide

answers: NDQ_000746

answers: 1.1 m

text: The worst accident was the 2004 Sri Lanka tsunami-rail disaster with more than 1700 people died by tsunami wave which followed the 2004 Indian Ocean earthquake.

text: The worst accident was the

text: 2004 Sri Lanka tsunami-rail disaster

text: with more than 1700 people died by

text: tsunami

text: wave which followed the

text: 2004 Indian Ocean earthquake

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: can cause a tsunami

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: ice to the ocean surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or tsunami?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: It is not possible to tell

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Indian Ocean as a body of water

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tsunamis are caused by upwelling.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: cannot be determined

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: can not be used to answer this question

answers: NDQ_000743

answers: can cause death

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: can not be determined

answers: NDQ_000702

answers: earthquake.

answers: NDQ_000704

answers: Indian Ocean earthquake.

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: earthquake.

answers: NDQ_000710

answers: tsunami wave

answers: NDQ_000715

answers: 1700 people died by tsunami wave

answers: NDQ_000718

answers: 1700 people died by tsunami wave

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: 1700 people died by tsunami wave which followed the 2004 Indian Ocean earthquake.

answers: NDQ_000722

answers: 1700 people died by tsunami wave which followed the 2004 Indian Ocean earthquake.

answers: NDQ_000723

answers: tsunami wave

answers: NDQ_000724

answers: 1700 people died by tsunami wave

answers: NDQ_000725

answers: The worst accident was the 2004 Sri Lanka tsunami-rail disaster

answers: NDQ_000726

answers: tsunami-rail disaster with more than 1700 people died by tsunami wave

answers: NDQ_000727

answers: 1700 people died by tsunami wave which followed the 2004 Indian Ocean earthquake.

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000729

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000730

answers: tsunami wave

answers: NDQ_000731

answers: 1700 people died by tsunami wave which followed the 2004 Indian Ocean earthquake.

answers: NDQ_000732

answers: 2004 Sri Lanka tsunami-rail disaster

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquake.

answers: NDQ_000735

answers: 1700 people died by tsunami wave which followed the 2004 Indian Ocean earthquake.

answers: NDQ_000736

answers: tsunami wave

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: 1700 people died by tsunami wave

answers: NDQ_000739

answers: earthquake.

answers: NDQ_000740

answers: earthquake.

answers: NDQ_000741

answers: tsunami wave

answers: NDQ_000742

answers: tsunami wave

answers: NDQ_000743

answers: tsunami wave

answers: NDQ_000744

answers: tsunami wave

answers: NDQ_000745

answers: tsunami wave

answers: NDQ_000746

answers: 1700

text: On the coast the upwelling of the cold Benguela current gives rise to dense ocean fogs (called "cassimbo" by the Angolans) for much of the year. The winds blow from land to sea, rainfall rarely exceeds  annually and the climate is highly inhospitable. There is a constant, heavy surf on the beaches. In the days of human-powered boats it was possible to get ashore through the surf but impossible to launch from the shore. The only way out was by going through a marsh hundreds of miles long and only accessible via a hot and arid desert.

text: On the coast the

text: upwelling

text: of the cold

text: Benguela current

text: gives rise to dense ocean

text: fog

text: s (called "cassimbo" by the Angolans) for much of the year. The winds blow from land to sea, rainfall rarely exceeds  annually and the

text: climate

text: is highly inhospitable. There is a constant, heavy

text: surf

text: on the beaches. In the days of human-powered boats it was possible to get ashore through the surf but impossible to launch from the shore. The only way out was by going through a marsh hundreds of miles long and only accessible via a hot and arid desert.

answers: NDQ_000702

answers: cold Benguela current

answers: NDQ_000704

answers: Which of the following is not a type of current: cold Benguela current or dense ocean fogs?

answers: NDQ_000706

answers: beaches

answers: NDQ_000707

answers: wind is blowing from land to sea

answers: NDQ_000710

answers: dense ocean fogs

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: heavy surf

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It was impossible to launch from the shore

answers: NDQ_000723

answers: What is a constant, heavy surf on the beaches?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many days does it take for water levels to rise and fall once a day?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not a cause for dense ocean fogs?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Benguela current

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: dense ocean fogs (called "cassimbo") by the Angolans

answers: NDQ_000739

answers: unfrozen

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Benguela current

answers: NDQ_000742

answers: NDQ_000743

answers: wind

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: cold Benguela current

answers: NDQ_000704

answers: Benguela current

answers: NDQ_000706

answers: on the beaches.

answers: NDQ_000707

answers: winds

answers: NDQ_000710

answers: dense ocean fogs

answers: NDQ_000715

answers: surf

answers: NDQ_000718

answers: surf

answers: NDQ_000720

answers: heavy surf

answers: NDQ_000721

answers: surf

answers: NDQ_000722

answers: heavy surf

answers: NDQ_000723

answers: surf

answers: NDQ_000724

answers: surf

answers: NDQ_000725

answers: heavy surf

answers: NDQ_000726

answers: winds blow from land to sea,

answers: NDQ_000727

answers: Benguela current

answers: NDQ_000728

answers: heavy surf

answers: NDQ_000729

answers: The winds blow from land to sea,

answers: NDQ_000730

answers: heavy surf

answers: NDQ_000731

answers: heavy surf

answers: NDQ_000732

answers: Benguela current gives rise to dense ocean fogs

answers: NDQ_000733

answers: annually

answers: NDQ_000734

answers: cold Benguela current

answers: NDQ_000735

answers: year.

answers: NDQ_000736

answers: heavy surf

answers: NDQ_000737

answers: cold Benguela current

answers: NDQ_000738

answers: dense ocean fogs

answers: NDQ_000739

answers: cold Benguela current

answers: NDQ_000740

answers: rainfall

answers: NDQ_000741

answers: Benguela current

answers: NDQ_000742

answers: heavy surf

answers: NDQ_000743

answers: The winds blow from land to sea,

answers: NDQ_000744

answers: heavy surf

answers: NDQ_000745

answers: cold Benguela current

answers: NDQ_000746

answers: On the coast the upwelling of the cold Benguela current

text: Within this third generation of models, the spectral wave transport equation is used to describe the change in wave spectrum over changing topography.  It simulates wave generation, wave movement (propagation within a fluid), wave shoaling, refraction, energy transfer between waves, and wave dissipation.  Since surface winds are the primary forcing mechanism in the spectral wave transport equation, ocean wave models use information produced by numerical weather prediction models as inputs to determine how much energy is transferred from the atmosphere into the layer at the surface of the ocean.  Along with dissipation of energy through whitecaps and resonance between waves, surface winds from numerical weather models allow for more accurate predictions of the state of the sea surface.

text: Within this third generation of models, the spectral wave transport equation is used to describe the change in wave spectrum over changing topography.  It simulates wave generation, wave movement (propagation within a fluid),

text: wave shoaling

text: refraction

text: , energy transfer between waves, and wave dissipation.  Since surface winds are the primary forcing mechanism in the spectral wave transport equation, ocean wave models use information produced by numerical weather prediction models as inputs to determine how much energy is transferred from the atmosphere into the layer at the surface of the ocean.  Along with dissipation of energy through

text: whitecaps

text: and

text: resonance

text: between waves, surface winds from numerical weather models allow for more accurate predictions of the state of the sea surface.

answers: NDQ_000702

answers: surface winds

answers: NDQ_000704

answers: What is the primary forcing mechanism in the spectral wave transport equation?

answers: NDQ_000706

answers: the layer at the surface

answers: NDQ_000707

answers: energy is transferred from the atmosphere into the layer

answers: NDQ_000710

answers: whitecaps

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: surface winds

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: water is shallow

answers: NDQ_000723

answers: Which of the following is not used to describe the change in wave spectrum over changing topography?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How do tides cause water levels to rise and fall?

answers: NDQ_000726

answers: surface winds

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: whitecaps

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: surface winds from numerical weather models

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: surface winds

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: spectral wave transport equation

answers: NDQ_000737

answers: surface winds

answers: NDQ_000738

answers: whitecaps and resonance between waves

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: whitecaps

answers: NDQ_000742

answers: NDQ_000743

answers: wave dissipation

answers: NDQ_000744

answers: NDQ_000745

answers: surface winds

answers: NDQ_000746

answers: energy

answers: NDQ_000702

answers: surface winds

answers: NDQ_000704

answers: surface winds

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: refraction,

answers: NDQ_000710

answers: whitecaps

answers: NDQ_000715

answers: spectral wave transport equation

answers: NDQ_000718

answers: spectral wave transport equation is used to describe the change in wave spectrum

answers: NDQ_000720

answers: surface winds

answers: NDQ_000721

answers: surface winds

answers: NDQ_000722

answers: wave shoaling,

answers: NDQ_000723

answers: wave generation,

answers: NDQ_000724

answers: surface winds

answers: NDQ_000725

answers: winds

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: spectral wave transport equation

answers: NDQ_000728

answers: wave shoaling,

answers: NDQ_000729

answers: surface winds

answers: NDQ_000730

answers: surface winds

answers: NDQ_000731

answers: changing topography.

answers: NDQ_000732

answers: surface winds

answers: NDQ_000733

answers: third generation of models,

answers: NDQ_000734

answers: surface winds

answers: NDQ_000735

answers: winds

answers: NDQ_000736

answers: surface winds

answers: NDQ_000737

answers: winds

answers: NDQ_000738

answers: surface winds

answers: NDQ_000739

answers: changing topography.

answers: NDQ_000740

answers: change in wave spectrum over changing topography.

answers: NDQ_000741

answers: winds

answers: NDQ_000742

answers: spectral wave transport equation

answers: NDQ_000743

answers: energy transfer between waves, and wave dissipation.

answers: NDQ_000744

answers: spectral wave transport equation

answers: NDQ_000745

answers: wave movement

answers: NDQ_000746

answers: energy transfer between waves, and wave dissipation.

text: This seasonal behaviour of the Great Whirl affects the local coastal ocean flows and thus the Arabian Sea ecosystem: During the summer season, coastal upwelling currents strongly dependent on the shape and behaviour of the eddy are observed to the northwest of the Great Whirl. Not only does the biological productivity of the region depend on these upwelling currents, they (and thus, the Great Whirl itself) also play a large part in regulating the heat flux budget of the North Indian Ocean.

text: This seasonal behaviour of the Great Whirl affects the local coastal ocean flows and thus the Arabian Sea ecosystem: During the summer season, coastal upwelling currents strongly dependent on the shape and behaviour of the eddy are observed to the northwest of the Great Whirl. Not only does the biological productivity of the region depend on these upwelling currents, they (and thus, the Great Whirl itself) also play a large part in regulating the heat flux budget of the North Indian Ocean.

answers: NDQ_000702

answers: Great Whirl

answers: NDQ_000704

answers: Which of the following is not a type of current: coastal upwelling currents, upwelling currents or surface currents?

answers: NDQ_000706

answers: Great Whirl

answers: NDQ_000707

answers: a body of water is moving

answers: NDQ_000710

answers: ocean currents

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: What does the Great Whirl affect?

answers: NDQ_000725

answers: How does the Great Whirl affect the local coastal ocean flows?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does the Great Whirl affect?

answers: NDQ_000733

answers: season

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Great Whirl

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Great Whirl affects the local coastal ocean flows

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: seasonal behaviour

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: summer season

answers: NDQ_000743

answers: heat flux

answers: NDQ_000744

answers: NDQ_000745

answers: upwelling currents

answers: NDQ_000746

answers: heat flux budget

answers: NDQ_000702

answers: upwelling currents

answers: NDQ_000704

answers: coastal upwelling currents

answers: NDQ_000706

answers: Great Whirl

answers: NDQ_000707

answers: eddy

answers: NDQ_000710

answers: biological productivity

answers: NDQ_000715

answers: Great Whirl

answers: NDQ_000718

answers: Great Whirl

answers: NDQ_000720

answers: Great Whirl

answers: NDQ_000721

answers: Great Whirl

answers: NDQ_000722

answers: coastal upwelling currents

answers: NDQ_000723

answers: Great Whirl

answers: NDQ_000724

answers: Great Whirl

answers: NDQ_000725

answers: Great Whirl

answers: NDQ_000726

answers: eddy

answers: NDQ_000727

answers: Great Whirl

answers: NDQ_000728

answers: coastal upwelling currents

answers: NDQ_000729

answers: Great Whirl

answers: NDQ_000730

answers: Great Whirl

answers: NDQ_000731

answers: Great Whirl

answers: NDQ_000732

answers: northwest of the Great Whirl.

answers: NDQ_000733

answers: Arabian Sea

answers: NDQ_000734

answers: upwelling currents

answers: NDQ_000735

answers: summer season,

answers: NDQ_000736

answers: Great Whirl

answers: NDQ_000737

answers: currents

answers: NDQ_000738

answers: the shape and behaviour of the eddy

answers: NDQ_000739

answers: summer season,

answers: NDQ_000740

answers: heat flux budget of the North Indian Ocean.

answers: NDQ_000741

answers: upwelling currents

answers: NDQ_000742

answers: summer season, coastal upwelling currents

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: summer season, coastal upwelling currents

answers: NDQ_000745

answers: upwelling currents

answers: NDQ_000746

answers: heat flux budget

text: There are two main types of waves. Mechanical waves propagate through a medium, and the substance of this medium is deformed. Restoring forces then reverse the deformation. For example, sound waves propagate via air molecules colliding with their neighbors. When the molecules collide, they also bounce away from each other (a restoring force). This keeps the molecules from continuing to travel in the direction of the wave.

text: There are two main types of waves.

text: Mechanical wave

text: s propagate through a medium, and the substance of this medium is deformed.

text: Restoring force

text: s then reverse the deformation. For example,

text: sound

text: waves propagate via air molecules colliding with their neighbors. When the molecules collide, they also bounce away from each other (a restoring force). This keeps the molecules from continuing to travel in the direction of the wave.

answers: NDQ_000702

answers: mechanical waves

answers: NDQ_000704

answers: can propagate through a medium

answers: NDQ_000706

answers: sound waves propagate

answers: NDQ_000707

answers: air molecules collide with each other

answers: NDQ_000710

answers: air molecules closer together

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: mechanical waves

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What are the two main types of waves?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How do mechanical waves propagate?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: Which of the following is not a type of wave?

answers: NDQ_000730

answers: None of the above choices.

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: direction of the wave

answers: NDQ_000733

answers: day.

answers: NDQ_000734

answers: mechanical waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: sound waves propagate

answers: NDQ_000737

answers: medium

answers: NDQ_000738

answers: sound waves propagate through air molecules

answers: NDQ_000739

answers: surrounded by ice

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: is a wave

answers: NDQ_000742

answers: is a tide

answers: NDQ_000743

answers: is propagation

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: is caused by waves

answers: NDQ_000746

answers: NDQ_000702

answers: Mechanical waves

answers: NDQ_000704

answers: sound waves

answers: NDQ_000706

answers: Mechanical waves propagate through a medium,

answers: NDQ_000707

answers: Restoring forces

answers: NDQ_000710

answers: sound waves

answers: NDQ_000715

answers: sound waves

answers: NDQ_000718

answers: waves.

answers: NDQ_000720

answers: Mechanical waves

answers: NDQ_000721

answers: There are two main types of waves.

answers: NDQ_000722

answers: Mechanical waves propagate through a medium,

answers: NDQ_000723

answers: Mechanical waves

answers: NDQ_000724

answers: Mechanical waves

answers: NDQ_000725

answers: There are two main types of waves.

answers: NDQ_000726

answers: sound waves

answers: NDQ_000727

answers: waves.

answers: NDQ_000728

answers: Mechanical waves

answers: NDQ_000729

answers: Mechanical waves

answers: NDQ_000730

answers: Mechanical waves propagate through a medium,

answers: NDQ_000731

answers: There are two main types of waves.

answers: NDQ_000732

answers: Mechanical waves propagate through a medium,

answers: NDQ_000733

answers: two main types of waves.

answers: NDQ_000734

answers: Mechanical waves

answers: NDQ_000735

answers: deformed.

answers: NDQ_000736

answers: sound waves

answers: NDQ_000737

answers: Mechanical waves

answers: NDQ_000738

answers: molecules from continuing to travel in the direction of the wave.

answers: NDQ_000739

answers: deformed.

answers: NDQ_000740

answers: waves.

answers: NDQ_000741

answers: waves. Mechanical waves

answers: NDQ_000742

answers: waves.

answers: NDQ_000743

answers: Mechanical waves

answers: NDQ_000744

answers: waves.

answers: NDQ_000745

answers: waves.

answers: NDQ_000746

answers: waves.

text: On 26 December 2004, the Indian Ocean tsunami hit Sri Lanka, killing more than 35,000 people and leaving many more homeless. Aid poured in from donor countries, but disagreements arose instantly over how it should be distributed to the Tamil regions under LTTE control. By 24 June the government and LTTE agreed on the Post-Tsunami Operational Management Structure (P-TOMS), but it received sharp criticism from the JVP, who left the government in protest. The legality of P-TOMS was also challenged in the courts. President Kumaratunga eventually had to scrap P-TOMS, which led to widespread criticism that sufficient aid was not reaching the north and east of the country. However, immediately following the tsunami there was a marked decrease in violence in the north.

text: On 26 December 2004, the

text: Indian Ocean tsunami

text: hit Sri Lanka, killing more than 35,000 people and leaving many more homeless. Aid poured in from donor countries, but disagreements arose instantly over how it should be distributed to the Tamil regions under LTTE control. By 24 June the government and LTTE agreed on the Post-Tsunami Operational Management Structure (P-TOMS), but it received sharp criticism from the

text: JVP

text: , who left the government in protest. The legality of P-TOMS was also challenged in the courts. President Kumaratunga eventually had to scrap P-TOMS, which led to widespread criticism that sufficient aid was not reaching the north and east of the country. However, immediately following the tsunami there was a marked decrease in violence in the north.

answers: NDQ_000702

answers: Indian Ocean tsunami

answers: NDQ_000704

answers: What caused the tsunami?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a body of water is moving

answers: NDQ_000710

answers: How many days after the Indian Ocean tsunami hit Sri Lanka did the JVP leave the government?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which happened first, the tsunami hit Sri Lanka or President Kumaratunga eventually had to scrap P-TOMS?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days after the Indian Ocean tsunami hit Sri Lanka did the JVP leave the government?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which happened first, the Indian Ocean tsunami hit Sri Lanka or President Kumaratunga eventually had to scrap P-TOMS?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: Indian Ocean

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Indian Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 35,000 people

answers: NDQ_000702

answers: Indian Ocean tsunami

answers: NDQ_000704

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000706

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000707

answers: tsunami hit Sri Lanka,

answers: NDQ_000710

answers: Aid poured in from donor countries,

answers: NDQ_000715

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000718

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000722

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000723

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000726

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000727

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000728

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000729

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000730

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000731

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000732

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000733

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000734

answers: Indian Ocean tsunami

answers: NDQ_000735

answers: 2004, the Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000736

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: sufficient aid was not reaching the north and east

answers: NDQ_000739

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000740

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000743

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000744

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000745

answers: Indian Ocean tsunami hit Sri Lanka,

answers: NDQ_000746

answers: 35,000

text: Perhaps the most commonly encountered rotating reference frame is the Earth. Moving objects on the surface of the Earth experience a Coriolis force, and appear to veer to the right in the northern hemisphere, and to the left in the southern. Movements of air in the atmosphere and water in the ocean are notable examples of this behavior: rather than flowing directly from areas of high pressure to low pressure, as they would on a non-rotating planet, winds and currents tend to flow to the right of this direction north of the equator, and to the left of this direction south of the equator. This effect is responsible for the rotation of large cyclones (see Coriolis effects in meteorology).

text: Perhaps the most commonly encountered rotating reference frame is the

text: Earth

text: . Moving objects on the surface of the Earth experience a Coriolis force, and appear to veer to the right in the

text: northern hemisphere

text: , and to the left in the

text: southern

text: . Movements of air in the atmosphere and water in the ocean are notable examples of this behavior: rather than flowing directly from areas of high pressure to low pressure, as they would on a non-rotating planet, winds and currents tend to flow to the right of this direction north of the

text: equator

text: , and to the left of this direction south of the equator. This effect is responsible for the rotation of large

text: cyclones

text: (see

text: Coriolis effects in meteorology

answers: NDQ_000702

answers: winds and currents

answers: NDQ_000704

answers: What causes the rotation of large cyclones?

answers: NDQ_000706

answers: south of the equator

answers: NDQ_000707

answers: Coriolis force is strong

answers: NDQ_000710

answers: water to the surface of the ocean

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: large cyclones

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: low

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What is the most common encountered rotating reference frame?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Coriolis force

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis force

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: flowing directly from areas of high pressure to low pressure

answers: NDQ_000739

answers: high pressure

answers: NDQ_000740

answers: movement of air in the atmosphere

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: low pressure

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: low pressure

answers: NDQ_000745

answers: movement of air in the atmosphere

answers: NDQ_000746

answers: NDQ_000702

answers: winds and currents

answers: NDQ_000704

answers: winds and currents tend to flow to the right of this direction

answers: NDQ_000706

answers: north of the equator,

answers: NDQ_000707

answers: Coriolis force,

answers: NDQ_000710

answers: areas of high pressure to low pressure,

answers: NDQ_000715

answers: high pressure to low pressure,

answers: NDQ_000718

answers: Coriolis force,

answers: NDQ_000720

answers: cyclones

answers: NDQ_000721

answers: Earth.

answers: NDQ_000722

answers: high pressure to low pressure,

answers: NDQ_000723

answers: Coriolis force,

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: water

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: high pressure to low pressure,

answers: NDQ_000728

answers: areas of high pressure to low pressure,

answers: NDQ_000729

answers: Moving objects on the surface of the Earth experience a Coriolis force,

answers: NDQ_000730

answers: Coriolis force,

answers: NDQ_000731

answers: Coriolis force,

answers: NDQ_000732

answers: to the right of this direction north of the equator,

answers: NDQ_000733

answers: Earth.

answers: NDQ_000734

answers: Coriolis force,

answers: NDQ_000735

answers: rotating reference frame is the Earth.

answers: NDQ_000736

answers: Coriolis force,

answers: NDQ_000737

answers: winds and currents

answers: NDQ_000738

answers: flowing directly from areas of high pressure to low pressure,

answers: NDQ_000739

answers: high pressure

answers: NDQ_000740

answers: flowing directly from areas of high pressure to low pressure,

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Coriolis force,

answers: NDQ_000743

answers: flowing directly from areas of high pressure to low pressure,

answers: NDQ_000744

answers: low pressure,

answers: NDQ_000745

answers: flowing directly from areas of high pressure to low pressure,

answers: NDQ_000746

answers: rotating reference frame is the Earth.

text: On November 29, 1975, a 40-mile (60 km) wide section of the Hilina Slump slid 11 feet (3 m) into the ocean, widening the crack by 26 ft (8 m). This movement caused a 7.2 magnitude earthquake and a tsunami that reached a maximum height of  at Keauhou Landing. Oceanfront properties were washed off their foundations in Punaluu.  Two deaths were reported at Halape, and 19 other persons were injured. The shoreline at Keauhou Bay was dramatically altered.

text: On November 29, 1975, a 40-mile (60 km) wide section of the Hilina Slump slid 11 feet (3 m) into the ocean, widening the crack by 26 ft (8 m). This movement caused a 7.2 magnitude earthquake and a tsunami that reached a maximum height of  at

text: Keauhou

text: Landing. Oceanfront properties were washed off their foundations in Punaluu.  Two deaths were reported at Halape, and 19 other persons were injured. The shoreline at

text: Keauhou Bay

text: was dramatically altered.

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: What caused the tsunami?

answers: NDQ_000706

answers: Keauhou Bay

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: Keauhou Bay into contact with the ocean

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days did the tsunami last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: How many feet wide was the crack?

answers: NDQ_000728

answers: a 7.2 magnitude earthquake

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many feet wide was the crack?

answers: NDQ_000733

answers: How many days did the tsunami last?

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: maximum height of what?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the shoreline at Keauhou Bay was dramatically altered

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 3 m

answers: NDQ_000702

answers: Hilina Slump

answers: NDQ_000704

answers: tsunami that reached a maximum height of at Keauhou Landing.

answers: NDQ_000706

answers: Keauhou Landing.

answers: NDQ_000707

answers: 7.2 magnitude earthquake

answers: NDQ_000710

answers: tsunami that reached a maximum height of at Keauhou Landing.

answers: NDQ_000715

answers: tsunami that reached a maximum height of at Keauhou Landing.

answers: NDQ_000718

answers: 26 ft (8 m).

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: 1975,

answers: NDQ_000722

answers: Oceanfront properties

answers: NDQ_000723

answers: tsunami that reached a maximum height of at Keauhou Landing.

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: 1975,

answers: NDQ_000726

answers: 7.2 magnitude earthquake

answers: NDQ_000727

answers: 1975,

answers: NDQ_000728

answers: 7.2 magnitude earthquake

answers: NDQ_000729

answers: tsunami that reached a maximum height of at Keauhou Landing.

answers: NDQ_000730

answers: tsunami that reached a maximum height of at Keauhou Landing.

answers: NDQ_000731

answers: 1975,

answers: NDQ_000732

answers: Keauhou Landing.

answers: NDQ_000733

answers: 1975,

answers: NDQ_000734

answers: ocean,

answers: NDQ_000735

answers: 1975,

answers: NDQ_000736

answers: tsunami that reached a maximum height of at Keauhou Landing.

answers: NDQ_000737

answers: ocean,

answers: NDQ_000738

answers: ocean,

answers: NDQ_000739

answers: ocean,

answers: NDQ_000740

answers: 11 feet (3 m)

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: 1975,

answers: NDQ_000743

answers: 7.2 magnitude earthquake

answers: NDQ_000744

answers: tsunami that reached a maximum height of at Keauhou Landing.

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: (3 m)

text: An observer in a rotating frame, such as an astronaut in a rotating space station, very probably will find the interpretation of everyday life in terms of the Coriolis force accords more simply with intuition and experience than a cerebral reinterpretation of events from an inertial standpoint. For example, nausea due to an experienced push may be more instinctively explained by the Coriolis force than by the law of inertia. See also Coriolis effect (perception). In meteorology, a rotating frame (the Earth) with its Coriolis force provides a more natural framework for explanation of air movements than a non-rotating, inertial frame without Coriolis forces. In long-range gunnery, sight corrections for the Earth's rotation are based upon the Coriolis force. These examples are described in more detail below.

text: An observer in a rotating frame, such as an astronaut in a rotating space station, very probably will find the interpretation of everyday life in terms of the Coriolis force accords more simply with intuition and experience than a cerebral reinterpretation of events from an inertial standpoint. For example, nausea due to an experienced push may be more instinctively explained by the Coriolis force than by the law of inertia. See also

text: Coriolis effect (perception)

text: . In meteorology, a rotating frame (the Earth) with its Coriolis force provides a more natural framework for explanation of air movements than a non-rotating, inertial frame without Coriolis forces. In long-range gunnery, sight corrections for the Earth's rotation are based upon the Coriolis force. These examples are described in more detail below.

answers: NDQ_000702

answers: the Earth's rotation

answers: NDQ_000704

answers: Which of the following is not an example of a Coriolis force?

answers: NDQ_000706

answers: Coriolis force

answers: NDQ_000707

answers: Coriolis is a force

answers: NDQ_000710

answers: Coriolis force

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: Coriolis force

answers: NDQ_000720

answers: hurricanes

answers: NDQ_000721

answers: the Sun

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What is the Coriolis force?

answers: NDQ_000725

answers: What causes water levels to rise and fall once a day

answers: NDQ_000726

answers: Coriolis force

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides

answers: NDQ_000731

answers: Context: Spring tides occur when the sun and moon are in a straight line.

answers: NDQ_000732

answers: What does the Coriolis effect cause?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: Coriolis force

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Coriolis force

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the law of inertia

answers: NDQ_000739

answers: inertial

answers: NDQ_000740

answers: Coriolis force

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: Coriolis force

answers: NDQ_000745

answers: Coriolis force

answers: NDQ_000746

answers: molar mass

answers: NDQ_000702

answers: Coriolis force

answers: NDQ_000704

answers: Coriolis force

answers: NDQ_000706

answers: Coriolis force

answers: NDQ_000707

answers: Coriolis force

answers: NDQ_000710

answers: nausea due to an experienced push

answers: NDQ_000715

answers: Coriolis force

answers: NDQ_000718

answers: Coriolis force

answers: NDQ_000720

answers: Coriolis force

answers: NDQ_000721

answers: Coriolis force

answers: NDQ_000722

answers: Coriolis force

answers: NDQ_000723

answers: Coriolis force

answers: NDQ_000724

answers: Coriolis force

answers: NDQ_000725

answers: Coriolis force

answers: NDQ_000726

answers: Coriolis force

answers: NDQ_000727

answers: Coriolis force

answers: NDQ_000728

answers: Coriolis force

answers: NDQ_000729

answers: Coriolis force

answers: NDQ_000730

answers: Coriolis force

answers: NDQ_000731

answers: Coriolis force

answers: NDQ_000732

answers: Coriolis force

answers: NDQ_000733

answers: Coriolis force

answers: NDQ_000734

answers: Coriolis force

answers: NDQ_000735

answers: Coriolis force

answers: NDQ_000736

answers: Coriolis force

answers: NDQ_000737

answers: air movements

answers: NDQ_000738

answers: rotating space station,

answers: NDQ_000739

answers: rotating space station,

answers: NDQ_000740

answers: Coriolis force

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis force

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: Coriolis force

answers: NDQ_000745

answers: Coriolis force

answers: NDQ_000746

answers: law of inertia.

text: Most of the time, the trade winds drive surface waters offshore near the equator, driving the Humboldt Current from the tip of southern Chile to northern Peru. This current is associated with upwelling of deep, nutrient-rich water off the coast of Peru. El Nino disrupts the usual wind pattern and the subsequent lessening of upwelling leads to fish kills offshore Peru.

text: Most of the time, the

text: trade wind

text: s drive surface waters offshore near the equator, driving the

text: Humboldt Current

text: from the tip of southern Chile to northern Peru. This current is associated with upwelling of deep, nutrient-rich water off the coast of Peru.

text: El Nino

text: disrupts the usual wind pattern and the subsequent lessening of upwelling leads to

text: fish kills

text: offshore Peru.

answers: NDQ_000702

answers: trade winds

answers: NDQ_000704

answers: Which of the following is not associated with upwelling of deep, nutrient-rich water off the coast of Peru?

answers: NDQ_000706

answers: off the coast of Peru

answers: NDQ_000707

answers: El Nino disrupts the usual wind pattern

answers: NDQ_000710

answers: deep, nutrient-rich water

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the Humboldt Current occur?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: iii.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a type of current: Humboldt Current or El Nino?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: trade winds

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Humboldt Current

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: El Nino disrupts the usual wind pattern

answers: NDQ_000739

answers: equator

answers: NDQ_000740

answers: surface waters

answers: NDQ_000741

answers: Humboldt Current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: trade winds

answers: NDQ_000704

answers: trade winds drive surface waters offshore near the equator,

answers: NDQ_000706

answers: offshore near the equator,

answers: NDQ_000707

answers: winds

answers: NDQ_000710

answers: nutrient-rich water

answers: NDQ_000715

answers: trade winds drive surface waters offshore near the equator,

answers: NDQ_000718

answers: trade winds

answers: NDQ_000720

answers: El Nino

answers: NDQ_000721

answers: trade winds drive surface waters offshore near the equator,

answers: NDQ_000722

answers: deep, nutrient-rich water

answers: NDQ_000723

answers: Humboldt Current

answers: NDQ_000724

answers: the trade winds

answers: NDQ_000725

answers: Humboldt Current

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: Humboldt Current

answers: NDQ_000728

answers: upwelling of deep, nutrient-rich water

answers: NDQ_000729

answers: the trade winds drive surface waters offshore near the equator,

answers: NDQ_000730

answers: the trade winds drive surface waters offshore near the equator,

answers: NDQ_000731

answers: El Nino

answers: NDQ_000732

answers: Humboldt Current from the tip of southern Chile to northern Peru.

answers: NDQ_000733

answers: Humboldt Current from the tip of southern Chile to northern Peru.

answers: NDQ_000734

answers: trade winds

answers: NDQ_000735

answers: equator,

answers: NDQ_000736

answers: Humboldt Current

answers: NDQ_000737

answers: Humboldt Current

answers: NDQ_000738

answers: El Nino

answers: NDQ_000739

answers: El Nino

answers: NDQ_000740

answers: trade winds drive surface waters

answers: NDQ_000741

answers: Humboldt Current

answers: NDQ_000742

answers: Humboldt Current

answers: NDQ_000743

answers: trade winds

answers: NDQ_000744

answers: Humboldt Current

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: Humboldt Current

text: The Coriolis effect causes subtle trajectory variations caused by a rotating reference frame.The coordinate system that is used to specify the location of the point of firing and the location of the target is the system of latitudes and longitudes, which is in fact a rotating coordinate system, since the planet Earth is a rotating sphere. During its flight, the projectile moves in a straight line (not counting gravitation and air resistance for now). Since the target is co-rotating with the Earth, it is in fact a moving target, relative to the projectile, so in order to hit it the gun must be aimed to the point where the projectile and the target will arrive simultaneously.When the straight path of the projectile is plotted in the rotating coordinate system that is used, then this path appears as curvilinear. The fact that the coordinate system is rotating must be taken into account, and this is achieved by adding terms for a "centrifugal force" and a "Coriolis effect" to the equations of motion. When the appropriate Coriolis term is added to the equation of motion the predicted path with respect to the rotating coordinate system is curvilinear, corresponding to the actual straight line motion of the projectile.For an observer with his frame of reference in the northern hemisphere Coriolis makes the projectile appear to curve over to the right. Actually it is not the projectile swinging to the right but the earth (frame of reference) rotating to the left which produces this result. The opposite will seem to happen in the southern hemisphere.

text: The

text: Coriolis effect

text: causes subtle trajectory variations caused by a

text: rotating reference frame

text: .The

text: coordinate system

text: that is used to specify the location of the point of firing and the location of the target is the system of latitudes and longitudes, which is in fact a rotating coordinate system, since the planet Earth is a rotating sphere. During its flight, the projectile moves in a straight line (not counting gravitation and air resistance for now). Since the target is co-rotating with the Earth, it is in fact a

text: moving target

text: , relative to the projectile, so in order to hit it the gun must be aimed to the point where the projectile and the target will arrive simultaneously.When the straight path of the projectile is plotted in the rotating coordinate system that is used, then this path appears as

text: curvilinear

text: . The fact that the coordinate system is rotating must be taken into account, and this is achieved by adding terms for a "centrifugal force" and a "

text: Coriolis effect

text: " to the

text: equations of motion

text: . When the appropriate Coriolis term is added to the equation of motion the predicted path with respect to the rotating coordinate system is curvilinear, corresponding to the actual straight line motion of the projectile.For an observer with his frame of reference in the northern hemisphere Coriolis makes the projectile appear to curve over to the right. Actually it is not the projectile swinging to the right but the earth (frame of reference) rotating to the left which produces this result. The opposite will seem to happen in the southern hemisphere.

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: Which of the following is not caused by the Coriolis effect?

answers: NDQ_000706

answers: southern hemisphere

answers: NDQ_000707

answers: gravitational force causes it to bend.

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: Which of the following is not an example of a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: the tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a type of surface current?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: Coriolis

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: untrue

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: NDQ_000702

answers: the earth (frame of reference) rotating to the left

answers: NDQ_000704

answers: air resistance

answers: NDQ_000706

answers: southern hemisphere.

answers: NDQ_000707

answers: The Coriolis effect

answers: NDQ_000710

answers: air resistance

answers: NDQ_000715

answers: curvilinear.

answers: NDQ_000718

answers: The Coriolis effect

answers: NDQ_000720

answers: The Coriolis effect

answers: NDQ_000721

answers: The Coriolis effect

answers: NDQ_000722

answers: The Coriolis effect

answers: NDQ_000723

answers: The Coriolis effect

answers: NDQ_000724

answers: The Coriolis effect

answers: NDQ_000725

answers: The Coriolis effect

answers: NDQ_000726

answers: "centrifugal force"

answers: NDQ_000727

answers: The Coriolis effect

answers: NDQ_000728

answers: The Coriolis effect

answers: NDQ_000729

answers: a rotating reference frame.The

answers: NDQ_000730

answers: gravitation and air resistance

answers: NDQ_000731

answers: straight line

answers: NDQ_000732

answers: rotating reference frame.The

answers: NDQ_000733

answers: northern hemisphere

answers: NDQ_000734

answers: the earth (frame of reference) rotating to the left

answers: NDQ_000735

answers: left

answers: NDQ_000736

answers: The Coriolis effect

answers: NDQ_000737

answers: system of latitudes and longitudes,

answers: NDQ_000738

answers: The Coriolis effect

answers: NDQ_000739

answers: The Coriolis effect

answers: NDQ_000740

answers: The Coriolis effect

answers: NDQ_000741

answers: "centrifugal force"

answers: NDQ_000742

answers: The Coriolis effect

answers: NDQ_000743

answers: gravitation

answers: NDQ_000744

answers: The Coriolis effect

answers: NDQ_000745

answers: The Coriolis effect

answers: NDQ_000746

answers: gravitation and air resistance

text: Hurricane Gustav originated out of a tropical wave that moved off the western coast of Africa on August 18. Shortly after, the system became embedded within the Intertropical Convergence Zone and tracked westward across the Atlantic Ocean. By August 23, the system began to intensify while convective activity become consolidated around the center of circulation. By 0600 UTC on August 24, the National Hurricane Center (NHC) estimated that the wave spawned Tropical Depression Eight roughly 965 miles (1,555 km) east of Barbados. A weak ridge of high pressure to the north of the depression led to a general westward movement of the system. Gradually strengthening, the depression was upgraded to a tropical storm early on August 25, at which time it was given the name Gustav.

text: Hurricane Gustav originated out of a

text: tropical wave

text: that moved off the western coast of Africa on August 18. Shortly after, the system became embedded within the

text: Intertropical Convergence Zone

text: and tracked westward across the

text: Atlantic Ocean

text: . By August 23, the system began to intensify while

text: convective activity

text: become consolidated around the

text: center of circulation

text: . By 0600 UTC on August 24, the

text: National Hurricane Center

text: (NHC) estimated that the wave spawned Tropical Depression Eight roughly 965 miles (1,555 km) east of

text: Barbados

text: . A weak

text: ridge of high pressure

text: to the north of the depression led to a general westward movement of the system. Gradually strengthening, the depression was upgraded to a tropical storm early on August 25, at which time it was given the name Gustav.

answers: NDQ_000702

answers: tropical storm

answers: NDQ_000704

answers: What caused Gustav to intensify?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: pressure is too high

answers: NDQ_000710

answers: Tropical Depression Eight what?

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: hurricanes

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many days after Gustav was upgraded to a tropical storm did Tropical Depression Eight spawn?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: Tropical Depression Eight

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many miles east of Barbados was Tropical Depression Eight?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: high pressure

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: convective activity

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tropical wave

answers: NDQ_000746

answers: 1555 km

answers: NDQ_000702

answers: tropical wave

answers: NDQ_000704

answers: convective activity become consolidated

answers: NDQ_000706

answers: around the center of circulation.

answers: NDQ_000707

answers: high pressure

answers: NDQ_000710

answers: Tropical Depression Eight

answers: NDQ_000715

answers: wave

answers: NDQ_000718

answers: Eight

answers: NDQ_000720

answers: tropical wave

answers: NDQ_000721

answers: Intertropical Convergence Zone

answers: NDQ_000722

answers: Tropical Depression Eight

answers: NDQ_000723

answers: tropical wave

answers: NDQ_000724

answers: tropical wave

answers: NDQ_000725

answers: Tropical Depression Eight

answers: NDQ_000726

answers: tropical wave

answers: NDQ_000727

answers: Hurricane Gustav

answers: NDQ_000728

answers: A weak ridge of high pressure

answers: NDQ_000729

answers: Hurricane Gustav

answers: NDQ_000730

answers: Hurricane Gustav

answers: NDQ_000731

answers: Eight

answers: NDQ_000732

answers: westward across the Atlantic Ocean.

answers: NDQ_000733

answers: Atlantic Ocean.

answers: NDQ_000734

answers: tropical wave

answers: NDQ_000735

answers: 18.

answers: NDQ_000736

answers: Eight

answers: NDQ_000737

answers: Intertropical Convergence Zone

answers: NDQ_000738

answers: Hurricane Gustav originated out of a tropical wave

answers: NDQ_000739

answers: high pressure

answers: NDQ_000740

answers: 0600 UTC

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: tropical wave that moved off the western coast of Africa on August 18.

answers: NDQ_000743

answers: convective

answers: NDQ_000744

answers: tropical wave that moved off the western coast of Africa on August 18.

answers: NDQ_000745

answers: convective

answers: NDQ_000746

answers: (1,555 km)

text: Siliceous ooze is ooze that is composed of at least 30% of the siliceous microscopic "shells" of plankton, such as diatoms and radiolaria. Siliceous oozes often contain lesser proportions of either sponge spicules, silicoflagellates or both. This type of ooze accumulates on the ocean floor at depths below the carbonate compensation depth. Its distribution is also limited to areas with high biological productivity, such as the polar oceans, and upwelling zones near the equator. The least common type of sediment, it covers only 15% of the ocean floor. It accumulates at a slower rate than calcareous ooze: 0.2–1 cm/1000 yr.

text: Siliceous ooze is ooze that is composed of at least 30% of the siliceous microscopic "shells" of plankton, such as diatoms and radiolaria. Siliceous oozes often contain lesser proportions of either

text: sponge

text: spicule

text: s,

text: silicoflagellates

text: or both. This type of ooze accumulates on the ocean floor at depths below the carbonate compensation depth. Its distribution is also limited to areas with high biological productivity, such as the polar oceans, and upwelling zones near the equator. The least common type of sediment, it covers only 15% of the ocean floor. It accumulates at a slower rate than calcareous ooze: 0.2–1 cm/1000 yr.

answers: NDQ_000702

answers: Siliceous ooze

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: polar oceans

answers: NDQ_000707

answers: plankton spicules collide with the ocean floor

answers: NDQ_000710

answers: Siliceous ooze to the surface

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: the carbonate compensation depth

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides cause water levels to rise?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring tides, upwelling zones or polar oceans?

answers: NDQ_000732

answers: What is the least common type of sediment, it covers only 15% of the ocean floor?

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: Siliceous ooze

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: carbonate compensation depth

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Siliceous ooze covers only 15% of the ocean floor

answers: NDQ_000739

answers: calcareous

answers: NDQ_000740

answers: 1 cm/1000 yr

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: carbonate compensation depth

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: upwelling zones near the equator.

answers: NDQ_000706

answers: upwelling zones near the equator.

answers: NDQ_000707

answers: Siliceous ooze

answers: NDQ_000710

answers: upwelling zones near the equator.

answers: NDQ_000715

answers: Siliceous ooze

answers: NDQ_000718

answers: Siliceous ooze

answers: NDQ_000720

answers: Siliceous ooze

answers: NDQ_000721

answers: Siliceous ooze

answers: NDQ_000722

answers: Siliceous ooze

answers: NDQ_000723

answers: Siliceous ooze

answers: NDQ_000724

answers: Siliceous ooze

answers: NDQ_000725

answers: Siliceous ooze

answers: NDQ_000726

answers: Siliceous ooze

answers: NDQ_000727

answers: Siliceous ooze

answers: NDQ_000728

answers: Siliceous ooze

answers: NDQ_000729

answers: Siliceous ooze

answers: NDQ_000730

answers: Siliceous ooze

answers: NDQ_000731

answers: Siliceous ooze

answers: NDQ_000732

answers: Siliceous ooze

answers: NDQ_000733

answers: 0.2–1 cm/1000 yr.

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: upwelling zones near the equator.

answers: NDQ_000736

answers: Siliceous ooze

answers: NDQ_000737

answers: upwelling zones near the equator.

answers: NDQ_000738

answers: upwelling zones near the equator.

answers: NDQ_000739

answers: calcareous ooze:

answers: NDQ_000740

answers: 0.2–1 cm/1000 yr.

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: upwelling zones

answers: NDQ_000743

answers: Siliceous ooze

answers: NDQ_000744

answers: upwelling

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: 0.2–1 cm/1000 yr.

text: Eastern boundary currents are relatively shallow, broad and slow-flowing. They are found on the eastern side of oceanic basins (adjacent to the western coasts of continents). Subtropical eastern boundary currents flow equatorward, transporting cold water from higher latitudes to lower latitudes; examples include the Benguela Current, the Canary Current, the Humboldt Current, and the California Current. Coastal upwelling often brings nutrient-rich water into eastern boundary current regions, making them productive areas of the ocean.

text: Eastern boundary currents are relatively shallow, broad and slow-flowing. They are found on the eastern side of

text: oceanic basin

text: s (adjacent to the western coasts of continents). Subtropical eastern boundary currents flow equatorward, transporting cold water from higher latitudes to lower latitudes; examples include the

text: Benguela Current

text: , the

text: Canary Current

text: , the

text: Humboldt Current

text: , and the

text: California Current

text: Coastal upwelling

text: often brings nutrient-rich water into eastern boundary current regions, making them productive areas of the ocean.

answers: NDQ_000702

answers: cold water from higher latitudes to lower latitudes

answers: NDQ_000704

answers: Which of the following is not found on the eastern side of oceanic basins: Eastern boundary currents, Subtropical eastern boundary currents, or California Current?

answers: NDQ_000706

answers: Coastal upwelling

answers: NDQ_000707

answers: Eastern boundary currents are slow-flowing

answers: NDQ_000710

answers: nutrient-rich water

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: cold water from higher latitudes to lower latitudes

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: California Current

answers: NDQ_000737

answers: Eastern boundary current

answers: NDQ_000738

answers: Coastal upwelling often brings nutrient-rich water into eastern boundary current regions

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: canary current

answers: NDQ_000743

answers: What is the term for the transfer of energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Coastal upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: Eastern boundary currents

answers: NDQ_000704

answers: Eastern boundary currents

answers: NDQ_000706

answers: Eastern boundary currents

answers: NDQ_000707

answers: Eastern boundary currents

answers: NDQ_000710

answers: nutrient-rich water

answers: NDQ_000715

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000718

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000720

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000721

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000722

answers: Eastern boundary currents

answers: NDQ_000723

answers: Eastern boundary currents

answers: NDQ_000724

answers: Eastern boundary currents

answers: NDQ_000725

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000726

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000727

answers: Eastern boundary currents

answers: NDQ_000728

answers: Eastern boundary currents

answers: NDQ_000729

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000730

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000731

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000732

answers: equatorward,

answers: NDQ_000733

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000734

answers: Eastern boundary currents

answers: NDQ_000735

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000736

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000737

answers: Eastern boundary currents

answers: NDQ_000738

answers: Coastal upwelling

answers: NDQ_000739

answers: Coastal upwelling

answers: NDQ_000740

answers: cold water from higher latitudes to lower latitudes;

answers: NDQ_000741

answers: Eastern boundary currents

answers: NDQ_000742

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000743

answers: cold water from higher latitudes to lower latitudes;

answers: NDQ_000744

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

answers: NDQ_000745

answers: transporting cold water from higher latitudes to lower latitudes;

answers: NDQ_000746

answers: Eastern boundary currents are relatively shallow, broad and slow-flowing.

text: The 1990s saw the socialist feminists Mary Mellor and Ariel Salleh address environmental issues within an eco-socialist paradigm. With the rising profile of the anti-globalization movement in the Global South, an "environmentalism of the poor", combining ecological awareness and social justice, has also become prominent. David Pepper also released his important work, Ecosocialism: From Deep Ecology to Social Justice, in 1994, which critiques the current approach of many within Green politics, particularly deep ecologists.

text: The 1990s saw the

text: socialist feminists

text: Mary Mellor

text: and

text: Ariel Salleh

text: address environmental issues within an eco-socialist paradigm. With the rising profile of the

text: anti-globalization

text: movement in the

text: Global South

text: , an "

text: environmentalism

text: of the poor", combining

text: ecological

text: awareness and

text: social justice

text: , has also become prominent.

text: David Pepper

text: also released his important work, Ecosocialism: From Deep Ecology to Social Justice, in 1994, which critiques the current approach of many within Green politics, particularly

text: deep ecologists

answers: NDQ_000702

answers: environmental issues

answers: NDQ_000704

answers: Which of the following is not a socialist feminist: Mary Mellor, Ariel Salleh or David Pepper?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: Mary Mellor and Ariel Salleh are women

answers: NDQ_000710

answers: What does upwelling bring?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves: winds, globalization, or social justice?

answers: NDQ_000725

answers: How many times a day do Tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does the Coriolis effect cause?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Global South

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: no

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Globalization

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: environmental

answers: NDQ_000704

answers: Green politics,

answers: NDQ_000706

answers: Global South,

answers: NDQ_000707

answers: rising profile of the anti-globalization movement in the Global South,

answers: NDQ_000710

answers: anti-globalization movement in the Global South,

answers: NDQ_000715

answers: eco-socialist paradigm.

answers: NDQ_000718

answers: eco-socialist paradigm.

answers: NDQ_000720

answers: eco-socialist paradigm.

answers: NDQ_000721

answers: eco-socialist paradigm.

answers: NDQ_000722

answers: Deep Ecology

answers: NDQ_000723

answers: eco-socialist paradigm.

answers: NDQ_000724

answers: eco-socialist paradigm.

answers: NDQ_000725

answers: eco-socialist paradigm.

answers: NDQ_000726

answers: eco-socialist paradigm.

answers: NDQ_000727

answers: eco-socialist paradigm.

answers: NDQ_000728

answers: eco-socialist paradigm.

answers: NDQ_000729

answers: eco-socialist paradigm.

answers: NDQ_000730

answers: eco-socialist paradigm.

answers: NDQ_000731

answers: eco-socialist paradigm.

answers: NDQ_000732

answers: Ecosocialism: From Deep Ecology

answers: NDQ_000733

answers: The 1990s

answers: NDQ_000734

answers: anti-globalization

answers: NDQ_000735

answers: eco-socialist paradigm.

answers: NDQ_000736

answers: anti-globalization movement in the Global South,

answers: NDQ_000737

answers: anti-globalization movement in the Global South,

answers: NDQ_000738

answers: deep ecologists.

answers: NDQ_000739

answers: anti-globalization movement in the Global South,

answers: NDQ_000740

answers: rising profile of the anti-globalization

answers: NDQ_000741

answers: anti-globalization movement in the Global South,

answers: NDQ_000742

answers: eco-socialist paradigm.

answers: NDQ_000743

answers: eco-socialist paradigm.

answers: NDQ_000744

answers: eco-socialist paradigm.

answers: NDQ_000745

answers: Deep Ecology

answers: NDQ_000746

answers: eco-socialist paradigm.

text: Though this point may vary due to storms, spring tides, and seasonal or annual differences in water flows, there is generally an average point which is accepted as the head of tide (in Great Britain this is the Normal Tidal Limit, typically noted on Ordnance Survey maps as 'NTL'). A river's tidal data are recorded at various locations downstream of this point. A river's head of tide may be considered the upper boundary of its estuary.

text: Though this point may vary due to storms,

text: spring tide

text: s, and seasonal or annual differences in water flows, there is generally an average point which is accepted as the head of tide (in

text: Great Britain

text: this is the Normal Tidal Limit, typically noted on

text: Ordnance Survey

text: maps as 'NTL'). A river's tidal data are recorded at various locations downstream of this point. A river's head of tide may be considered the upper boundary of its

text: estuary

answers: NDQ_000702

answers: storms

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: head of tide

answers: NDQ_000707

answers: the water is too large.

answers: NDQ_000710

answers: water up to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: storms

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high and low tide?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: It is caused by Earths rotation.

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: storms

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Normal Tidal Limit

answers: NDQ_000737

answers: river

answers: NDQ_000738

answers: seasonal or annual differences in water flows

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: Tidal

answers: NDQ_000741

answers: Tidal

answers: NDQ_000742

answers: spring tide

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: storms, spring tides, and seasonal or annual differences in water flows,

answers: NDQ_000704

answers: head of tide

answers: NDQ_000706

answers: head of tide

answers: NDQ_000707

answers: head of tide

answers: NDQ_000710

answers: head of tide

answers: NDQ_000715

answers: head of tide

answers: NDQ_000718

answers: head of tide (in Great Britain this is the Normal Tidal Limit,

answers: NDQ_000720

answers: storms,

answers: NDQ_000721

answers: head of tide (in Great Britain this is the Normal Tidal Limit,

answers: NDQ_000722

answers: there is generally an average point which is accepted as the head of tide

answers: NDQ_000723

answers: there is generally an average point which is accepted as the head of tide

answers: NDQ_000724

answers: head of tide (in Great Britain this is the Normal Tidal Limit,

answers: NDQ_000725

answers: there is generally an average point which is accepted as the head of tide

answers: NDQ_000726

answers: head of tide

answers: NDQ_000727

answers: there is generally an average point which is accepted as the head of tide

answers: NDQ_000728

answers: there is generally an average point which is accepted as the head of tide

answers: NDQ_000729

answers: head of tide

answers: NDQ_000730

answers: head of tide

answers: NDQ_000731

answers: Normal Tidal Limit,

answers: NDQ_000732

answers: there is generally an average point which is accepted as the head of tide

answers: NDQ_000733

answers: annual

answers: NDQ_000734

answers: water flows,

answers: NDQ_000735

answers: spring tides,

answers: NDQ_000736

answers: Normal Tidal Limit,

answers: NDQ_000737

answers: river's

answers: NDQ_000738

answers: seasonal or annual differences in water flows,

answers: NDQ_000739

answers: head of tide

answers: NDQ_000740

answers: seasonal or annual differences in water flows,

answers: NDQ_000741

answers: tides,

answers: NDQ_000742

answers: spring tides,

answers: NDQ_000743

answers: Normal Tidal Limit,

answers: NDQ_000744

answers: spring tides,

answers: NDQ_000745

answers: tides,

answers: NDQ_000746

answers: Normal Tidal Limit,

text: The first known sea-level record of an entire spring–neap cycle was made in 1831 on the Navy Dock in the Thames Estuary. Many large ports had automatic tide gauge stations by 1850.

text: The first known sea-level record of an entire spring–neap cycle was made in 1831 on the Navy Dock in the

text: Thames Estuary

text: . Many large ports had automatic tide gauge stations by 1850.

answers: NDQ_000702

answers: neap

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: Thames Estuary

answers: NDQ_000707

answers: tides are higher than normal

answers: NDQ_000710

answers: tides

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: what is the first known sea-level record of an entire spring–neap cycle

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the tide cycle occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: spring

answers: NDQ_000734

answers: sea-level

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: neap cycle

answers: NDQ_000737

answers: tide gauge station

answers: NDQ_000738

answers: automatic tide gauge stations by 1850

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: tide gauge stations

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: spring

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: neap

answers: NDQ_000745

answers: neap

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: sea-level

answers: NDQ_000704

answers: tide gauge stations by 1850.

answers: NDQ_000706

answers: Thames Estuary.

answers: NDQ_000707

answers: tide gauge stations

answers: NDQ_000710

answers: tide gauge stations

answers: NDQ_000715

answers: 1831

answers: NDQ_000718

answers: Many large ports had automatic tide gauge stations by 1850.

answers: NDQ_000720

answers: 1831

answers: NDQ_000721

answers: spring–neap cycle was made in 1831

answers: NDQ_000722

answers: Many large ports had automatic tide gauge stations by 1850.

answers: NDQ_000723

answers: Many large ports had automatic tide gauge stations by 1850.

answers: NDQ_000724

answers: Many large ports had automatic tide gauge stations by 1850.

answers: NDQ_000725

answers: tide gauge stations by 1850.

answers: NDQ_000726

answers: Many large ports had automatic tide gauge stations by 1850.

answers: NDQ_000727

answers: tide gauge stations by 1850.

answers: NDQ_000728

answers: Many large ports had automatic tide gauge stations by 1850.

answers: NDQ_000729

answers: Many large ports had automatic tide gauge stations by 1850.

answers: NDQ_000730

answers: Many large ports had automatic tide gauge stations by 1850.

answers: NDQ_000731

answers: spring–neap cycle was made in 1831

answers: NDQ_000732

answers: Many large ports had automatic tide gauge stations by 1850.

answers: NDQ_000733

answers: spring–neap cycle

answers: NDQ_000734

answers: sea-level

answers: NDQ_000735

answers: spring–neap

answers: NDQ_000736

answers: spring–neap cycle

answers: NDQ_000737

answers: Thames Estuary.

answers: NDQ_000738

answers: entire spring–neap cycle

answers: NDQ_000739

answers: spring–neap cycle was made in 1831

answers: NDQ_000740

answers: tide gauge stations

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: spring–neap

answers: NDQ_000743

answers: spring–neap cycle was made in 1831

answers: NDQ_000744

answers: spring–neap

answers: NDQ_000745

answers: spring–neap

answers: NDQ_000746

answers: tide gauge stations by 1850.

text: The semirigid rotor can also be referred to as a teetering or seesaw rotor. This system is normally composed of two blades that meet just under a common flapping or teetering hinge at the rotor shaft. This allows the blades to flap together in opposite motions like a seesaw. This underslinging of the blades below the teetering hinge, combined with an adequate dihedral or coning angle on the blades, minimizes variations in the radius of each blade's center of mass from the axis of rotation as the rotor turns, which in turn reduces the stress on the blades from lead and lag forces caused by the Coriolis effect. Secondary flapping hinges may also be provided to provide sufficient flexibility to minimize bouncing. Feathering is accomplished by the feathering hinge at the blade root, which allows changes to the pitch angle of the blade.

text: The semirigid rotor can also be referred to as a teetering or seesaw rotor. This system is normally composed of two blades that meet just under a common flapping or teetering hinge at the rotor shaft. This allows the blades to flap together in opposite motions like a

text: seesaw

text: . This underslinging of the blades below the teetering hinge, combined with an adequate dihedral or coning angle on the blades, minimizes variations in the radius of each blade's center of mass from the axis of rotation as the rotor turns, which in turn reduces the stress on the blades from lead and lag forces caused by the

text: Coriolis effect

text: . Secondary flapping hinges may also be provided to provide sufficient flexibility to minimize bouncing. Feathering is accomplished by the feathering hinge at the blade root, which allows changes to the pitch angle of the blade.

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: Which of the following is not a type of surface current?

answers: NDQ_000706

answers: Coriolis effect

answers: NDQ_000707

answers: lead and lag forces caused by the Coriolis effect

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: feathering hinge at the blade root

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: unfrozen

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: center of mass

answers: NDQ_000702

answers: Coriolis effect.

answers: NDQ_000704

answers: Coriolis effect.

answers: NDQ_000706

answers: Coriolis effect.

answers: NDQ_000707

answers: Coriolis effect.

answers: NDQ_000710

answers: lead and lag forces caused by the Coriolis effect.

answers: NDQ_000715

answers: dihedral or coning angle

answers: NDQ_000718

answers: dihedral or coning angle

answers: NDQ_000720

answers: Coriolis effect.

answers: NDQ_000721

answers: Coriolis effect.

answers: NDQ_000722

answers: Coriolis effect.

answers: NDQ_000723

answers: teetering or seesaw rotor.

answers: NDQ_000724

answers: Coriolis effect.

answers: NDQ_000725

answers: Coriolis effect.

answers: NDQ_000726

answers: Coriolis effect.

answers: NDQ_000727

answers: teetering or seesaw rotor.

answers: NDQ_000728

answers: teetering or seesaw rotor.

answers: NDQ_000729

answers: Coriolis effect.

answers: NDQ_000730

answers: Coriolis effect.

answers: NDQ_000731

answers: Coriolis effect.

answers: NDQ_000732

answers: lead and lag forces

answers: NDQ_000733

answers: Coriolis effect.

answers: NDQ_000734

answers: Coriolis effect.

answers: NDQ_000735

answers: Coriolis effect.

answers: NDQ_000736

answers: Coriolis effect.

answers: NDQ_000737

answers: a teetering or seesaw rotor.

answers: NDQ_000738

answers: Coriolis effect.

answers: NDQ_000739

answers: Coriolis effect.

answers: NDQ_000740

answers: Coriolis effect.

answers: NDQ_000741

answers: Coriolis effect.

answers: NDQ_000742

answers: Coriolis effect.

answers: NDQ_000743

answers: Coriolis effect.

answers: NDQ_000744

answers: Coriolis effect.

answers: NDQ_000745

answers: Coriolis effect.

answers: NDQ_000746

answers: mass

text: Oceanic currents are largely driven by the surface wind stress; hence the large-scale atmospheric circulation is important to understanding the ocean circulation. The Hadley circulation leads to Easterly winds in the tropics and Westerlies in mid-latitudes. This leads to slow equatorward flow throughout most of a subtropical ocean basin (the Sverdrup balance). The return flow occurs in an intense, narrow, poleward western boundary current. Like the atmosphere, the ocean is far wider than it is deep, and hence horizontal motion is in general much faster than vertical motion. In the southern hemisphere there is a continuous belt of ocean, and hence the mid-latitude westerlies force the strong Antarctic Circumpolar Current. In the northern hemisphere the land masses prevent this and the ocean circulation is broken into smaller gyres in the Atlantic and Pacific basins.

text: Oceanic currents are largely driven by the surface wind stress; hence the large-scale

text: atmospheric circulation

text: is important to understanding the ocean circulation. The Hadley circulation leads to Easterly winds in the tropics and Westerlies in mid-latitudes. This leads to slow equatorward flow throughout most of a subtropical ocean basin (the

text: Sverdrup balance

text: ). The return flow occurs in an intense, narrow, poleward

text: western boundary current

text: . Like the atmosphere, the ocean is far wider than it is deep, and hence horizontal motion is in general much faster than vertical motion. In the southern hemisphere there is a continuous belt of ocean, and hence the mid-latitude westerlies force the strong

text: Antarctic Circumpolar Current

text: . In the northern hemisphere the land masses prevent this and the ocean circulation is broken into smaller

text: gyre

text: s in the Atlantic and Pacific basins.

answers: NDQ_000702

answers: surface wind stress

answers: NDQ_000704

answers: Which of the following is not a source of oceanic currents: surface wind stress, mid-latitude westerlies or Antarctic Circumpolar Current?

answers: NDQ_000706

answers: mid-latitude westerlies

answers: NDQ_000707

answers: horizontal motion is much faster than vertical motion.

answers: NDQ_000710

answers: oceanic currents closer to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: vertical motion

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallower than it is deep

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds?

answers: NDQ_000725

answers: What is the Sverdrup balance?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: horizontal motion

answers: NDQ_000729

answers: Why is the Hadley circulation important to understanding the ocean circulation?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: horizontal motion is in general much faster than vertical motion

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: surface wind stress

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: Atlantic Circumpolar Current

answers: NDQ_000737

answers: oceanic current

answers: NDQ_000738

answers: horizontal motion is in general much faster than vertical motion

answers: NDQ_000739

answers: shallower

answers: NDQ_000740

answers: Sverdrup balance

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Easterly winds

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: equatorward flow

answers: NDQ_000746

answers: horizontal motion is in general much faster than vertical motion

answers: NDQ_000702

answers: surface wind stress;

answers: NDQ_000704

answers: Oceanic currents are largely driven by the surface wind stress;

answers: NDQ_000706

answers: horizontal motion

answers: NDQ_000707

answers: surface wind stress;

answers: NDQ_000710

answers: slow equatorward flow

answers: NDQ_000715

answers: Oceanic currents are largely driven by the surface wind stress;

answers: NDQ_000718

answers: Antarctic Circumpolar Current.

answers: NDQ_000720

answers: horizontal motion is in general much faster than vertical motion.

answers: NDQ_000721

answers: Oceanic currents are largely driven by the surface wind stress;

answers: NDQ_000722

answers: wider than it is deep,

answers: NDQ_000723

answers: Oceanic currents

answers: NDQ_000724

answers: Oceanic currents are largely driven by the surface wind stress;

answers: NDQ_000725

answers: Oceanic currents

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: Oceanic currents

answers: NDQ_000728

answers: horizontal motion is in general much faster than vertical motion.

answers: NDQ_000729

answers: Westerlies in mid-latitudes.

answers: NDQ_000730

answers: Oceanic currents are largely driven by the surface wind stress;

answers: NDQ_000731

answers: Easterly winds in the tropics

answers: NDQ_000732

answers: poleward western boundary current.

answers: NDQ_000733

answers: Antarctic Circumpolar Current.

answers: NDQ_000734

answers: surface wind stress;

answers: NDQ_000735

answers: Easterly winds in the tropics

answers: NDQ_000736

answers: Easterly winds

answers: NDQ_000737

answers: Oceanic currents

answers: NDQ_000738

answers: a continuous belt of ocean,

answers: NDQ_000739

answers: wider than it is deep,

answers: NDQ_000740

answers: Oceanic currents are largely driven by the surface wind stress;

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Antarctic Circumpolar Current.

answers: NDQ_000743

answers: horizontal motion is in general much faster than vertical motion.

answers: NDQ_000744

answers: Oceanic currents

answers: NDQ_000745

answers: The return flow occurs in an intense, narrow, poleward western boundary current.

answers: NDQ_000746

answers: wider

text: Cora opened The Ocean Restaurant at the S.E.A. Aquarium at Resorts World Sentosa off Singapore in February 2013. The 63 seat restaurant is inside the world's largest oceanarium and has stunning views of deep-sea wildlife from every table. Cora is currently the co-host of Around the World in 80 Plates, an American reality competition show that premiered on May 9, 2012 on the Bravo cable TV network.

text: Cora opened The Ocean Restaurant at the

text: S.E.A. Aquarium

text: at

text: Resorts World Sentosa

text: off

text: Singapore

text: in February 2013. The 63 seat restaurant is inside the world's largest

text: oceanarium

text: and has stunning views of deep-sea wildlife from every table. Cora is currently the co-host of

text: Around the World in 80 Plates

text: , an American reality competition show that premiered on May 9, 2012 on the Bravo cable TV network.

answers: NDQ_000702

answers: oceanarium

answers: NDQ_000704

answers: Which of the following is not a feature of the Ocean Restaurant at the S.E.A. Aquarium at Resorts World Sentosa off Singapore?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: The Ocean Restaurant off Singapore to what country?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: storms

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days ago did Cora open The Ocean Restaurant at the S.E.A. Aquarium at Resorts World Sentosa off Singapore?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does the Coriolis effect cause?

answers: NDQ_000733

answers: Singapore

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Aquarium at Resorts World Sentosa off Singapore

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling does not occur in the ocean

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: NDQ_000741

answers: oceanarium

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: evaporation

answers: NDQ_000746

answers: 80 Plates

answers: NDQ_000702

answers: oceanarium and has stunning views of deep-sea wildlife

answers: NDQ_000704

answers: 2013.

answers: NDQ_000706

answers: deep-sea

answers: NDQ_000707

answers: 2013.

answers: NDQ_000710

answers: deep-sea wildlife

answers: NDQ_000715

answers: 2013.

answers: NDQ_000718

answers: 2013.

answers: NDQ_000720

answers: 2013.

answers: NDQ_000721

answers: 2013.

answers: NDQ_000722

answers: Singapore in February 2013.

answers: NDQ_000723

answers: Around the World in 80 Plates,

answers: NDQ_000724

answers: Around the World in 80 Plates,

answers: NDQ_000725

answers: 2013.

answers: NDQ_000726

answers: 2013.

answers: NDQ_000727

answers: 2013.

answers: NDQ_000728

answers: 2013.

answers: NDQ_000729

answers: 2013.

answers: NDQ_000730

answers: 2013.

answers: NDQ_000731

answers: 2013.

answers: NDQ_000732

answers: 2013.

answers: NDQ_000733

answers: Singapore

answers: NDQ_000734

answers: oceanarium

answers: NDQ_000735

answers: 2013.

answers: NDQ_000736

answers: 2013.

answers: NDQ_000737

answers: deep-sea

answers: NDQ_000738

answers: 2013.

answers: NDQ_000739

answers: Singapore

answers: NDQ_000740

answers: 2013.

answers: NDQ_000741

answers: deep-sea

answers: NDQ_000742

answers: 2013.

answers: NDQ_000743

answers: 2013.

answers: NDQ_000744

answers: 2013.

answers: NDQ_000745

answers: deep-sea wildlife

answers: NDQ_000746

answers: 80 Plates,

text: Worldwide, there are five major coastal currents associated with upwelling areas: the Canary Current (off Northwest Africa), the Benguela Current (off southern Africa), the California Current (off California and Oregon), the Humboldt Current (off Peru and Chile), and the Somali Current (off Western India). All of these currents support major fisheries. Many forage fish are important commercial species, and the schools can be targeted by spotter planes. The fish are caught by purse seiners—fishing boats that use nets to enclose the fish—and can be overfished.

text: Worldwide, there are five major coastal currents associated with upwelling areas: the

text: Canary Current

text: (off

text: Northwest Africa

text: ), the

text: Benguela Current

text: (off

text: southern Africa

text: ), the

text: California Current

text: (off

text: California

text: and

text: Oregon

text: ), the

text: Humboldt Current

text: (off

text: Peru

text: and

text: Chile

text: ), and the

text: Somali Current

text: (off

text: Western India

text: ). All of these currents support major fisheries. Many forage fish are important commercial species, and the schools can be targeted by spotter planes. The fish are caught by

text: purse seiner

text: s—fishing boats that use nets to enclose the fish—and can be

text: overfished

answers: NDQ_000702

answers: upwelling areas

answers: NDQ_000704

answers: Which of the following is not associated with upwelling areas: the Canary Current, the Benguela Current, or the California Current?

answers: NDQ_000706

answers: upwelling areas

answers: NDQ_000707

answers: the water is moving too fast

answers: NDQ_000710

answers: Canary Current off Northwest Africa

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: How many major coastal currents are associated with upwelling areas?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds: Canary Current, the Benguela Current, the California Current, or the Humboldt Current?

answers: NDQ_000725

answers: How many major coastal currents support major fisheries?

answers: NDQ_000726

answers: Which of the following is not a source of energy for a wave?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Canary Current

answers: NDQ_000729

answers: What causes the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: California Current

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Canary Current

answers: NDQ_000737

answers: major coastal current

answers: NDQ_000738

answers: the California Current (off California and Oregon) supports major fisheries

answers: NDQ_000739

answers: Canary Current

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What is an example of kinetic energy?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: coastal currents

answers: NDQ_000706

answers: (off Northwest Africa),

answers: NDQ_000707

answers: upwelling areas:

answers: NDQ_000710

answers: fisheries.

answers: NDQ_000715

answers: Worldwide, there are five major coastal currents associated with upwelling areas:

answers: NDQ_000718

answers: Worldwide, there are five major coastal currents associated with upwelling areas:

answers: NDQ_000720

answers: Worldwide, there are five major coastal currents associated with upwelling areas:

answers: NDQ_000721

answers: upwelling

answers: NDQ_000722

answers: upwelling areas:

answers: NDQ_000723

answers: five major coastal currents

answers: NDQ_000724

answers: five major coastal currents

answers: NDQ_000725

answers: five major coastal currents

answers: NDQ_000726

answers: Worldwide, there are five major coastal currents

answers: NDQ_000727

answers: five major coastal currents

answers: NDQ_000728

answers: upwelling areas:

answers: NDQ_000729

answers: five major coastal currents associated with upwelling areas:

answers: NDQ_000730

answers: upwelling areas:

answers: NDQ_000731

answers: Worldwide, there are five major coastal currents associated with upwelling areas:

answers: NDQ_000732

answers: five major coastal currents associated with upwelling areas:

answers: NDQ_000733

answers: Worldwide,

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: upwelling areas:

answers: NDQ_000736

answers: upwelling areas: the Canary Current

answers: NDQ_000737

answers: coastal currents

answers: NDQ_000738

answers: overfished.

answers: NDQ_000739

answers: upwelling

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: coastal currents

answers: NDQ_000742

answers: upwelling areas:

answers: NDQ_000743

answers: upwelling areas:

answers: NDQ_000744

answers: upwelling areas:

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: Worldwide, there are five major coastal currents associated with upwelling areas:

text: On August 28, a tropical wave exited the west coast of Africa, which moved westward across the Atlantic Ocean without development. On September 2, an area of convection, or thunderstorms, developed along the northern portion of the wave, but was eventually absorbed into Tropical Storm Gabrielle north of Puerto Rico. The wave continued westward through the Caribbean Sea into a large area of cyclonic flow at the surface, which extended across Central America into the eastern Pacific. Around September 9, the broad system developed two areas of disturbed weather – one in the eastern Pacific would become Hurricane Manuel, and the other developing over the northwestern Caribbean. The latter system slowly organized, developing a low pressure area on September 11. Subsequently, the system moved over the Yucatán Peninsula. Although land interaction prevented immediate development, conditions favored further development in the Bay of Campeche. Early on September 12, the low emerged into the bay, and at 1800 UTC the National Hurricane Center (NHC) assessed that Tropical Depression Ten developed about  east-northeast of Veracruz. This was confirmed by a Hurricane Hunters flight indicating the presence of a closed low-level circulation.

text: On August 28, a

text: tropical wave

text: exited the west coast of Africa, which moved westward across the Atlantic Ocean without development. On September 2, an area of

text: convection

text: , or thunderstorms, developed along the northern portion of the wave, but was eventually absorbed into

text: Tropical Storm Gabrielle

text: north of

text: Puerto Rico

text: . The wave continued westward through the

text: Caribbean Sea

text: into a large area of

text: cyclonic

text: flow

text: at the surface, which extended across

text: Central America

text: into the eastern Pacific. Around September 9, the broad system developed two areas of disturbed weather – one in the eastern Pacific would become

text: Hurricane Manuel

text: , and the other developing over the northwestern Caribbean. The latter system slowly organized, developing a

text: low pressure area

text: on September 11. Subsequently, the system moved over the

text: Yucatán Peninsula

text: . Although land interaction prevented immediate development, conditions favored further development in the

text: Bay of Campeche

text: . Early on September 12, the low emerged into the bay, and at 1800

text: UTC

text: the

text: National Hurricane Center

text: (NHC) assessed that Tropical Depression Ten developed about  east-northeast of

text: Veracruz

text: . This was confirmed by a

text: Hurricane Hunters

text: flight indicating the presence of a closed low-level circulation.

answers: NDQ_000702

answers: tropical wave

answers: NDQ_000704

answers: How many days after the tropical wave exited the west coast of Africa did Tropical Storm Gabrielle develop?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: convection develops

answers: NDQ_000710

answers: Tropical Storm Gabrielle into the Atlantic Ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: tropical storms

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What is the cause of tropical waves?

answers: NDQ_000725

answers: How many days after Tropical Storm Gabrielle exited the west coast of Africa did Tropical Depression Ten develop?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: Tropical Storm Gabrielle

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which event happened first, Tropical Storm Gabrielle exited the west coast of Africa

answers: NDQ_000732

answers: Which happened first, Tropical Storm Gabrielle exited the west coast of Africa, or Tropical Depression Ten developed about east-northeast of Veracruz?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: low pressure

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The wave continued westward through the Caribbean Sea

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: low-level circulation

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: NDQ_000743

answers: convection

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: cyclonic flow

answers: NDQ_000746

answers: Hurricane Manuel

answers: NDQ_000702

answers: tropical wave

answers: NDQ_000704

answers: cyclonic flow

answers: NDQ_000706

answers: cyclonic flow at the surface,

answers: NDQ_000707

answers: convection,

answers: NDQ_000710

answers: thunderstorms,

answers: NDQ_000715

answers: cyclonic flow

answers: NDQ_000718

answers: wave

answers: NDQ_000720

answers: cyclonic flow

answers: NDQ_000721

answers: Atlantic Ocean

answers: NDQ_000722

answers: Bay of Campeche.

answers: NDQ_000723

answers: tropical wave

answers: NDQ_000724

answers: tropical wave

answers: NDQ_000725

answers: Bay of Campeche.

answers: NDQ_000726

answers: tropical wave

answers: NDQ_000727

answers: Tropical Depression Ten

answers: NDQ_000728

answers: cyclonic flow

answers: NDQ_000729

answers: cyclonic flow

answers: NDQ_000730

answers: Atlantic Ocean

answers: NDQ_000731

answers: Tropical Storm Gabrielle

answers: NDQ_000732

answers: cyclonic flow

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: tropical wave

answers: NDQ_000735

answers: 2,

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: without development.

answers: NDQ_000739

answers: Atlantic Ocean

answers: NDQ_000740

answers: Atlantic Ocean

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: 2,

answers: NDQ_000743

answers: convection,

answers: NDQ_000744

answers: tropical wave

answers: NDQ_000745

answers: cyclonic flow

answers: NDQ_000746

answers: Tropical Storm Gabrielle

text: Fungia paumotensis occurs in the Indian Ocean on upper reef slopes especially where there is considerable movement of the water as a result of wave action. It is usually found on sand or beds of coral fragments. It is often associated with other species of Fungia.

text: Fungia paumotensis occurs in the Indian Ocean on upper reef slopes especially where there is considerable movement of the water as a result of wave action. It is usually found on sand or beds of coral fragments. It is often associated with other species of

text: Fungia

answers: NDQ_000702

answers: wave action

answers: NDQ_000704

answers: Which of the following is not a type of movement of the water?

answers: NDQ_000706

answers: upper reef slopes

answers: NDQ_000707

answers: the water is moving too fast

answers: NDQ_000710

answers: sand to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: (iii).

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or crest?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How would you describe Fungia paumotensis?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: None of the above choices.

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: What does Fungia paumotensis occur on?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: wave action

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Indian Ocean on upper reef slopes

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: sand or beds of coral fragments

answers: NDQ_000739

answers: sand

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: wave action

answers: NDQ_000742

answers: NDQ_000743

answers: movement of the water

answers: NDQ_000744

answers: NDQ_000745

answers: wave action

answers: NDQ_000746

answers: NDQ_000702

answers: wave action.

answers: NDQ_000704

answers: wave action.

answers: NDQ_000706

answers: upper reef slopes

answers: NDQ_000707

answers: movement of the water

answers: NDQ_000710

answers: movement of the water as a result of wave action.

answers: NDQ_000715

answers: wave action.

answers: NDQ_000718

answers: wave action.

answers: NDQ_000720

answers: Fungia paumotensis

answers: NDQ_000721

answers: wave action.

answers: NDQ_000722

answers: Fungia paumotensis occurs in the Indian Ocean

answers: NDQ_000723

answers: wave action.

answers: NDQ_000724

answers: wave action.

answers: NDQ_000725

answers: wave action.

answers: NDQ_000726

answers: wave action.

answers: NDQ_000727

answers: movement of the water as a result of wave action.

answers: NDQ_000728

answers: wave action.

answers: NDQ_000729

answers: movement of the water as a result of wave action.

answers: NDQ_000730

answers: wave action.

answers: NDQ_000731

answers: Fungia paumotensis occurs in the Indian Ocean

answers: NDQ_000732

answers: wave action.

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: wave action.

answers: NDQ_000735

answers: Fungia paumotensis occurs in the Indian Ocean

answers: NDQ_000736

answers: wave action.

answers: NDQ_000737

answers: Fungia paumotensis occurs in the Indian Ocean

answers: NDQ_000738

answers: wave action.

answers: NDQ_000739

answers: wave action.

answers: NDQ_000740

answers: movement of the water as a result of wave action.

answers: NDQ_000741

answers: wave action.

answers: NDQ_000742

answers: Fungia paumotensis

answers: NDQ_000743

answers: wave action.

answers: NDQ_000744

answers: movement of the water

answers: NDQ_000745

answers: wave action.

answers: NDQ_000746

answers: Fungia paumotensis

text: The biggest change in Rising Tide is the addition of aquatic cities.  Unlike land based cities, or even ocean cities in previous iterations of the game, aquatic based cities can move. In addition to the major changes, Rising Tide adds two new biomes: frigid, an ice world; and primordial, a geologically active world. Four new sponsors have also been added, as well.

text: The biggest change in Rising Tide is the addition of aquatic cities.  Unlike land based cities, or even ocean cities in previous iterations of the game, aquatic based cities can move. In addition to the major changes, Rising Tide adds two new biomes: frigid, an ice world; and primordial, a geologically active world. Four new sponsors have also been added, as well.

answers: NDQ_000702

answers: aquatic based cities

answers: NDQ_000704

answers: Which of the following is not a biome: frigid, primordial, or ice?

answers: NDQ_000706

answers: primordial

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: what to the ocean?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many biomes does Rising Tide add?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: ocean cities can move

answers: NDQ_000729

answers: Which of the following is not a type of city: frigid, an ice world or primordial?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: rising tide

answers: NDQ_000734

answers: oceans

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: ice world

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: land based cities can move

answers: NDQ_000739

answers: ice

answers: NDQ_000740

answers: Rising Tide

answers: NDQ_000741

answers: Rising Tide

answers: NDQ_000742

answers: Rising Tide

answers: NDQ_000743

answers: geologically active

answers: NDQ_000744

answers: rising tide

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: aquatic cities.

answers: NDQ_000704

answers: ocean

answers: NDQ_000706

answers: aquatic cities. Unlike land based cities, or even ocean cities

answers: NDQ_000707

answers: aquatic cities.

answers: NDQ_000710

answers: aquatic cities.

answers: NDQ_000715

answers: aquatic cities.

answers: NDQ_000718

answers: aquatic cities.

answers: NDQ_000720

answers: two new biomes:

answers: NDQ_000721

answers: aquatic cities.

answers: NDQ_000722

answers: aquatic cities.

answers: NDQ_000723

answers: aquatic cities.

answers: NDQ_000724

answers: aquatic cities. Unlike land based cities,

answers: NDQ_000725

answers: The biggest change in Rising Tide

answers: NDQ_000726

answers: aquatic cities.

answers: NDQ_000727

answers: aquatic cities.

answers: NDQ_000728

answers: aquatic cities.

answers: NDQ_000729

answers: aquatic cities.

answers: NDQ_000730

answers: aquatic cities.

answers: NDQ_000731

answers: The biggest change in Rising Tide

answers: NDQ_000732

answers: aquatic cities.

answers: NDQ_000733

answers: Rising Tide

answers: NDQ_000734

answers: aquatic cities.

answers: NDQ_000735

answers: The biggest change in Rising Tide

answers: NDQ_000736

answers: aquatic cities.

answers: NDQ_000737

answers: ocean cities

answers: NDQ_000738

answers: ice

answers: NDQ_000739

answers: aquatic cities. Unlike land based cities,

answers: NDQ_000740

answers: The biggest change in Rising Tide

answers: NDQ_000741

answers: aquatic cities. Unlike land based cities, or even ocean cities

answers: NDQ_000742

answers: Rising Tide

answers: NDQ_000743

answers: aquatic cities.

answers: NDQ_000744

answers: Rising Tide

answers: NDQ_000745

answers: aquatic based cities can move.

answers: NDQ_000746

answers: aquatic cities. Unlike land based cities,

text: Because ocean currents are driven by the movement of wind over the water's surface, the Coriolis force also affects the movement of  ocean currents and cyclones as well. Many of the ocean's largest currents circulate around warm, high-pressure areas called gyres. Though the circulation is not as significant as that in the air, the deflection caused by the Coriolis effect is what creates the spiraling pattern in these gyres. The spiraling wind pattern helps the hurricane form. The stronger the force from the Coriolis effect, the faster the wind spins and picks up additional energy, increasing the strength of the hurricane.

text: Because ocean currents are driven by the movement of wind over the water's surface, the Coriolis force also affects the movement of  ocean currents and

text: cyclones

text: as well. Many of the ocean's largest currents circulate around warm, high-pressure areas called

text: gyre

text: s. Though the circulation is not as significant as that in the air, the deflection caused by the Coriolis effect is what creates the spiraling pattern in these gyres. The spiraling wind pattern helps the hurricane form. The stronger the force from the Coriolis effect, the faster the wind spins and picks up additional energy, increasing the strength of the hurricane.

answers: NDQ_000702

answers: movement of wind

answers: NDQ_000704

answers: are driven by the movement of wind over the water's surface

answers: NDQ_000706

answers: gyres

answers: NDQ_000707

answers: Coriolis force is stronger than

answers: NDQ_000710

answers: ocean currents to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a gyre?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: what is the first sign of a tsunami is coming

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: hurricanes are driven by the movement of wind over the water's surface

answers: NDQ_000739

answers: high-pressure

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: NDQ_000743

answers: movement

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: NDQ_000702

answers: movement of wind

answers: NDQ_000704

answers: ocean currents

answers: NDQ_000706

answers: gyres.

answers: NDQ_000707

answers: Coriolis force

answers: NDQ_000710

answers: gyres.

answers: NDQ_000715

answers: gyres.

answers: NDQ_000718

answers: gyres.

answers: NDQ_000720

answers: gyres.

answers: NDQ_000721

answers: wind over the water's surface,

answers: NDQ_000722

answers: gyres.

answers: NDQ_000723

answers: gyres.

answers: NDQ_000724

answers: ocean currents

answers: NDQ_000725

answers: ocean currents

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: gyres.

answers: NDQ_000728

answers: gyres.

answers: NDQ_000729

answers: Coriolis force

answers: NDQ_000730

answers: ocean currents

answers: NDQ_000731

answers: gyres.

answers: NDQ_000732

answers: spiraling pattern in these gyres.

answers: NDQ_000733

answers: ocean currents

answers: NDQ_000734

answers: movement of wind over the water's surface,

answers: NDQ_000735

answers: gyres.

answers: NDQ_000736

answers: Coriolis force

answers: NDQ_000737

answers: gyres.

answers: NDQ_000738

answers: ocean currents

answers: NDQ_000739

answers: warm, high-pressure areas called gyres.

answers: NDQ_000740

answers: the Coriolis force

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: ocean currents

answers: NDQ_000743

answers: energy,

answers: NDQ_000744

answers: ocean currents

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: energy,

text: ) have contributed to solve the riddles of wave breaking behaviors, unfortunately there hasn’t been a clear understanding for exact theories of the wind wave dissipation process still yet because of its non-linear behaviors. By past and present observations and derived theories, the physics of the ocean-wave dissipation can be categorized by its passing regions along to water depth. In deep water, wave dissipation occurs by the actions of friction or drag forces such as opposite-directed winds or viscous forces generated by turbulent flows—usually nonlinear forces. In shallow water, the behaviors of wave dissipations are mostly types of shore wave breaking (see Types of wave breaking). Some of simple general descriptions of wind-wave dissipation (defined by Luigi Cavaleri et al. ) were proposed when we consider only ocean surface waves such as wind waves. By means of the simple, the interactions of waves with the vertical structure of the upper layers of the ocean are ignored for simplified theory in many proposed mechanisms.

text: ) have contributed to solve the riddles of wave breaking behaviors, unfortunately there hasn’t been a clear understanding for exact theories of the wind wave dissipation process still yet because of its non-linear behaviors. By past and present observations and derived theories, the physics of the ocean-wave dissipation can be categorized by its passing regions along to water depth. In deep water, wave dissipation occurs by the actions of friction or drag forces such as opposite-directed winds or viscous forces generated by turbulent flows—usually nonlinear forces. In shallow water, the behaviors of wave dissipations are mostly types of shore wave breaking (see Types of wave breaking). Some of simple general descriptions of wind-wave dissipation (defined by Luigi Cavaleri et al. ) were proposed when we consider only ocean surface waves such as wind waves. By means of the simple, the interactions of waves with the vertical structure of the upper layers of the ocean are ignored for simplified theory in many proposed mechanisms.

answers: NDQ_000702

answers: non-linear behaviors

answers: NDQ_000704

answers: Which of the following is not a type of wave dissipation?

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: its passing regions along to water depth

answers: NDQ_000710

answers: waves closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: water depth

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow water

answers: NDQ_000723

answers: Which of the following is not a type of shore wave breaking?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: nonlinear forces

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: nonlinear behaviors

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the interactions of waves with the vertical structure of the upper layers of the ocean are ignored for simplified theory

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: water depth

answers: NDQ_000741

answers: turbulent flows

answers: NDQ_000742

answers: tide that occurs during the first or third quarter

answers: NDQ_000743

answers: nonlinear forces

answers: NDQ_000744

answers: tide that occurs during a full moon

answers: NDQ_000745

answers: wave dissipation

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: wave breaking

answers: NDQ_000704

answers: ocean surface waves

answers: NDQ_000706

answers: deep water,

answers: NDQ_000707

answers: friction or drag forces

answers: NDQ_000710

answers: opposite-directed winds or viscous forces generated by turbulent flows—usually

answers: NDQ_000715

answers: ocean surface waves

answers: NDQ_000718

answers: depth.

answers: NDQ_000720

answers: wind waves.

answers: NDQ_000721

answers: wave breaking

answers: NDQ_000722

answers: In shallow water,

answers: NDQ_000723

answers: wind waves.

answers: NDQ_000724

answers: ocean surface waves such as wind waves.

answers: NDQ_000725

answers: water depth. In deep water,

answers: NDQ_000726

answers: wind waves.

answers: NDQ_000727

answers: ) have contributed to solve the riddles of wave breaking behaviors,

answers: NDQ_000728

answers: opposite-directed winds

answers: NDQ_000729

answers: opposite-directed winds

answers: NDQ_000730

answers: friction or drag forces

answers: NDQ_000731

answers: opposite-directed winds or viscous forces generated by turbulent flows—usually

answers: NDQ_000732

answers: opposite-directed winds

answers: NDQ_000733

answers: ocean surface waves

answers: NDQ_000734

answers: wave breaking

answers: NDQ_000735

answers: opposite-directed winds

answers: NDQ_000736

answers: shore wave breaking

answers: NDQ_000737

answers: winds

answers: NDQ_000738

answers: opposite-directed winds

answers: NDQ_000739

answers: deep water,

answers: NDQ_000740

answers: depth.

answers: NDQ_000741

answers: wind waves.

answers: NDQ_000742

answers: shore wave breaking

answers: NDQ_000743

answers: friction or drag forces

answers: NDQ_000744

answers: wave breaking

answers: NDQ_000745

answers: wave dissipation occurs by the actions of friction or drag forces

answers: NDQ_000746

answers: non-linear behaviors.

text: Seamounts are exceptionally important to their biome ecologically, but their role in their environment is poorly understood. Because they project out above the surrounding sea floor, they disturb standard water flow, causing eddies and associated hydrological phenomena that ultimately result in water movement in an otherwise still ocean bottom. Currents have been measured at up to 0.9 knots, or 48 centimeters per second. Because of this upwelling seamounts often carry above-average plankton populations, seamounts are thus centers where the fish that feed on them aggregate, in turn falling prey to further predation, making seamounts important biological hotspots.

text: Seamounts are exceptionally important to their biome ecologically, but their role in their environment is poorly understood. Because they project out above the surrounding sea floor, they disturb standard water flow, causing

text: eddies

text: and associated hydrological phenomena that ultimately result in water movement in an otherwise still ocean bottom. Currents have been measured at up to 0.9 knots, or 48 centimeters per second. Because of this upwelling seamounts often carry above-average

text: plankton

text: populations, seamounts are thus centers where the fish that feed on them aggregate, in turn falling prey to further predation, making seamounts important biological hotspots.

answers: NDQ_000702

answers: seamounts

answers: NDQ_000704

answers: How do seamounts affect the ocean bottom?

answers: NDQ_000706

answers: ocean bottom

answers: NDQ_000707

answers: Seamounts project out above the ocean floor

answers: NDQ_000710

answers: Plankton populations to seamounts

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do Tides cause water levels to rise and fall

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: 0.9 knots

answers: NDQ_000728

answers: 0.9 knots

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: eddies

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: 48 centimeters per second

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: seamounts are thus centers where the fish that feed on them aggregate

answers: NDQ_000739

answers: still

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: eddies and associated hydrological phenomena

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: eddies

answers: NDQ_000704

answers: 0.9 knots,

answers: NDQ_000706

answers: Seamounts

answers: NDQ_000707

answers: eddies

answers: NDQ_000710

answers: above-average plankton populations,

answers: NDQ_000715

answers: 0.9 knots,

answers: NDQ_000718

answers: 0.9 knots,

answers: NDQ_000720

answers: 0.9 knots,

answers: NDQ_000721

answers: Seamounts

answers: NDQ_000722

answers: Seamounts

answers: NDQ_000723

answers: 0.9 knots,

answers: NDQ_000724

answers: Currents

answers: NDQ_000725

answers: 0.9 knots, or 48 centimeters per second.

answers: NDQ_000726

answers: water flow, causing eddies

answers: NDQ_000727

answers: 0.9 knots,

answers: NDQ_000728

answers: Currents have been measured at up to 0.9 knots,

answers: NDQ_000729

answers: eddies

answers: NDQ_000730

answers: eddies

answers: NDQ_000731

answers: 0.9 knots,

answers: NDQ_000732

answers: 0.9 knots,

answers: NDQ_000733

answers: ocean bottom. Currents have been measured at up to 0.9 knots,

answers: NDQ_000734

answers: eddies

answers: NDQ_000735

answers: still ocean bottom.

answers: NDQ_000736

answers: 0.9 knots,

answers: NDQ_000737

answers: Currents

answers: NDQ_000738

answers: falling prey to further predation,

answers: NDQ_000739

answers: upwelling

answers: NDQ_000740

answers: 0.9 knots, or 48 centimeters per second.

answers: NDQ_000741

answers: Currents

answers: NDQ_000742

answers: eddies

answers: NDQ_000743

answers: eddies and associated hydrological phenomena

answers: NDQ_000744

answers: eddies

answers: NDQ_000745

answers: Currents

answers: NDQ_000746

answers: 0.9 knots, or 48 centimeters per second.

text: Thus the Coriolis parameter,

text: Thus the Coriolis parameter,

answers: NDQ_000702

answers: Coriolis

answers: NDQ_000704

answers: are caused by the motion of the Earth's surface

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: Coriolis is too strong.

answers: NDQ_000710

answers: ice to the ocean

answers: NDQ_000715

answers: its lowest point

answers: NDQ_000718

answers: Wavelength is the difference between a crest and a trough

answers: NDQ_000720

answers: The biggest ocean waves occur with hurricanes.

answers: NDQ_000721

answers: no one can answer this question

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: The tides are caused by the tides of the ocean.

answers: NDQ_000726

answers: It is a transfer of energy that initially began with wind

answers: NDQ_000727

answers: The difference between high and low tides is the tidal range.

answers: NDQ_000728

answers: The Coriolis parameter, ;

answers: NDQ_000729

answers: It is a measure of the speed of the Earth.

answers: NDQ_000730

answers: None of the above choices .

answers: NDQ_000731

answers: None of the above choices .

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: gravitational force

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis parameter,

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Upwelling is not caused by the Coriolis parameter.

answers: NDQ_000739

answers: surrounded by ice

answers: NDQ_000740

answers: Coriolis parameter, is a measure of

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: is called a tidal

answers: NDQ_000743

answers: can be used to measure kinetic energy

answers: NDQ_000744

answers: tidal

answers: NDQ_000745

answers: Coriolis is a term used to describe

answers: NDQ_000746

answers: molar mass

answers: NDQ_000702

answers: Coriolis

answers: NDQ_000704

answers: Coriolis parameter,

answers: NDQ_000706

answers: Coriolis

answers: NDQ_000707

answers: Coriolis parameter,

answers: NDQ_000710

answers: Coriolis parameter,

answers: NDQ_000715

answers: Coriolis parameter,

answers: NDQ_000718

answers: Coriolis parameter,

answers: NDQ_000720

answers: Coriolis parameter,

answers: NDQ_000721

answers: Coriolis parameter,

answers: NDQ_000722

answers: Coriolis parameter,

answers: NDQ_000723

answers: Coriolis parameter,

answers: NDQ_000724

answers: Coriolis parameter,

answers: NDQ_000725

answers: Coriolis parameter,

answers: NDQ_000726

answers: Coriolis parameter,

answers: NDQ_000727

answers: Coriolis parameter,

answers: NDQ_000728

answers: Coriolis parameter,

answers: NDQ_000729

answers: the Coriolis parameter,

answers: NDQ_000730

answers: Coriolis parameter,

answers: NDQ_000731

answers: Coriolis parameter,

answers: NDQ_000732

answers: the Coriolis parameter,

answers: NDQ_000733

answers: Coriolis parameter,

answers: NDQ_000734

answers: Coriolis

answers: NDQ_000735

answers: Coriolis parameter,

answers: NDQ_000736

answers: Coriolis parameter,

answers: NDQ_000737

answers: Coriolis parameter,

answers: NDQ_000738

answers: Coriolis parameter,

answers: NDQ_000739

answers: Coriolis parameter,

answers: NDQ_000740

answers: Coriolis parameter,

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis parameter,

answers: NDQ_000743

answers: Coriolis parameter,

answers: NDQ_000744

answers: Coriolis parameter,

answers: NDQ_000745

answers: Coriolis parameter,

answers: NDQ_000746

answers: Coriolis parameter,

text: Fire control was effected by a nine-foot six inch Co-incidence type rangefinder in the fire control tower high in the ship, this data was fed into a Dreyer table (invented and developed by Frederic Charles Dreyer) this was an early mechanical computer into which was fed range and bearing of the target, wind own course and speed targets course and speed, temperature and wind direction and adjustments for Coriolis effect, this produced a firing solution which was fed electrically to the guns were the gun layers would follow the pointers, when the guns were load the interceptor switches would be closed and gun ready lamps would light in the fire control tower, when all guns were ready they would be fired electrically by the gunnery officer.

text: Fire control was effected by a nine-foot six inch Co-incidence type rangefinder in the fire control tower high in the ship, this data was fed into a Dreyer table (invented and developed by Frederic Charles Dreyer) this was an early mechanical computer into which was fed range and bearing of the target, wind own course and speed targets course and speed, temperature and wind direction and adjustments for Coriolis effect, this produced a firing solution which was fed electrically to the guns were the gun layers would follow the pointers, when the guns were load the interceptor switches would be closed and gun ready lamps would light in the fire control tower, when all guns were ready they would be fired electrically by the gunnery officer.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000706

answers: near the coast

answers: NDQ_000707

answers: Coriolis effect is

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the opposite of crest and trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between high and low tide?

answers: NDQ_000724

answers: None of the above choices

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not true of spring tides?

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling does not occur in the ocean.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: wind

answers: NDQ_000742

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: Coriolis effect,

answers: NDQ_000706

answers: wind

answers: NDQ_000707

answers: Coriolis effect,

answers: NDQ_000710

answers: temperature

answers: NDQ_000715

answers: nine-foot six inch Co-incidence

answers: NDQ_000718

answers: Coriolis effect,

answers: NDQ_000720

answers: Coriolis effect,

answers: NDQ_000721

answers: Coriolis effect,

answers: NDQ_000722

answers: Coriolis effect,

answers: NDQ_000723

answers: Dreyer table

answers: NDQ_000724

answers: Coriolis effect,

answers: NDQ_000725

answers: Coriolis effect,

answers: NDQ_000726

answers: wind direction and adjustments for Coriolis effect,

answers: NDQ_000727

answers: Dreyer table

answers: NDQ_000728

answers: Dreyer table

answers: NDQ_000729

answers: Coriolis effect,

answers: NDQ_000730

answers: Coriolis effect,

answers: NDQ_000731

answers: Coriolis effect,

answers: NDQ_000732

answers: adjustments for Coriolis effect,

answers: NDQ_000733

answers: Dreyer table

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: Coriolis effect,

answers: NDQ_000736

answers: Coriolis effect,

answers: NDQ_000737

answers: wind

answers: NDQ_000738

answers: temperature and wind direction and adjustments for Coriolis effect,

answers: NDQ_000739

answers: temperature and wind direction and adjustments for Coriolis effect,

answers: NDQ_000740

answers: temperature and wind direction and adjustments for Coriolis effect,

answers: NDQ_000741

answers: wind

answers: NDQ_000742

answers: Coriolis effect,

answers: NDQ_000743

answers: Coriolis effect,

answers: NDQ_000744

answers: Coriolis effect,

answers: NDQ_000745

answers: Coriolis effect,

answers: NDQ_000746

answers: nine-foot six inch

text: Downwelling occurs at anti-cyclonic places within the ocean where warm rings are spinning clockwise creating surface convergence. When these surface waters converge, they push the surface water downwards. Another way that downwelling can occur is by the wind driving the sea towards the coastline. Regions that have downwelling have low productivity because the nutrients in the water column are utilized but are not continuously resupplied by the cold, nutrient-rich water from below the surface.

text: Downwelling occurs at anti-cyclonic places within the ocean where warm rings are spinning clockwise creating surface convergence. When these surface waters converge, they push the surface water downwards. Another way that downwelling can occur is by the wind driving the sea towards the coastline. Regions that have downwelling have low productivity because the nutrients in the water column are utilized but are not continuously resupplied by the cold, nutrient-rich water from below the surface.

answers: NDQ_000702

answers: downwelling

answers: NDQ_000704

answers: Which of the following is not a type of downwelling: anti-cyclonic, downwelling, or wind?

answers: NDQ_000706

answers: anti-cyclonic places

answers: NDQ_000707

answers: downwelling occurs in the ocean

answers: NDQ_000710

answers: nutrient-rich water from below the surface to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a way that downwelling can occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: downwelling

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean day.

answers: NDQ_000734

answers: downwelling

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: downwelling

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Downwelling occurs at anti-cyclonic places where warm rings are spinning clockwise creating surface convergence

answers: NDQ_000739

answers: downwelling

answers: NDQ_000740

answers: downwards

answers: NDQ_000741

answers: surface waters

answers: NDQ_000742

answers: downwelling

answers: NDQ_000743

answers: NDQ_000744

answers: downwelling

answers: NDQ_000745

answers: downwelling

answers: NDQ_000746

answers: NDQ_000702

answers: Downwelling

answers: NDQ_000704

answers: warm rings are spinning clockwise creating surface convergence.

answers: NDQ_000706

answers: anti-cyclonic places

answers: NDQ_000707

answers: Downwelling occurs at anti-cyclonic

answers: NDQ_000710

answers: Downwelling

answers: NDQ_000715

answers: Downwelling occurs at anti-cyclonic

answers: NDQ_000718

answers: Downwelling occurs at anti-cyclonic

answers: NDQ_000720

answers: Downwelling occurs at anti-cyclonic

answers: NDQ_000721

answers: Downwelling

answers: NDQ_000722

answers: Downwelling

answers: NDQ_000723

answers: Downwelling

answers: NDQ_000724

answers: Downwelling occurs at anti-cyclonic

answers: NDQ_000725

answers: Downwelling occurs at anti-cyclonic

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: Downwelling

answers: NDQ_000728

answers: Downwelling

answers: NDQ_000729

answers: warm rings are spinning clockwise

answers: NDQ_000730

answers: Downwelling occurs at anti-cyclonic

answers: NDQ_000731

answers: Downwelling occurs at anti-cyclonic

answers: NDQ_000732

answers: warm rings are spinning clockwise

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: Downwelling

answers: NDQ_000735

answers: warm rings are spinning clockwise

answers: NDQ_000736

answers: Downwelling

answers: NDQ_000737

answers: Downwelling

answers: NDQ_000738

answers: Downwelling

answers: NDQ_000739

answers: cold, nutrient-rich water from below the surface.

answers: NDQ_000740

answers: downwards.

answers: NDQ_000741

answers: Downwelling

answers: NDQ_000742

answers: Downwelling

answers: NDQ_000743

answers: Downwelling

answers: NDQ_000744

answers: Downwelling

answers: NDQ_000745

answers: Downwelling

answers: NDQ_000746

answers: Downwelling occurs at anti-cyclonic places

text: In contrast to Delaware and Maryland, the strong northeast portion of the nor'easter affected New Jersey for several days, producing strong winds and record high tides. Wind gusts reached  in Cape May, which were the strongest winds in association with the storm. Sustained winds were around  in the region. High winds in Atlantic City destroyed the windows of storefronts. Along the Jersey coast, the nor'easter produced waves of up to  in height. About  offshore Long Branch, waves reached heights of . In South Jersey, the storm surge struck the coast near low tide, which restricted flooding. The highest tide in South Jersey was  in Ocean City, which broke the previous record of  set in 1984. Further north, the surge coincided with several days of high tides and a lunar tide, causing significant flooding and beach erosion. The highest tide was  in Perth Amboy along the Raritan River, which broke the record set in 1960. In many locations, the storm produced the highest tides since the Ash Wednesday Storm of 1962. The storm also dropped rainfall across the state, peaking at  in Morristown, along with gusts peaking at 58 mph (93 kph) at Morristown Municipal Airport. The rainfall caused higher discharge rates along rivers. The storm also produced high snowfall totals, including  in Sussex County. Throughout the coastline, the cost to replace the lost beach from erosion was estimated at $300 million (1992 USD).

text: In contrast to Delaware and Maryland, the strong northeast portion of the nor'easter affected New Jersey for several days, producing strong winds and record high tides. Wind gusts reached  in

text: Cape May

text: , which were the strongest winds in association with the storm.

text: Sustained

text: winds were around  in the region. High winds in Atlantic City destroyed the windows of storefronts. Along the Jersey coast, the nor'easter produced waves of up to  in height. About  offshore

text: Long Branch

text: , waves reached heights of . In

text: South Jersey

text: , the

text: storm surge

text: struck the coast near low tide, which restricted flooding. The highest tide in South Jersey was  in

text: Ocean City

text: , which broke the previous record of  set in 1984. Further north, the surge coincided with several days of high tides and a

text: lunar tide

text: , causing significant flooding and beach erosion. The highest tide was  in

text: Perth Amboy

text: along the

text: Raritan River

text: , which broke the record set in 1960. In many locations, the storm produced the highest tides since the

text: Ash Wednesday Storm of 1962

text: . The storm also dropped rainfall across the state, peaking at  in

text: Morristown

text: , along with gusts peaking at 58 mph (93 kph) at Morristown Municipal Airport. The rainfall caused higher discharge rates along rivers. The storm also produced high snowfall totals, including  in

text: Sussex County

text: . Throughout the coastline, the cost to replace the lost beach from erosion was estimated at $300 million (1992 USD).

answers: NDQ_000702

answers: nor'easter

answers: NDQ_000704

answers: How many days did the nor'easter last?

answers: NDQ_000706

answers: offshore Long Branch

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: The highest tide in South Jersey was in what city?

answers: NDQ_000715

answers: height

answers: NDQ_000718

answers: How many days did the nor'easter affect New Jersey?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many days did the nor'easter affect New Jersey?

answers: NDQ_000726

answers: What was the highest tide in South Jersey?

answers: NDQ_000727

answers: high tides

answers: NDQ_000728

answers: record high tides

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation: Coriolis effect, lunar tide, or high tides?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many days did the nor'easter affect New Jersey?

answers: NDQ_000733

answers: New Jersey

answers: NDQ_000734

answers: strong winds

answers: NDQ_000735

answers: low

answers: NDQ_000736

answers: highest tide in South Jersey

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Delaware and Maryland

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: a lunar tide

answers: NDQ_000741

answers: river

answers: NDQ_000742

answers: lunar tide

answers: NDQ_000743

answers: NDQ_000744

answers: a lunar tide

answers: NDQ_000745

answers: nor'easter

answers: NDQ_000746

answers: in height

answers: NDQ_000702

answers: nor'easter

answers: NDQ_000704

answers: waves of up to in height.

answers: NDQ_000706

answers: offshore Long Branch,

answers: NDQ_000707

answers: erosion

answers: NDQ_000710

answers: rainfall

answers: NDQ_000715

answers: in height.

answers: NDQ_000718

answers: in height.

answers: NDQ_000720

answers: nor'easter produced waves of up to in height.

answers: NDQ_000721

answers: lunar tide,

answers: NDQ_000722

answers: low tide,

answers: NDQ_000723

answers: waves of up to in height.

answers: NDQ_000724

answers: waves of up to in height.

answers: NDQ_000725

answers: lunar tide,

answers: NDQ_000726

answers: waves of up to in height.

answers: NDQ_000727

answers: high tides.

answers: NDQ_000728

answers: waves of up to in height.

answers: NDQ_000729

answers: northeast portion of the nor'easter affected New Jersey

answers: NDQ_000730

answers: lunar tide,

answers: NDQ_000731

answers: lunar tide,

answers: NDQ_000732

answers: northeast portion of the nor'easter affected New Jersey

answers: NDQ_000733

answers: New Jersey

answers: NDQ_000734

answers: strong winds

answers: NDQ_000735

answers: lunar tide,

answers: NDQ_000736

answers: lunar tide,

answers: NDQ_000737

answers: nor'easter

answers: NDQ_000738

answers: Delaware and Maryland,

answers: NDQ_000739

answers: low tide,

answers: NDQ_000740

answers: high tides.

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: lunar tide,

answers: NDQ_000743

answers: Wind gusts

answers: NDQ_000744

answers: lunar tide,

answers: NDQ_000745

answers: tides.

answers: NDQ_000746

answers: (93 kph) at Morristown Municipal Airport.

text: The first generation of Meteosat satellites, Meteosat-1 to Meteosat-7, provided continuous and reliable meteorological observations from space to a large user community. Meteosat-1 to 6 have retired, but Meteosat-7 provides data from over the Indian Ocean, every half-hour in three spectral channels (Visible, Infrared) and Water Vapour, via the Meteosat Visible and Infrared Imager (MVIRI) instrument. Until 2017, Meteosat-7 provides the primary imagery coverage over the Indian Ocean and provides a service relaying data from  Data Collection Platforms (DCP), such as buoys, in support of the Tsunami Warning System for the Indian Ocean. A range of processed meteorological products are also produced

text: The first generation of Meteosat satellites, Meteosat-1 to Meteosat-7, provided continuous and reliable meteorological observations from space to a large user community. Meteosat-1 to 6 have retired, but Meteosat-7 provides data from over the

text: Indian Ocean

text: , every half-hour in three spectral channels (Visible, Infrared) and

text: Water Vapour

text: , via the

text: Meteosat Visible and Infrared Imager

text: (MVIRI)

text: instrument

text: . Until 2017, Meteosat-7 provides the primary imagery coverage over the Indian Ocean and provides a service relaying data from  Data Collection Platforms (DCP), such as buoys, in support of the Tsunami Warning System for the Indian Ocean. A range of processed meteorological products are also produced

answers: NDQ_000702

answers: Tsunami

answers: NDQ_000704

answers: Meteosat-7 provides data from over the Indian Ocean, every half-hour

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: Meteosat-1 to 6 have retired

answers: NDQ_000710

answers: Meteosat-7 data

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Tsunami

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: it is not possible to tell

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How often do Tides cause water levels to rise and fall?

answers: NDQ_000726

answers: What is the first generation of Meteosat satellites?

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: Meteosat-7

answers: NDQ_000729

answers: What does the Coriolis effect cause?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not an example of a straight line?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: Indian Ocean

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Meteosat-7

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: Meteosat-7 provides the primary imagery coverage over the Indian Ocean

answers: NDQ_000739

answers: Infrared

answers: NDQ_000740

answers: every half-hour

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: Meteosat-7

answers: NDQ_000743

answers: Infrared

answers: NDQ_000744

answers: Meteosat-7

answers: NDQ_000745

answers: Tsunami

answers: NDQ_000746

answers: half-hour

answers: NDQ_000702

answers: Tsunami

answers: NDQ_000704

answers: Indian Ocean,

answers: NDQ_000706

answers: Indian Ocean,

answers: NDQ_000707

answers: Tsunami

answers: NDQ_000710

answers: Water Vapour,

answers: NDQ_000715

answers: Tsunami Warning System

answers: NDQ_000718

answers: Meteosat-7 provides data from over the Indian Ocean,

answers: NDQ_000720

answers: Tsunami

answers: NDQ_000721

answers: Tsunami

answers: NDQ_000722

answers: buoys,

answers: NDQ_000723

answers: Meteosat-7 provides data from over the Indian Ocean,

answers: NDQ_000724

answers: Tsunami

answers: NDQ_000725

answers: every half-hour

answers: NDQ_000726

answers: A range of processed meteorological products

answers: NDQ_000727

answers: Meteosat-7 provides data from over the Indian Ocean,

answers: NDQ_000728

answers: Tsunami Warning System

answers: NDQ_000729

answers: Meteosat-7 provides data from over the Indian Ocean,

answers: NDQ_000730

answers: Tsunami

answers: NDQ_000731

answers: Meteosat-7 provides data from over the Indian Ocean,

answers: NDQ_000732

answers: Meteosat-7 provides data from over the Indian Ocean,

answers: NDQ_000733

answers: Indian Ocean,

answers: NDQ_000734

answers: Tsunami

answers: NDQ_000735

answers: Meteosat-7 provides data from over the Indian Ocean,

answers: NDQ_000736

answers: Tsunami Warning System

answers: NDQ_000737

answers: Indian Ocean,

answers: NDQ_000738

answers: Tsunami

answers: NDQ_000739

answers: Water Vapour,

answers: NDQ_000740

answers: every half-hour

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: Tsunami

answers: NDQ_000743

answers: Water Vapour,

answers: NDQ_000744

answers: Tsunami

answers: NDQ_000745

answers: Water Vapour,

answers: NDQ_000746

answers: half-hour

text: The ACC connects the Atlantic, Pacific and Indian Oceans, and serves as a principal pathway of exchange between them. The current is strongly constrained by landform and bathymetric features. To trace it starting arbitrarily at South America, it flows through the Drake Passage between South America and the Antarctic Peninsula and then is split by the Scotia Arc to the east, with a shallow warm branch flowing to the north in the Falkland Current and a deeper branch passing through the Arc more to the east before also turning to the north. Passing through the Indian Ocean, the current first retroflects the Agulhas Current to form the Agulhas Return Current before it is split by the Kerguelen Plateau, and then moving northward again. Deflection is also seen as it passes over the mid-ocean ridge in the Southeast Pacific.

text: The ACC connects the

text: Atlantic

text: Pacific

text: and

text: Indian Ocean

text: s, and serves as a principal pathway of exchange between them. The current is strongly constrained by

text: landform

text: and

text: bathymetric

text: features. To trace it starting arbitrarily at South America, it flows through the

text: Drake Passage

text: between South America and the

text: Antarctic Peninsula

text: and then is split by the

text: Scotia Arc

text: to the east, with a shallow warm branch flowing to the north in the

text: Falkland Current

text: and a deeper branch passing through the Arc more to the east before also turning to the north. Passing through the Indian Ocean, the current first retroflects the

text: Agulhas Current

text: to form the

text: Agulhas Return Current

text: before it is split by the

text: Kerguelen Plateau

text: , and then moving northward again. Deflection is also seen as it passes over the

text: mid-ocean ridge

text: in the Southeast Pacific.

answers: NDQ_000702

answers: ACC

answers: NDQ_000704

answers: Which of the following is not a surface current: Drake Passage, Falkland Current, or Kerguelen Plateau?

answers: NDQ_000706

answers: the Southeast Pacific

answers: NDQ_000707

answers: it passes over a mid-ocean ridge

answers: NDQ_000710

answers: Agulhas Return Current to the Indian Ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many oceans does the ACC connect?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Agulhas Return Current

answers: NDQ_000729

answers: What is the cause of Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: To trace it starting arbitrarily at South America

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: ACC

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Agulhas Return Current

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: Deflection is also seen as it passes over the mid-ocean ridge in the Southeast Pacific.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: Deflection

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: Deflection

answers: NDQ_000745

answers: Deflection

answers: NDQ_000746

answers: NDQ_000702

answers: ACC

answers: NDQ_000704

answers: strongly constrained by landform and bathymetric features.

answers: NDQ_000706

answers: mid-ocean ridge

answers: NDQ_000707

answers: mid-ocean ridge

answers: NDQ_000710

answers: ACC connects the Atlantic, Pacific and Indian Oceans,

answers: NDQ_000715

answers: ACC

answers: NDQ_000718

answers: Scotia Arc

answers: NDQ_000720

answers: The ACC connects the Atlantic, Pacific and Indian Oceans,

answers: NDQ_000721

answers: The ACC connects the Atlantic, Pacific and Indian Oceans,

answers: NDQ_000722

answers: shallow warm branch flowing to the north in the Falkland Current

answers: NDQ_000723

answers: ACC connects the Atlantic, Pacific and Indian Oceans,

answers: NDQ_000724

answers: The current is strongly constrained by landform and bathymetric features.

answers: NDQ_000725

answers: Scotia Arc

answers: NDQ_000726

answers: South America,

answers: NDQ_000727

answers: The current is strongly constrained by landform and bathymetric features.

answers: NDQ_000728

answers: Deflection

answers: NDQ_000729

answers: The current is strongly constrained by landform and bathymetric features.

answers: NDQ_000730

answers: The current is strongly constrained by landform and bathymetric features.

answers: NDQ_000731

answers: arbitrarily at South America,

answers: NDQ_000732

answers: arbitrarily at South America,

answers: NDQ_000733

answers: ACC

answers: NDQ_000734

answers: The current is strongly constrained by landform and bathymetric features.

answers: NDQ_000735

answers: Antarctic Peninsula and then is split by the Scotia Arc

answers: NDQ_000736

answers: Falkland Current

answers: NDQ_000737

answers: The current

answers: NDQ_000738

answers: arbitrarily at South America,

answers: NDQ_000739

answers: mid-ocean ridge

answers: NDQ_000740

answers: Deflection

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: Agulhas Return Current

answers: NDQ_000743

answers: The current is strongly constrained by landform and bathymetric features.

answers: NDQ_000744

answers: Agulhas Return Current

answers: NDQ_000745

answers: Deflection

answers: NDQ_000746

answers: strongly constrained by landform and bathymetric features.

text: Drift diving is a type of scuba diving where the diver is transported by the water movement caused by the tide, an ocean current or in a river. The choice whether to drift dive depends on the purpose of the dive, and whether there is an option. At some sites there is almost always a current running, and at others the strength and direction of water movement may vary with the tide, or other driving forces, like wind or recent rainfall. At some sites there may be considerable variation in visibility and marine life activity based on the speed and direction of flow.

text: Drift diving is a type of

text: scuba diving

text: where the diver is transported by the water movement caused by the

text: tide

text: , an

text: ocean current

text: or in a

text: river

text: . The choice whether to drift dive depends on the purpose of the dive, and whether there is an option. At some sites there is almost always a current running, and at others the strength and direction of water movement may vary with the tide, or other driving forces, like wind or recent rainfall. At some sites there may be considerable variation in visibility and marine life activity based on the speed and direction of flow.

answers: NDQ_000702

answers: ocean current

answers: NDQ_000704

answers: Which of the following is not a driving force: wind, tide, or recent rainfall?

answers: NDQ_000706

answers: at some sites

answers: NDQ_000707

answers: wind is stronger than water

answers: NDQ_000710

answers: Drift diving to a new level

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a driving force: wind or recent rainfall?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: recent rainfall

answers: NDQ_000729

answers: The choice whether to drift dive depends on the purpose of the dive

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean current

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: strength of water movement

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: there is almost always a current running

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: ocean current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Drift diving

answers: NDQ_000746

answers: NDQ_000702

answers: ocean current

answers: NDQ_000704

answers: ocean current or in a river.

answers: NDQ_000706

answers: At some sites

answers: NDQ_000707

answers: wind

answers: NDQ_000710

answers: marine life activity

answers: NDQ_000715

answers: Drift diving

answers: NDQ_000718

answers: Drift diving

answers: NDQ_000720

answers: wind

answers: NDQ_000721

answers: tide,

answers: NDQ_000722

answers: tide, an ocean current or in a river.

answers: NDQ_000723

answers: tide,

answers: NDQ_000724

answers: wind

answers: NDQ_000725

answers: tide,

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: tide,

answers: NDQ_000728

answers: Drift diving

answers: NDQ_000729

answers: Drift diving

answers: NDQ_000730

answers: tide,

answers: NDQ_000731

answers: Drift diving

answers: NDQ_000732

answers: wind or recent rainfall.

answers: NDQ_000733

answers: tide,

answers: NDQ_000734

answers: wind or recent rainfall.

answers: NDQ_000735

answers: tide,

answers: NDQ_000736

answers: current running,

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: rainfall.

answers: NDQ_000739

answers: rainfall.

answers: NDQ_000740

answers: tide,

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: tide,

answers: NDQ_000743

answers: wind or recent rainfall.

answers: NDQ_000744

answers: tide,

answers: NDQ_000745

answers: tide,

answers: NDQ_000746

answers: Drift diving

text: These currents are strongly influenced by bottom topography, since dense, bottom water must forcefully flow over and around depressions and projections in the seafloor. Thus, they are sometimes called contour currents. Bottom currents generally move equator-ward at or near the western boundaries of ocean basins (below the western boundary surface currents). The deep-water masses are not capable of moving water at speeds comparable to that of wind-driven surface currents. Water in some of these currents may move only 1 to 2 meters per day; however, even at that slow speed, the Coriolis effect modifies their pattern of flow.

text: These currents are strongly influenced by bottom topography, since dense, bottom water must forcefully flow over and around depressions and projections in the seafloor. Thus, they are sometimes called contour currents. Bottom currents generally move equator-ward at or near the western boundaries of ocean basins (below the western boundary surface currents). The deep-water masses are not capable of moving water at speeds comparable to that of wind-driven surface currents. Water in some of these currents may move only 1 to 2 meters per day; however, even at that slow speed, the Coriolis effect modifies their pattern of flow.

answers: NDQ_000702

answers: bottom topography

answers: NDQ_000704

answers: What type of currents move equator-ward at or near the western boundary of ocean basins?

answers: NDQ_000706

answers: surface currents

answers: NDQ_000707

answers: Coriolis is a force acting on the water

answers: NDQ_000710

answers: water from the ocean up to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many meters does water in some of these currents move

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: surface currents

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: no

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: bottom topography

answers: NDQ_000735

answers: equatorial

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: bottom current

answers: NDQ_000738

answers: deep-water masses are not capable of moving water at speeds comparable to that of wind-driven surface currents

answers: NDQ_000739

answers: bottom water

answers: NDQ_000740

answers: 1 to 2 meters

answers: NDQ_000741

answers: surface currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: surface currents

answers: NDQ_000746

answers: deep-water masses

answers: NDQ_000702

answers: bottom topography,

answers: NDQ_000704

answers: wind-driven surface currents.

answers: NDQ_000706

answers: surface currents.

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: contour currents.

answers: NDQ_000715

answers: These currents are strongly influenced by bottom topography,

answers: NDQ_000718

answers: contour currents.

answers: NDQ_000720

answers: wind-driven surface currents.

answers: NDQ_000721

answers: bottom topography,

answers: NDQ_000722

answers: deep-water masses

answers: NDQ_000723

answers: contour currents.

answers: NDQ_000724

answers: wind-driven surface currents.

answers: NDQ_000725

answers: 1 to 2 meters per day;

answers: NDQ_000726

answers: wind-driven

answers: NDQ_000727

answers: These currents are strongly influenced by bottom topography,

answers: NDQ_000728

answers: contour currents.

answers: NDQ_000729

answers: Coriolis effect

answers: NDQ_000730

answers: wind-driven surface currents.

answers: NDQ_000731

answers: contour currents.

answers: NDQ_000732

answers: the Coriolis effect modifies their pattern of flow.

answers: NDQ_000733

answers: 1 to 2 meters per day;

answers: NDQ_000734

answers: bottom topography,

answers: NDQ_000735

answers: contour currents.

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: Bottom currents

answers: NDQ_000738

answers: wind-driven surface currents.

answers: NDQ_000739

answers: bottom

answers: NDQ_000740

answers: 1 to 2 meters per day;

answers: NDQ_000741

answers: Bottom currents

answers: NDQ_000742

answers: contour currents.

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: contour currents.

answers: NDQ_000745

answers: wind-driven surface currents.

answers: NDQ_000746

answers: The deep-water masses

text: Because the propagation of the wave is fundamentally caused by an imbalance of the forces acting on the air (which is often thought of in terms of air parcels when considering wave motion), the types of waves and their propagation characteristics vary latitudinally, principally because the Coriolis effect on horizontal flow is maximal at the poles and zero at the equator.

text: Because the propagation of the wave is fundamentally caused by an imbalance of the

text: force

text: s acting on the air (which is often thought of in terms of

text: air parcel

text: s when considering wave motion), the types of waves and their propagation characteristics vary latitudinally, principally because the

text: Coriolis effect

text: on horizontal flow is maximal at the

text: pole

text: s and zero at the

text: equator

answers: NDQ_000702

answers: imbalance of the forces acting on the air

answers: NDQ_000704

answers: are caused by an imbalance of forces acting on the air

answers: NDQ_000706

answers: the poles

answers: NDQ_000707

answers: an imbalance of forces acting on the air

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: unanswerable

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: no

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: imbalance of forces acting on the air

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: horizontal flow

answers: NDQ_000738

answers: the Coriolis effect on horizontal flow is maximal at the poles and zero at the equator

answers: NDQ_000739

answers: at the equator

answers: NDQ_000740

answers: zero

answers: NDQ_000741

answers: horizontal flow

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: coriolis effect

answers: NDQ_000744

answers: NDQ_000745

answers: horizontal flow

answers: NDQ_000746

answers: air parcels

answers: NDQ_000702

answers: an imbalance of the forces acting on the air

answers: NDQ_000704

answers: the Coriolis effect on horizontal flow

answers: NDQ_000706

answers: poles

answers: NDQ_000707

answers: imbalance of the forces acting on the air

answers: NDQ_000710

answers: air parcels

answers: NDQ_000715

answers: wave motion),

answers: NDQ_000718

answers: wave motion),

answers: NDQ_000720

answers: the Coriolis effect on horizontal flow is maximal at the poles

answers: NDQ_000721

answers: the Coriolis effect on horizontal flow is maximal at the poles

answers: NDQ_000722

answers: maximal at the poles and zero at the equator.

answers: NDQ_000723

answers: waves and their propagation characteristics vary latitudinally,

answers: NDQ_000724

answers: an imbalance of the forces acting on the air

answers: NDQ_000725

answers: maximal at the poles and zero at the equator.

answers: NDQ_000726

answers: imbalance of the forces acting on the air

answers: NDQ_000727

answers: latitudinally,

answers: NDQ_000728

answers: imbalance of the forces acting on the air

answers: NDQ_000729

answers: maximal at the poles and zero at the equator.

answers: NDQ_000730

answers: Coriolis effect

answers: NDQ_000731

answers: zero at the equator.

answers: NDQ_000732

answers: maximal at the poles and zero at the equator.

answers: NDQ_000733

answers: maximal at the poles and zero at the equator.

answers: NDQ_000734

answers: an imbalance of the forces acting on the air

answers: NDQ_000735

answers: maximal at the poles and zero at the equator.

answers: NDQ_000736

answers: maximal at the poles and zero at the equator.

answers: NDQ_000737

answers: air parcels

answers: NDQ_000738

answers: zero at the equator.

answers: NDQ_000739

answers: maximal at the poles and zero at the equator.

answers: NDQ_000740

answers: zero at the equator.

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: wave

answers: NDQ_000743

answers: Coriolis effect on horizontal flow

answers: NDQ_000744

answers: wave

answers: NDQ_000745

answers: Coriolis effect on horizontal flow

answers: NDQ_000746

answers: air parcels

text: Further complicating matters is the Pacific Tsunami Warning Centre's ocean based tsunami warning devices are focused on protecting Alaska, Hawaii, and the United States Pacific coastline. This means that there is a gap in the Southern Ocean. Australia installed a DART buoy in the south-east Tasman Sea which helped cover that area, but installation and maintenance cost has meant they have not been installed as yet by New Zealand.

text: Further complicating matters is the Pacific Tsunami Warning Centre's ocean based tsunami warning devices are focused on protecting Alaska, Hawaii, and the United States Pacific coastline. This means that there is a gap in the

text: Southern Ocean

text: Australia

text: installed a

entity_name: Deep-ocean Assessment and Reporting of Tsunamis

text: DART

text: buoy in the south-east

text: Tasman Sea

text: which helped cover that area, but installation and maintenance cost has meant they have not been installed as yet by New Zealand.

answers: NDQ_000702

answers: Southern Ocean

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Atlantic, Pacific, or Pacific?

answers: NDQ_000706

answers: southern Ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: Pacific Tsunami warning devices

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Pacific

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Pacific Tsunami Warning Centre's ocean based tsunami warning devices focused on protecting

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: there is a gap in the Southern Ocean

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: Southern Ocean.

answers: NDQ_000704

answers: Southern Ocean.

answers: NDQ_000706

answers: Southern Ocean.

answers: NDQ_000707

answers: ocean based tsunami warning devices

answers: NDQ_000710

answers: DART buoy in the south-east Tasman Sea

answers: NDQ_000715

answers: Pacific Tsunami Warning Centre's

answers: NDQ_000718

answers: DART buoy in the south-east Tasman Sea

answers: NDQ_000720

answers: Pacific Tsunami Warning Centre's

answers: NDQ_000721

answers: there is a gap in the Southern Ocean.

answers: NDQ_000722

answers: gap in the Southern Ocean.

answers: NDQ_000723

answers: DART buoy in the south-east Tasman Sea

answers: NDQ_000724

answers: Pacific Tsunami

answers: NDQ_000725

answers: DART buoy in the south-east Tasman Sea

answers: NDQ_000726

answers: Pacific Tsunami Warning Centre's

answers: NDQ_000727

answers: Pacific Tsunami Warning Centre's

answers: NDQ_000728

answers: Pacific Tsunami Warning Centre's

answers: NDQ_000729

answers: south-east Tasman Sea

answers: NDQ_000730

answers: DART buoy in the south-east Tasman Sea

answers: NDQ_000731

answers: DART buoy in the south-east Tasman Sea

answers: NDQ_000732

answers: south-east Tasman Sea

answers: NDQ_000733

answers: Pacific coastline. This means that there is a gap in the Southern Ocean.

answers: NDQ_000734

answers: Southern Ocean.

answers: NDQ_000735

answers: there is a gap in the Southern Ocean.

answers: NDQ_000736

answers: gap in the Southern Ocean.

answers: NDQ_000737

answers: Southern Ocean.

answers: NDQ_000738

answers: a gap in the Southern Ocean.

answers: NDQ_000739

answers: Southern Ocean.

answers: NDQ_000740

answers: a gap in the Southern Ocean.

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: a gap in the Southern Ocean.

answers: NDQ_000743

answers: DART buoy in the south-east Tasman Sea

answers: NDQ_000744

answers: Pacific Tsunami Warning Centre's

answers: NDQ_000745

answers: DART buoy

answers: NDQ_000746

answers: Pacific Tsunami Warning Centre's

text: Local mean sea level (LMSL) is defined as the height of the sea with respect to a land benchmark, averaged over a period of time (such as a month or a year) long enough that fluctuations caused by waves and tides are smoothed out. One must adjust perceived changes in LMSL to account for vertical movements of the land, which can be of the same order (mm/yr) as sea level changes. Some land movements occur because of isostatic adjustment of the mantle to the melting of ice sheets at the end of the last ice age. The weight of the ice sheet depresses the underlying land, and when the ice melts away the land slowly rebounds. Changes in ground-based ice volume also affect local and regional sea levels by the readjustment of the geoid and true polar wander. Atmospheric pressure, ocean currents and local ocean temperature changes can affect LMSL as well.

text: Local mean sea level (LMSL) is defined as the height of the sea with respect to a land benchmark, averaged over a period of time (such as a month or a year) long enough that fluctuations caused by

text: waves

text: and

text: tide

text: s are smoothed out. One must adjust perceived changes in LMSL to account for vertical movements of the land, which can be of the same order (mm/yr) as

text: sea level change

text: s. Some land movements occur because of

text: isostatic

text: adjustment of the

text: mantle

text: to the melting of

text: ice sheet

text: s at the end of the

text: last ice age

text: . The weight of the ice sheet depresses the underlying land, and when the ice melts away the

text: land slowly rebounds

text: . Changes in ground-based ice volume also affect local and regional sea levels by the readjustment of the

text: geoid

text: and

text: true polar wander

text: Atmospheric pressure

text: ocean current

text: s and local ocean

text: temperature

text: changes can affect LMSL as well.

answers: NDQ_000702

answers: Local mean sea level

answers: NDQ_000704

answers: Which of the following is not an effect of LMSL: atmospheric pressure, ocean currents or local ocean temperature changes?

answers: NDQ_000706

answers: Local mean sea level

answers: NDQ_000707

answers: local mean sea level is higher than the land

answers: NDQ_000710

answers: ice to the surface

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: LMSL

answers: NDQ_000723

answers: Which of the following is not a cause of fluctuations caused by waves and tides?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: LMSL

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: LMSL

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the weight of the ice sheet depresses the underlying land

answers: NDQ_000739

answers: unfrozen

answers: NDQ_000740

answers: LMSL

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: volume

answers: NDQ_000702

answers: Local mean sea level

answers: NDQ_000704

answers: ocean currents

answers: NDQ_000706

answers: Local mean sea level

answers: NDQ_000707

answers: Local mean sea level

answers: NDQ_000710

answers: waves and tides

answers: NDQ_000715

answers: Local mean sea level

answers: NDQ_000718

answers: waves and tides

answers: NDQ_000720

answers: Local mean sea level

answers: NDQ_000721

answers: waves and tides

answers: NDQ_000722

answers: Local mean sea level

answers: NDQ_000723

answers: waves

answers: NDQ_000724

answers: waves

answers: NDQ_000725

answers: tides

answers: NDQ_000726

answers: waves and tides

answers: NDQ_000727

answers: waves and tides

answers: NDQ_000728

answers: Local mean sea level

answers: NDQ_000729

answers: waves and tides

answers: NDQ_000730

answers: Local mean sea level

answers: NDQ_000731

answers: Local mean sea level

answers: NDQ_000732

answers: Atmospheric pressure, ocean currents

answers: NDQ_000733

answers: a month or a year)

answers: NDQ_000734

answers: Local mean sea level

answers: NDQ_000735

answers: Local mean sea level

answers: NDQ_000736

answers: Local mean sea level

answers: NDQ_000737

answers: Local mean sea level

answers: NDQ_000738

answers: Local mean sea level

answers: NDQ_000739

answers: melting of ice sheets

answers: NDQ_000740

answers: waves and tides

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: tides

answers: NDQ_000743

answers: isostatic adjustment of the mantle

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: waves and tides

answers: NDQ_000746

answers: (mm/yr)

text: The result is a wave of standing spectators that travels through the crowd, even though individual spectators never move away from their seats. In many large arenas the crowd is seated in a contiguous circuit all the way around the sport field, and so the wave is able to travel continuously around the arena; in discontiguous seating arrangements, the wave can instead reflect back and forth through the crowd. When the gap in seating is narrow, the wave can sometimes pass through it. Usually only one wave crest will be present at any given time in an arena, although simultaneous, counter-rotating waves have been produced.

text: The result is a wave of standing spectators that travels through the crowd, even though individual spectators never move away from their seats. In many large arenas the crowd is seated in a contiguous circuit all the way around the sport field, and so the wave is able to travel continuously around the arena; in discontiguous seating arrangements, the wave can instead

text: reflect

text: back and forth through the crowd. When the gap in seating is narrow, the wave can sometimes pass through it. Usually only one wave crest will be present at any given time in an arena, although simultaneous, counter-rotating waves have been produced.

answers: NDQ_000702

answers: standing spectators

answers: NDQ_000704

answers: Which of the following is not a type of surface current: contiguous circuit or discontiguous seating arrangements?

answers: NDQ_000706

answers: large arenas

answers: NDQ_000707

answers: When the gap in seating is narrow

answers: NDQ_000710

answers: wave crests

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: wave crest

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: individual spectators never move away from their seats

answers: NDQ_000739

answers: contiguous

answers: NDQ_000740

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: NDQ_000743

answers: wave

answers: NDQ_000744

answers: NDQ_000745

answers: wave

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: a wave of standing spectators

answers: NDQ_000704

answers: simultaneous, counter-rotating waves

answers: NDQ_000706

answers: wave crest

answers: NDQ_000707

answers: When the gap in seating is narrow,

answers: NDQ_000710

answers: a wave of standing spectators

answers: NDQ_000715

answers: crest

answers: NDQ_000718

answers: crest

answers: NDQ_000720

answers: simultaneous, counter-rotating waves

answers: NDQ_000721

answers: wave of standing spectators

answers: NDQ_000722

answers: narrow,

answers: NDQ_000723

answers: crest

answers: NDQ_000724

answers: simultaneous, counter-rotating waves

answers: NDQ_000725

answers: simultaneous, counter-rotating waves have been produced.

answers: NDQ_000726

answers: simultaneous, counter-rotating waves

answers: NDQ_000727

answers: wave of standing spectators

answers: NDQ_000728

answers: simultaneous, counter-rotating waves

answers: NDQ_000729

answers: a wave of standing spectators that travels through the crowd,

answers: NDQ_000730

answers: simultaneous, counter-rotating waves have been produced.

answers: NDQ_000731

answers: counter-rotating waves

answers: NDQ_000732

answers: simultaneous, counter-rotating waves

answers: NDQ_000733

answers: one wave crest will be present at any given time

answers: NDQ_000734

answers: a wave of standing spectators

answers: NDQ_000735

answers: simultaneous, counter-rotating waves

answers: NDQ_000736

answers: simultaneous, counter-rotating waves

answers: NDQ_000737

answers: wave crest

answers: NDQ_000738

answers: individual spectators never move away from their seats.

answers: NDQ_000739

answers: contiguous circuit

answers: NDQ_000740

answers: simultaneous, counter-rotating waves have been produced.

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: wave

answers: NDQ_000743

answers: wave

answers: NDQ_000744

answers: wave

answers: NDQ_000745

answers: wave

answers: NDQ_000746

answers: wave

text: A coriolis meter is usually one or more pipes with longitudinally or axially displaced section(s) that are excited to vibrate at resonant frequency.  Coriolis meters are used with liquids and gases.  When the fluid within the displaced section is at rest, both the upstream and downstream portion of the displaced section will vibrate in phase with each other.  The frequency of this vibration is determined by the overall density of the pipe (including its contents).  This allows the meter to measure the flowing density of the gas in real time.  Once the fluid begins to flow, however, the coriolis effect comes into play.  This effect implies a relationship between the phase difference in the vibration of the upstream and downstream sections and the mass flow rate of the fluid contained by the pipe.

text: A coriolis meter is usually one or more pipes with longitudinally or axially displaced section(s) that are excited to vibrate at resonant frequency.  Coriolis meters are used with liquids and gases.  When the fluid within the displaced section is at rest, both the upstream and downstream portion of the displaced section will vibrate in phase with each other.  The frequency of this vibration is determined by the overall density of the pipe (including its contents).  This allows the meter to measure the flowing density of the gas in real time.  Once the fluid begins to flow, however, the

text: coriolis effect

text: comes into play.  This effect implies a relationship between the phase difference in the vibration of the upstream and downstream sections and the mass flow rate of the fluid contained by the pipe.

answers: NDQ_000702

answers: coriolis effect

answers: NDQ_000704

answers: are caused by

answers: NDQ_000706

answers: upstream and downstream

answers: NDQ_000707

answers: Coriolis is a type of

answers: NDQ_000710

answers: Coriolis effect into play

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: density

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: the coriolis effect

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: coriolis effect

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: coriolis effect

answers: NDQ_000737

answers: gas

answers: NDQ_000738

answers: the coriolis effect comes into play

answers: NDQ_000739

answers: displaced

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: unanswerable

answers: NDQ_000742

answers: coriolis effect

answers: NDQ_000743

answers: NDQ_000744

answers: coriolis effect

answers: NDQ_000745

answers: coriolis

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: coriolis effect

answers: NDQ_000704

answers: coriolis effect

answers: NDQ_000706

answers: downstream

answers: NDQ_000707

answers: phase difference

answers: NDQ_000710

answers: coriolis effect

answers: NDQ_000715

answers: resonant frequency.

answers: NDQ_000718

answers: coriolis effect

answers: NDQ_000720

answers: A coriolis meter

answers: NDQ_000721

answers: A coriolis meter

answers: NDQ_000722

answers: density

answers: NDQ_000723

answers: A coriolis meter

answers: NDQ_000724

answers: A coriolis meter

answers: NDQ_000725

answers: A coriolis meter

answers: NDQ_000726

answers: coriolis meter

answers: NDQ_000727

answers: the coriolis effect

answers: NDQ_000728

answers: the coriolis effect

answers: NDQ_000729

answers: coriolis effect

answers: NDQ_000730

answers: A coriolis meter

answers: NDQ_000731

answers: A coriolis meter

answers: NDQ_000732

answers: Once the fluid begins to flow, however, the coriolis effect

answers: NDQ_000733

answers: A coriolis meter

answers: NDQ_000734

answers: fluid begins to flow, however, the coriolis effect

answers: NDQ_000735

answers: rest,

answers: NDQ_000736

answers: coriolis effect

answers: NDQ_000737

answers: coriolis meter

answers: NDQ_000738

answers: downstream portion of the displaced section will vibrate in phase with each other.

answers: NDQ_000739

answers: rest,

answers: NDQ_000740

answers: coriolis meter

answers: NDQ_000741

answers: coriolis meter

answers: NDQ_000742

answers: coriolis meter

answers: NDQ_000743

answers: coriolis effect

answers: NDQ_000744

answers: coriolis meter

answers: NDQ_000745

answers: flow, however, the coriolis effect

answers: NDQ_000746

answers: mass flow rate

text: Tsunami warnings for most of the Pacific Ocean are issued by the Pacific Tsunami Warning Center (PTWC), operated by the United States NOAA in Ewa Beach, Hawaii. NOAA's National Tsunami Warning Center (NTWC) in Palmer, Alaska issues warnings for the west coast of North America, including Alaska, British Columbia, Oregon and California. The PTWC was established in 1949, following the 1946 Aleutian Island earthquake and a tsunami that resulted in 165 casualties on Hawaii and in Alaska; NTWC was founded in 1967. International coordination is achieved through the International Coordination Group for the Tsunami Warning System in the Pacific, established by the Intergovernmental Oceanographic Commission of UNESCO.

text: Tsunami warnings for most of the

text: Pacific Ocean

text: are issued by the

text: Pacific Tsunami Warning Center

text: (PTWC), operated by the

text: United States

text: NOAA

text: in

text: Ewa Beach, Hawaii

text: . NOAA's

text: National Tsunami Warning Center

text: (NTWC) in

text: Palmer, Alaska

text: issues warnings for the west coast of North America, including Alaska, British Columbia, Oregon and California. The PTWC was established in 1949, following the 1946

text: Aleutian Island earthquake

text: and a tsunami that resulted in 165 casualties on Hawaii and in Alaska; NTWC was founded in 1967. International coordination is achieved through the International Coordination Group for the Tsunami Warning System in the Pacific, established by the

text: Intergovernmental Oceanographic Commission

text: of

text: UNESCO

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Atlantic, Pacific or Pacific?

answers: NDQ_000706

answers: most of the Pacific Ocean

answers: NDQ_000707

answers: it is hit by an earthquake

answers: NDQ_000710

answers: Tsunami warnings

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: PTWC

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many years after the PTWC was established was the NTWC established?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: Pacific

answers: NDQ_000734

answers: Earthquakes

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Pacific Tsunami Warning Center (PTWC)

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Alaska issues warnings for the west coast of North America

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Tsunami

answers: NDQ_000744

answers: Tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: Tsunami

answers: NDQ_000704

answers: Tsunami warnings for most of the Pacific Ocean

answers: NDQ_000706

answers: Ewa Beach, Hawaii.

answers: NDQ_000707

answers: earthquake

answers: NDQ_000710

answers: Tsunami

answers: NDQ_000715

answers: Intergovernmental Oceanographic Commission of UNESCO.

answers: NDQ_000718

answers: 1949,

answers: NDQ_000720

answers: Tsunami

answers: NDQ_000721

answers: Tsunami

answers: NDQ_000722

answers: Hawaii.

answers: NDQ_000723

answers: Tsunami warnings for most of the Pacific Ocean

answers: NDQ_000724

answers: Tsunami

answers: NDQ_000725

answers: 1949,

answers: NDQ_000726

answers: Intergovernmental Oceanographic Commission of UNESCO.

answers: NDQ_000727

answers: Tsunami warnings

answers: NDQ_000728

answers: Tsunami warnings

answers: NDQ_000729

answers: Alaska, British Columbia, Oregon and California.

answers: NDQ_000730

answers: Tsunami warnings for most of the Pacific Ocean

answers: NDQ_000731

answers: 1949,

answers: NDQ_000732

answers: Intergovernmental Oceanographic Commission of UNESCO.

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: earthquake

answers: NDQ_000735

answers: 1949,

answers: NDQ_000736

answers: Intergovernmental Oceanographic Commission of UNESCO.

answers: NDQ_000737

answers: Tsunami warnings for most of the Pacific Ocean

answers: NDQ_000738

answers: Tsunami

answers: NDQ_000739

answers: 1946 Aleutian Island earthquake

answers: NDQ_000740

answers: Intergovernmental Oceanographic Commission of UNESCO.

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: Tsunami

answers: NDQ_000743

answers: 1946 Aleutian Island earthquake

answers: NDQ_000744

answers: Tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 1949,

text: With an average flow at the mouth of about , the Columbia is the largest river by discharge flowing into the Pacific from North America and is the fourth-largest by volume in the US. The average flow where the river crosses the international border between Canada and the United States is  from a drainage basin of . This amounts to about 15 percent of the entire Columbia watershed. The Columbia's highest recorded flow, measured at The Dalles, was  in June 1894, before the river was dammed. The lowest flow recorded at The Dalles was  on April 16, 1968, and was caused by the initial closure of the John Day Dam,  upstream. The Dalles is about  from the mouth; the river at this point drains about  or about 91 percent of the total watershed. Flow rates on the Columbia are affected by many large upstream reservoirs, many diversions for irrigation, and, on the lower stretches, reverse flow from the tides of the Pacific Ocean. The National Ocean Service observes water levels at six tide gauges and issues tide forecasts for twenty-two additional locations along the river between the entrance at the North Jetty and the base of Bonneville Dam, the head of tide.

text: With an average flow at the mouth of about , the Columbia is the largest river by discharge flowing into the Pacific from North America and is the fourth-largest by volume in the US. The average flow where the river crosses the international border between Canada and the United States is  from a drainage basin of . This amounts to about 15 percent of the entire Columbia watershed. The Columbia's highest recorded flow, measured at The Dalles, was  in June 1894, before the river was dammed. The lowest flow recorded at The Dalles was  on April 16, 1968, and was caused by the initial closure of the

text: John Day Dam

text: ,  upstream. The Dalles is about  from the mouth; the river at this point drains about  or about 91 percent of the total watershed. Flow rates on the Columbia are affected by many large upstream reservoirs, many diversions for irrigation, and, on the lower stretches, reverse flow from the

text: tide

text: s of the Pacific Ocean. The

text: National Ocean Service

text: observes water levels at six

text: tide gauges

text: and issues tide forecasts for twenty-two additional locations along the river between the entrance at the North Jetty and the base of

text: Bonneville Dam

text: , the

text: head of tide

answers: NDQ_000702

answers: Pacific Ocean

answers: NDQ_000704

answers: Which of the following is not a source of water: upstream reservoirs, diversions for irrigation, or reverse flow from the tides of the Pacific Ocean?

answers: NDQ_000706

answers: lower stretches

answers: NDQ_000707

answers: the water level is too low

answers: NDQ_000710

answers: The Columbia's highest recorded flow

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The Dalles

answers: NDQ_000723

answers: What is the lowest flow recorded at The Dalles?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: The Dalles

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Columbia

answers: NDQ_000734

answers: Pacific Ocean

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Columbia's lowest flow recorded at The Dalles

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Columbia's highest recorded flow, measured at The Dalles, was in June 1894

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: tide gauges

answers: NDQ_000741

answers: river

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: volume

answers: NDQ_000702

answers: Pacific Ocean.

answers: NDQ_000704

answers: tides

answers: NDQ_000706

answers: Pacific Ocean.

answers: NDQ_000707

answers: tides

answers: NDQ_000710

answers: Flow rates on the Columbia are affected by many large upstream reservoirs,

answers: NDQ_000715

answers: 1894,

answers: NDQ_000718

answers: 91 percent of the total watershed.

answers: NDQ_000720

answers: fourth-largest by volume in the US.

answers: NDQ_000721

answers: tides of the Pacific Ocean.

answers: NDQ_000722

answers: North Jetty

answers: NDQ_000723

answers: The Dalles, was in June 1894,

answers: NDQ_000724

answers: tides

answers: NDQ_000725

answers: tides

answers: NDQ_000726

answers: tides

answers: NDQ_000727

answers: tides

answers: NDQ_000728

answers: reverse flow from the tides

answers: NDQ_000729

answers: reverse flow from the tides of the Pacific Ocean.

answers: NDQ_000730

answers: tides of the Pacific Ocean.

answers: NDQ_000731

answers: reverse flow from the tides

answers: NDQ_000732

answers: reverse flow from the tides

answers: NDQ_000733

answers: June 1894,

answers: NDQ_000734

answers: Pacific Ocean.

answers: NDQ_000735

answers: tides

answers: NDQ_000736

answers: reverse flow from the tides of the Pacific Ocean.

answers: NDQ_000737

answers: Columbia is the largest river by discharge flowing into the Pacific from North America

answers: NDQ_000738

answers: irrigation,

answers: NDQ_000739

answers: tides

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: tide.

answers: NDQ_000743

answers: Flow rates on the Columbia are affected by many large upstream reservoirs,

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: fourth-largest by volume in the US.

text: Dhamra port is an ultra-modern, deep draft port capable of handling fully laden cape size vessels. Currently, the port is operating with two berths- one each for imports and exports. The Port is capable of handling 12 MTPA of imported dry bulk cargo and 13 MTPA of dry bulk cargo for exports/coastal movement. The Port currently has capacity to store about 1.0 million MT of coal and limestone and over 1.20 million MT of iron ore.

text: Dhamra port is an ultra-modern, deep draft port capable of handling fully laden cape size vessels. Currently, the port is operating with two berths- one each for imports and exports. The Port is capable of handling 12 MTPA of imported dry bulk cargo and 13 MTPA of dry bulk cargo for exports/coastal movement. The Port currently has capacity to store about 1.0 million MT of coal and limestone and over 1.20 million MT of iron ore.

answers: NDQ_000702

answers: coastal movement

answers: NDQ_000704

answers: Which of the following is not a type of cargo: coal, limestone, or iron ore?

answers: NDQ_000706

answers: coastal

answers: NDQ_000707

answers: Dhamra port is able to handle what?

answers: NDQ_000710

answers: Dry bulk cargo to the port

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many MTPA of imported dry bulk cargo does Dhamra port handle?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: What does the Port currently have capacity to store about 1.0 million MT of coal and limestone?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: dry bulk cargo

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: 13 MTPA of dry bulk cargo for exports/coastal movement.

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the port is capable of handling 12 MTPA

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: NDQ_000741

answers: coastal movement

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: NDQ_000745

answers: coastal movement

answers: NDQ_000746

answers: 12 MTPA

answers: NDQ_000702

answers: exports/coastal movement.

answers: NDQ_000704

answers: exports/coastal movement.

answers: NDQ_000706

answers: exports/coastal

answers: NDQ_000707

answers: exports/coastal movement.

answers: NDQ_000710

answers: 13 MTPA of dry bulk cargo for exports/coastal movement.

answers: NDQ_000715

answers: 12 MTPA

answers: NDQ_000718

answers: two berths- one each for imports and exports.

answers: NDQ_000720

answers: 13 MTPA of dry bulk cargo for exports/coastal movement.

answers: NDQ_000721

answers: exports/coastal movement.

answers: NDQ_000722

answers: Dhamra port is an ultra-modern, deep draft port

answers: NDQ_000723

answers: 13 MTPA of dry bulk cargo for exports/coastal movement.

answers: NDQ_000724

answers: exports/coastal movement.

answers: NDQ_000725

answers: 13 MTPA of dry bulk cargo for exports/coastal movement.

answers: NDQ_000726

answers: 13 MTPA of dry bulk cargo for exports/coastal movement.

answers: NDQ_000727

answers: Dhamra port

answers: NDQ_000728

answers: Dhamra port

answers: NDQ_000729

answers: 13 MTPA of dry bulk cargo for exports/coastal movement.

answers: NDQ_000730

answers: exports/coastal movement.

answers: NDQ_000731

answers: 13 MTPA of dry bulk cargo for exports/coastal movement.

answers: NDQ_000732

answers: 13 MTPA of dry bulk cargo for exports/coastal movement.

answers: NDQ_000733

answers: two berths- one each for imports and exports.

answers: NDQ_000734

answers: exports/coastal movement.

answers: NDQ_000735

answers: Dhamra

answers: NDQ_000736

answers: 13 MTPA of dry bulk cargo for exports/coastal movement.

answers: NDQ_000737

answers: Dhamra port is an ultra-modern, deep draft port

answers: NDQ_000738

answers: fully laden cape size vessels.

answers: NDQ_000739

answers: deep draft port capable of handling fully laden cape size vessels.

answers: NDQ_000740

answers: 13 MTPA of dry bulk cargo for exports/coastal movement.

answers: NDQ_000741

answers: exports/coastal movement.

answers: NDQ_000742

answers: Dhamra port

answers: NDQ_000743

answers: exports/coastal movement.

answers: NDQ_000744

answers: deep draft port capable of handling fully laden cape size vessels.

answers: NDQ_000745

answers: exports/coastal movement.

answers: NDQ_000746

answers: 12 MTPA

text: Waves are disturbances that carry energy as they move. Mechanical waves propagate through a medium – air or water, making it oscillate as they pass by. Wind waves are surface waves that create the chaotic patterns of the sea. As they pass over sand, such waves create patterns of ripples; similarly, as the wind passes over sand, it creates patterns of dunes.

text: Wave

text: s are disturbances that carry energy as they move.

text: Mechanical wave

text: s propagate through a medium – air or water, making it

text: oscillate

text: as they pass by.

text: Wind wave

text: s are

text: surface wave

text: s that create the chaotic patterns of the sea. As they pass over sand, such waves create patterns of ripples; similarly, as the wind passes over sand, it creates patterns of

text: dune

text: s.

answers: NDQ_000702

answers: Waves

answers: NDQ_000704

answers: Which of the following is not a type of surface wave?

answers: NDQ_000706

answers: surface waves

answers: NDQ_000707

answers: it carries too much energy

answers: NDQ_000710

answers: waves to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not a type of wave?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: The first sign of a tsunami is coming

answers: NDQ_000729

answers: Which of the following is not an example of a disturbance that carries energy as it moves?

answers: NDQ_000730

answers: Which of the following is not a type of disturbance?

answers: NDQ_000731

answers: Which of the following is not a type of wave?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: sea day

answers: NDQ_000734

answers: mechanical waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: wind passing over sand

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: Waves do not propagate through water.

answers: NDQ_000739

answers: surrounded by waves

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Waves

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: wave propagation

answers: NDQ_000744

answers: a full moon

answers: NDQ_000745

answers: surface waves

answers: NDQ_000746

answers: NDQ_000702

answers: Waves

answers: NDQ_000704

answers: Wind waves

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: energy

answers: NDQ_000710

answers: Wind waves

answers: NDQ_000715

answers: Waves

answers: NDQ_000718

answers: Waves

answers: NDQ_000720

answers: Wind waves

answers: NDQ_000721

answers: Waves

answers: NDQ_000722

answers: Wind waves

answers: NDQ_000723

answers: Wind waves

answers: NDQ_000724

answers: Wind waves are surface waves

answers: NDQ_000725

answers: Waves

answers: NDQ_000726

answers: Wind waves

answers: NDQ_000727

answers: Waves

answers: NDQ_000728

answers: Waves

answers: NDQ_000729

answers: Mechanical waves

answers: NDQ_000730

answers: Waves

answers: NDQ_000731

answers: Wind waves

answers: NDQ_000732

answers: Wind waves

answers: NDQ_000733

answers: sea.

answers: NDQ_000734

answers: Waves

answers: NDQ_000735

answers: Waves

answers: NDQ_000736

answers: Wind waves

answers: NDQ_000737

answers: Wind waves

answers: NDQ_000738

answers: dunes.

answers: NDQ_000739

answers: sand,

answers: NDQ_000740

answers: oscillate

answers: NDQ_000741

answers: Wind waves

answers: NDQ_000742

answers: Waves

answers: NDQ_000743

answers: Mechanical waves propagate through a medium

answers: NDQ_000744

answers: Waves

answers: NDQ_000745

answers: Wind waves

answers: NDQ_000746

answers: Waves

text: Rising Tide @ Ocean, 26 June, 7pm Hackney

text: Rising Tide @ Ocean, 26 June, 7pm

text: Hackney

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: What are surface currents?

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: the tide is rising

answers: NDQ_000710

answers: Rising Tide @ Ocean

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and trough?

answers: NDQ_000720

answers: What are the biggest ocean waves?

answers: NDQ_000721

answers: b).

answers: NDQ_000722

answers: The water is shallow because waves break on shore

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: Which of the following is true of rising tides?

answers: NDQ_000726

answers: What is a transfer of energy that began with wind?

answers: NDQ_000727

answers: what is it called?

answers: NDQ_000728

answers: what is the first sign of a tsunami?

answers: NDQ_000729

answers: Coriolis effect is caused by Earths rotation

answers: NDQ_000730

answers: how does the suns gravity cause tides

answers: NDQ_000731

answers: how do spring tides work

answers: NDQ_000732

answers: What causes surface currents to flow diagonally?

answers: NDQ_000733

answers: June

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: high tides

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling is a natural process.

answers: NDQ_000739

answers: drained

answers: NDQ_000740

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: can be a rising tide

answers: NDQ_000743

answers: What is the energy transfer?

answers: NDQ_000744

answers: rising tide

answers: NDQ_000745

answers: rising tides

answers: NDQ_000746

answers: Rising Tide

answers: NDQ_000702

answers: Ocean,

answers: NDQ_000704

answers: Ocean,

answers: NDQ_000706

answers: Hackney

answers: NDQ_000707

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000710

answers: Hackney

answers: NDQ_000715

answers: 7pm Hackney

answers: NDQ_000718

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000720

answers: 7pm Hackney

answers: NDQ_000721

answers: Ocean,

answers: NDQ_000722

answers: Hackney

answers: NDQ_000723

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000724

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000725

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000726

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000727

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000728

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000729

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000730

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000731

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000732

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000733

answers: 26 June,

answers: NDQ_000734

answers: Ocean,

answers: NDQ_000735

answers: Rising Tide

answers: NDQ_000736

answers: Rising Tide

answers: NDQ_000737

answers: Ocean,

answers: NDQ_000738

answers: Hackney

answers: NDQ_000739

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000740

answers: Rising Tide

answers: NDQ_000741

answers: Ocean,

answers: NDQ_000742

answers: Rising Tide

answers: NDQ_000743

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

answers: NDQ_000744

answers: Rising Tide

answers: NDQ_000745

answers: Rising Tide

answers: NDQ_000746

answers: Rising Tide @ Ocean, 26 June, 7pm Hackney

text: Losna was the Etruscan moon goddess, and was also associated with the ocean and tides.

text: Losna was the Etruscan

text: moon goddess

text: , and was also associated with the

text: ocean

text: and

text: tide

text: s.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: Which of the following is not associated with Losna: tides, ocean, or moon?

answers: NDQ_000706

answers: tides

answers: NDQ_000707

answers: Losna was a goddess

answers: NDQ_000710

answers: ice to the ocean

answers: NDQ_000715

answers: what is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and trough?

answers: NDQ_000720

answers: Losna

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How would you describe Losna?

answers: NDQ_000726

answers: None of the above choices.

answers: NDQ_000727

answers: what is the difference between high and low tides?

answers: NDQ_000728

answers: The answer: Losna.

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring, summer, or autumn?

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: ocean day

answers: NDQ_000734

answers: the moon

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: moon in the sky

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Losna was not associated with the ocean.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: is an example of

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: tides.

answers: NDQ_000706

answers: tides.

answers: NDQ_000707

answers: tides.

answers: NDQ_000710

answers: tides.

answers: NDQ_000715

answers: ocean and tides.

answers: NDQ_000718

answers: tides.

answers: NDQ_000720

answers: Losna

answers: NDQ_000721

answers: Losna

answers: NDQ_000722

answers: Losna

answers: NDQ_000723

answers: tides.

answers: NDQ_000724

answers: tides.

answers: NDQ_000725

answers: tides.

answers: NDQ_000726

answers: ocean and tides.

answers: NDQ_000727

answers: tides.

answers: NDQ_000728

answers: Losna

answers: NDQ_000729

answers: ocean and tides.

answers: NDQ_000730

answers: Losna

answers: NDQ_000731

answers: Losna

answers: NDQ_000732

answers: Losna

answers: NDQ_000733

answers: ocean and tides.

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: moon goddess, and was also associated with the ocean and tides.

answers: NDQ_000736

answers: moon goddess, and was also associated with the ocean

answers: NDQ_000737

answers: ocean and tides.

answers: NDQ_000738

answers: Losna

answers: NDQ_000739

answers: tides.

answers: NDQ_000740

answers: tides.

answers: NDQ_000741

answers: tides.

answers: NDQ_000742

answers: tides.

answers: NDQ_000743

answers: ocean and tides.

answers: NDQ_000744

answers: tides.

answers: NDQ_000745

answers: tides.

answers: NDQ_000746

answers: ocean and tides.

text: The movement of the hairs is similar to the movement of seaweed caused by ocean currents or that of wheat fields moved by wind gusts. When the head is still and the airplane is straight and level, the fluid in the canals does not move and the hairs stand straight up, indicating to the brain that there is no rotational acceleration (a turn). If you turn either your aircraft or your head, the canal moves with your head, but the fluid inside does not move because of its inertia. As the canal moves, the hairs inside also move with it and are bent in the opposite direction of the acceleration by the stationary fluid. This hair movement sends a signal to the brain to indicate that the head has turned. The problem starts when you continue turning your aircraft at a constant rate (as in a coordinated turn) for more than 20 seconds.

text: The movement of the hairs is similar to the movement of seaweed caused by ocean currents or that of wheat fields moved by wind gusts. When the head is still and the airplane is straight and level, the fluid in the canals does not move and the hairs stand straight up, indicating to the brain that there is no rotational acceleration (a turn). If you turn either your aircraft or your head, the canal moves with your head, but the fluid inside does not move because of its inertia. As the canal moves, the hairs inside also move with it and are bent in the opposite direction of the acceleration by the stationary fluid. This hair movement sends a signal to the brain to indicate that the head has turned. The problem starts when you continue turning your aircraft at a constant rate (as in a coordinated turn) for more than 20 seconds.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Which of the following is not a type of current: ocean currents, wind gusts, or wheat fields?

answers: NDQ_000706

answers: currents

answers: NDQ_000707

answers: fluid in the canals does not move

answers: NDQ_000710

answers: ocean currents

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a type of tide?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: ocean currents

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day.

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: fluid in the canals do not move

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the fluid inside does not move because of its inertia

answers: NDQ_000739

answers: still

answers: NDQ_000740

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: NDQ_000743

answers: acceleration

answers: NDQ_000744

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: ocean currents or that of wheat fields moved by wind gusts.

answers: NDQ_000706

answers: ocean currents

answers: NDQ_000707

answers: inertia.

answers: NDQ_000710

answers: wheat fields moved by wind gusts.

answers: NDQ_000715

answers: rotational acceleration

answers: NDQ_000718

answers: rotational acceleration

answers: NDQ_000720

answers: ocean currents

answers: NDQ_000721

answers: ocean currents

answers: NDQ_000722

answers: fluid inside does not move because of its inertia.

answers: NDQ_000723

answers: the canal moves with your head,

answers: NDQ_000724

answers: wind gusts.

answers: NDQ_000725

answers: ocean currents

answers: NDQ_000726

answers: wind gusts.

answers: NDQ_000727

answers: ocean currents

answers: NDQ_000728

answers: 20 seconds.

answers: NDQ_000729

answers: ocean currents

answers: NDQ_000730

answers: ocean currents

answers: NDQ_000731

answers: straight and level,

answers: NDQ_000732

answers: The movement of the hairs is similar to the movement of seaweed

answers: NDQ_000733

answers: ocean currents or that of wheat fields moved by wind gusts.

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: still

answers: NDQ_000736

answers: ocean currents

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: the fluid in the canals does not move

answers: NDQ_000739

answers: still

answers: NDQ_000740

answers: ocean currents

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: ocean currents or that of wheat fields moved by wind gusts.

answers: NDQ_000743

answers: rotational acceleration

answers: NDQ_000744

answers: ocean currents

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: rotational acceleration

text: Geophysical fluid dynamics is a primary tool in physical oceanography and meteorology. The rotation of the Earth has profound effects on the Earth's fluid dynamics, often due to the Coriolis effect. In the atmosphere it gives rise to large-scale patterns like Rossby waves and determines the basic circulation patterns of storms. In the ocean they drive large-scale circulation patterns as well as Kelvin waves and Ekman spirals at the ocean surface. In the Earth's core, the circulation of the molten iron is structured by Taylor columns.

text: Geophysical fluid dynamics is a primary tool in

text: physical oceanography

text: and

text: meteorology

text: . The rotation of the Earth has profound effects on the Earth's fluid dynamics, often due to the

text: Coriolis effect

text: . In the

text: atmosphere

text: it gives rise to large-scale patterns like

text: Rossby waves

text: and determines the basic circulation patterns of storms. In the ocean they drive large-scale circulation patterns as well as

text: Kelvin waves

text: and

text: Ekman spirals

text: at the ocean surface. In the Earth's core, the circulation of the molten iron is structured by

text: Taylor columns

answers: NDQ_000702

answers: The rotation of the Earth

answers: NDQ_000704

answers: Which of the following is not a type of wave: Kelvin waves or Ekman spirals?

answers: NDQ_000706

answers: the ocean surface

answers: NDQ_000707

answers: Rossby waves are caused by

answers: NDQ_000710

answers: Rossby waves to the ocean surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Rossby waves

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: Which of the following is not a type of wave: Rossby waves or Kelvin waves?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How does the rotation of the Earth have profound effects on the Earth's fluid dynamics?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Rossby waves

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not caused by the Coriolis effect: Kelvin waves or Ekman spirals?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: the rotation of the Earth

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Kelvin waves and Ekman spirals at the ocean surface

answers: NDQ_000739

answers: Rotating

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: Ekman spirals

answers: NDQ_000742

answers: Rossby waves

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: Coriolis effect

answers: NDQ_000745

answers: Kelvin waves

answers: NDQ_000746

answers: Taylor columns

answers: NDQ_000702

answers: The rotation of the Earth

answers: NDQ_000704

answers: Ekman spirals

answers: NDQ_000706

answers: ocean surface.

answers: NDQ_000707

answers: Coriolis effect.

answers: NDQ_000710

answers: Rossby waves

answers: NDQ_000715

answers: Rossby waves

answers: NDQ_000718

answers: Rossby waves

answers: NDQ_000720

answers: Kelvin waves

answers: NDQ_000721

answers: Earth

answers: NDQ_000722

answers: Coriolis effect.

answers: NDQ_000723

answers: Rossby waves

answers: NDQ_000724

answers: Rossby waves

answers: NDQ_000725

answers: Coriolis effect.

answers: NDQ_000726

answers: Rossby waves

answers: NDQ_000727

answers: Coriolis effect.

answers: NDQ_000728

answers: Kelvin waves

answers: NDQ_000729

answers: The rotation of the Earth has profound effects on the Earth's fluid dynamics,

answers: NDQ_000730

answers: Coriolis effect.

answers: NDQ_000731

answers: Coriolis effect.

answers: NDQ_000732

answers: Kelvin waves and Ekman spirals

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: The rotation of the Earth

answers: NDQ_000735

answers: The rotation of the Earth

answers: NDQ_000736

answers: Coriolis effect.

answers: NDQ_000737

answers: large-scale patterns like Rossby waves

answers: NDQ_000738

answers: Geophysical fluid dynamics

answers: NDQ_000739

answers: rotation of the Earth

answers: NDQ_000740

answers: Coriolis effect.

answers: NDQ_000741

answers: Kelvin waves

answers: NDQ_000742

answers: Rossby waves

answers: NDQ_000743

answers: Coriolis effect.

answers: NDQ_000744

answers: Rossby waves

answers: NDQ_000745

answers: Kelvin waves and Ekman spirals

answers: NDQ_000746

answers: Coriolis effect.

text: When the motion at the equator is to the east, any deviation toward the north is brought back toward the equator because the Coriolis force acts to the right of the direction of motion in the Northern Hemisphere, and any deviation to the south is brought back toward the equator because the Coriolis force acts to the left of the direction of motion in the Southern Hemisphere. Note that for motion toward the west, the Coriolis force would not restore a northward or southward deviation back toward the equator; thus, equatorial Kelvin waves are only possible for eastward motion (as noted above). Both atmospheric and oceanic equatorial Kelvin waves play an important role in the dynamics of El Nino-Southern Oscillation, by transmitting changes in conditions in the Western Pacific to the Eastern Pacific.

text: When the motion at the equator is to the east, any deviation toward the north is brought back toward the equator because the

text: Coriolis force

text: acts to the right of the direction of motion in the Northern Hemisphere, and any deviation to the south is brought back toward the equator because the Coriolis force acts to the left of the direction of motion in the Southern Hemisphere. Note that for motion toward the west, the Coriolis force would not restore a northward or southward deviation back toward the equator; thus, equatorial Kelvin waves are only possible for eastward motion (as noted above). Both atmospheric and oceanic equatorial Kelvin waves play an important role in the dynamics of

text: El Nino-Southern Oscillation

text: , by transmitting changes in conditions in the Western Pacific to the Eastern Pacific.

answers: NDQ_000702

answers: Coriolis force

answers: NDQ_000704

answers: are caused by

answers: NDQ_000706

answers: equatorial

answers: NDQ_000707

answers: Coriolis force acts to the right of the direction of motion

answers: NDQ_000710

answers: changes in the Western Pacific to the Eastern Pacific

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: the Coriolis force

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: Coriolis force

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis force act to the left of the direction of motion in the Southern Hemisphere

answers: NDQ_000737

answers: oceanic

answers: NDQ_000738

answers: Coriolis force would not restore a northward or southward deviation back toward the equator

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Kelvin waves

answers: NDQ_000742

answers: equatorial Kelvin waves

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: equatorial Kelvin waves

answers: NDQ_000746

answers: NDQ_000702

answers: Coriolis force

answers: NDQ_000704

answers: Coriolis force

answers: NDQ_000706

answers: equatorial

answers: NDQ_000707

answers: Coriolis force

answers: NDQ_000710

answers: changes in conditions in the Western Pacific to the Eastern Pacific.

answers: NDQ_000715

answers: equatorial Kelvin waves

answers: NDQ_000718

answers: equatorial Kelvin waves

answers: NDQ_000720

answers: equatorial Kelvin waves

answers: NDQ_000721

answers: When the motion at the equator

answers: NDQ_000722

answers: equatorial Kelvin waves

answers: NDQ_000723

answers: equatorial Kelvin waves

answers: NDQ_000724

answers: equatorial Kelvin waves

answers: NDQ_000725

answers: equatorial Kelvin waves

answers: NDQ_000726

answers: equatorial Kelvin waves

answers: NDQ_000727

answers: When the motion at the equator

answers: NDQ_000728

answers: equatorial Kelvin waves

answers: NDQ_000729

answers: Coriolis force

answers: NDQ_000730

answers: Coriolis force

answers: NDQ_000731

answers: equatorial Kelvin waves

answers: NDQ_000732

answers: equatorial Kelvin waves

answers: NDQ_000733

answers: When the motion at the equator

answers: NDQ_000734

answers: Coriolis force

answers: NDQ_000735

answers: east,

answers: NDQ_000736

answers: equatorial Kelvin waves

answers: NDQ_000737

answers: oceanic equatorial Kelvin waves

answers: NDQ_000738

answers: west,

answers: NDQ_000739

answers: east,

answers: NDQ_000740

answers: equatorial Kelvin waves

answers: NDQ_000741

answers: equatorial Kelvin waves

answers: NDQ_000742

answers: equatorial Kelvin waves

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: equatorial Kelvin waves

answers: NDQ_000745

answers: equatorial Kelvin waves

answers: NDQ_000746

answers: equatorial Kelvin waves

text: A majority of the people of Nagapattinam are employed in sea-borne trading, fishing, agriculture and tourism. Kayarohanaswami Temple and Soundararajaperumal Temple, Nagapattinam are the major Hindu pilgrimage sites. Nagapattinam is the base for tourism for Sikkal, Velankanni, Poompuhar, Kodiyaikkarai, Vedaranyam, Mannargudi and Tharangambadi. Roadways is the major mode of transport to Nagapattinam, while the city also has rail and sea transport. The town, along with the district, was severely damaged by the Indian Ocean Tsunami of 2004.

text: A majority of the people of Nagapattinam are employed in sea-borne trading, fishing, agriculture and tourism.

text: Kayarohanaswami Temple

text: and

text: Soundararajaperumal Temple, Nagapattinam

text: are the major Hindu pilgrimage sites. Nagapattinam is the base for tourism for

text: Sikkal

text: Velankanni

text: Poompuhar

text: Kodiyaikkarai

text: Vedaranyam

text: Mannargudi

text: and

text: Tharangambadi

text: . Roadways is the major mode of transport to Nagapattinam, while the city also has rail and sea transport. The town, along with the district, was severely damaged by the

text: Indian Ocean Tsunami

text: of 2004.

answers: NDQ_000702

answers: Indian Ocean

answers: NDQ_000704

answers: Which of the following is not a major mode of transport to Nagapattinam?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: Indian Ocean Tsunami of 2004

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds: Indian Ocean Tsunami or Roadways?

answers: NDQ_000725

answers: How many people are employed in sea-borne trading?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: What is the cause of the Indian Ocean Tsunami?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a major Hindu pilgrimage site: Kayarohanaswami Temple or Soundararajaperumal Temple?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: Indian Ocean

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Indian Ocean Tsunami of 2004

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: the Indian Ocean Tsunami of 2004.

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: sea-borne

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: Indian Ocean Tsunami

answers: NDQ_000704

answers: Indian Ocean Tsunami

answers: NDQ_000706

answers: Indian Ocean Tsunami

answers: NDQ_000707

answers: Indian Ocean Tsunami

answers: NDQ_000710

answers: Indian Ocean Tsunami

answers: NDQ_000715

answers: Indian Ocean Tsunami

answers: NDQ_000718

answers: Indian Ocean Tsunami

answers: NDQ_000720

answers: Indian Ocean Tsunami

answers: NDQ_000721

answers: Indian Ocean Tsunami

answers: NDQ_000722

answers: Indian Ocean Tsunami

answers: NDQ_000723

answers: Indian Ocean Tsunami

answers: NDQ_000724

answers: Indian Ocean Tsunami

answers: NDQ_000725

answers: Indian Ocean Tsunami of 2004.

answers: NDQ_000726

answers: Indian Ocean Tsunami

answers: NDQ_000727

answers: Indian Ocean Tsunami

answers: NDQ_000728

answers: Indian Ocean Tsunami of 2004.

answers: NDQ_000729

answers: Indian Ocean Tsunami

answers: NDQ_000730

answers: Indian Ocean Tsunami

answers: NDQ_000731

answers: Indian Ocean Tsunami of 2004.

answers: NDQ_000732

answers: Indian Ocean Tsunami of 2004.

answers: NDQ_000733

answers: Indian Ocean Tsunami of 2004.

answers: NDQ_000734

answers: Indian Ocean Tsunami

answers: NDQ_000735

answers: Indian Ocean Tsunami of 2004.

answers: NDQ_000736

answers: Indian Ocean Tsunami

answers: NDQ_000737

answers: Indian Ocean Tsunami

answers: NDQ_000738

answers: sea-borne trading,

answers: NDQ_000739

answers: Indian Ocean Tsunami of 2004.

answers: NDQ_000740

answers: Indian Ocean Tsunami

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: Kodiyaikkarai,

answers: NDQ_000743

answers: Indian Ocean Tsunami

answers: NDQ_000744

answers: Indian Ocean Tsunami

answers: NDQ_000745

answers: Indian Ocean Tsunami

answers: NDQ_000746

answers: Indian Ocean Tsunami of 2004.

text: Pyrosomes are planktonic, which means their movements are largely controlled by currents, tides, and waves in the oceans. On a smaller scale, however, each colony can move itself slowly by the process of jet propulsion, created by the coordinated beating of cilia in the branchial baskets of all the zooids, which also create feeding currents.

text: Pyrosomes are

text: plankton

text: ic, which means their movements are largely controlled by currents, tides, and waves in the oceans. On a smaller scale, however, each colony can move itself slowly by the process of jet propulsion, created by the coordinated beating of

text: cilia

text: in the branchial baskets of all the zooids, which also create feeding currents.

answers: NDQ_000702

answers: oceans

answers: NDQ_000704

answers: Which of the following is not a type of planktonic movement: jet propulsion, feeding currents, or tides?

answers: NDQ_000706

answers: planktonic

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: Planktonic organisms closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, tide, or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: oceans

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: planktonic

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Planktonic pyrosomes do not have jet propulsion

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: propulsion

answers: NDQ_000744

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: NDQ_000702

answers: oceans.

answers: NDQ_000704

answers: feeding currents.

answers: NDQ_000706

answers: Pyrosomes

answers: NDQ_000707

answers: beating of cilia

answers: NDQ_000710

answers: feeding currents.

answers: NDQ_000715

answers: waves

answers: NDQ_000718

answers: waves

answers: NDQ_000720

answers: Pyrosomes

answers: NDQ_000721

answers: Pyrosomes

answers: NDQ_000722

answers: Pyrosomes are planktonic,

answers: NDQ_000723

answers: waves

answers: NDQ_000724

answers: Pyrosomes are planktonic,

answers: NDQ_000725

answers: tides,

answers: NDQ_000726

answers: waves

answers: NDQ_000727

answers: tides,

answers: NDQ_000728

answers: waves

answers: NDQ_000729

answers: currents, tides, and waves in the oceans.

answers: NDQ_000730

answers: Pyrosomes are planktonic,

answers: NDQ_000731

answers: waves in the oceans.

answers: NDQ_000732

answers: feeding currents.

answers: NDQ_000733

answers: oceans.

answers: NDQ_000734

answers: oceans.

answers: NDQ_000735

answers: Pyrosomes are planktonic,

answers: NDQ_000736

answers: feeding currents.

answers: NDQ_000737

answers: currents,

answers: NDQ_000738

answers: jet propulsion,

answers: NDQ_000739

answers: tides,

answers: NDQ_000740

answers: tides,

answers: NDQ_000741

answers: currents,

answers: NDQ_000742

answers: tides,

answers: NDQ_000743

answers: jet propulsion,

answers: NDQ_000744

answers: tides,

answers: NDQ_000745

answers: currents, tides, and waves

answers: NDQ_000746

answers: Pyrosomes are planktonic,

text: There is the potential to develop 20,000–80,000 terawatt-hours (TWh) of electricity generated by changes in ocean temperatures, salt content, movements of tides, currents, waves and swells

text: There is the potential to develop 20,000–80,000

text: terawatt-hour

text: s (TWh) of electricity generated by changes in ocean temperatures, salt content, movements of tides, currents, waves and swells

answers: NDQ_000702

answers: ocean temperatures

answers: NDQ_000704

answers: can be used to generate electricity

answers: NDQ_000706

answers: near the surface

answers: NDQ_000707

answers: salt content is too high

answers: NDQ_000710

answers: swells

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: TWh

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or crest?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: (TWh)

answers: NDQ_000728

answers: swells

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: swells

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean temperatures

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: TWh

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: swells do not occur in the ocean

answers: NDQ_000739

answers: saltier

answers: NDQ_000740

answers: changes in ocean temperatures

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: terawatt

answers: NDQ_000702

answers: changes in ocean temperatures,

answers: NDQ_000704

answers: currents, waves and swells

answers: NDQ_000706

answers: waves and swells

answers: NDQ_000707

answers: movements of tides, currents, waves and swells

answers: NDQ_000710

answers: movements of tides, currents, waves and swells

answers: NDQ_000715

answers: waves and swells

answers: NDQ_000718

answers: waves and swells

answers: NDQ_000720

answers: waves and swells

answers: NDQ_000721

answers: tides,

answers: NDQ_000722

answers: 20,000–80,000 terawatt-hours

answers: NDQ_000723

answers: waves and swells

answers: NDQ_000724

answers: waves and swells

answers: NDQ_000725

answers: tides,

answers: NDQ_000726

answers: waves and swells

answers: NDQ_000727

answers: movements of tides,

answers: NDQ_000728

answers: movements of tides, currents, waves and swells

answers: NDQ_000729

answers: movements of tides, currents, waves and swells

answers: NDQ_000730

answers: movements of tides,

answers: NDQ_000731

answers: tides,

answers: NDQ_000732

answers: 20,000–80,000 terawatt-hours

answers: NDQ_000733

answers: tides,

answers: NDQ_000734

answers: ocean temperatures,

answers: NDQ_000735

answers: tides,

answers: NDQ_000736

answers: 20,000–80,000 terawatt-hours

answers: NDQ_000737

answers: ocean temperatures,

answers: NDQ_000738

answers: 20,000–80,000 terawatt-hours

answers: NDQ_000739

answers: salt content,

answers: NDQ_000740

answers: tides,

answers: NDQ_000741

answers: currents,

answers: NDQ_000742

answers: tides,

answers: NDQ_000743

answers: movements of tides, currents, waves and swells

answers: NDQ_000744

answers: tides,

answers: NDQ_000745

answers: tides,

answers: NDQ_000746

answers: 20,000–80,000 terawatt-hours

text: Because of their smaller size and relatively faster growth rates, and because they are more evenly distributed throughout more of the world's oceans, copepods almost certainly contribute far more to the secondary productivity of the world's oceans, and to the global ocean carbon sink than krill, and perhaps more than all other groups of organisms together. The surface layers of the oceans are currently believed to be the world's largest carbon sink, absorbing about 2 billion tons of carbon a year, the equivalent to perhaps a third of human carbon emissions, thus reducing their impact. Many planktonic copepods feed near the surface at night, then sink (by changing oils into more dense fats) into deeper water during the day to avoid visual predators. Their moulted exoskeletons, faecal pellets, and respiration at depth all bring carbon to the deep sea.

text: Because of their smaller size and relatively faster growth rates, and because they are more evenly distributed throughout more of the world's oceans, copepods almost certainly contribute far more to the

text: secondary productivity

text: of the world's oceans, and to the global ocean

text: carbon sink

text: than krill, and perhaps more than all other groups of organisms together. The surface layers of the oceans are currently believed to be the world's largest carbon sink, absorbing about 2 billion tons of carbon a year, the equivalent to perhaps a third of

text: human carbon emissions

text: , thus reducing their impact. Many

text: plankton

text: ic copepods feed near the surface at night, then sink (by changing oils into more

text: dense

text: fats) into deeper water during the day to avoid visual predators. Their moulted

text: exoskeleton

text: s,

text: faecal

text: pellets, and

text: respiration

text: at depth all bring

text: carbon

text: to the deep sea.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: What do copepods bring to the deep sea?

answers: NDQ_000706

answers: deep sea

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: carbon to the deep sea

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: oceans

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: surface layers of the oceans

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: krill contribute far more to the secondary productivity of the world's oceans

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: a third of human carbon emissions

answers: NDQ_000741

answers: surface

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: respiration

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: a third of human carbon emissions, thus reducing their impact

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: oceans,

answers: NDQ_000704

answers: 2 billion tons of carbon a year,

answers: NDQ_000706

answers: surface layers

answers: NDQ_000707

answers: deeper water during the day to avoid visual predators.

answers: NDQ_000710

answers: carbon to the deep sea.

answers: NDQ_000715

answers: krill,

answers: NDQ_000718

answers: krill,

answers: NDQ_000720

answers: krill,

answers: NDQ_000721

answers: krill,

answers: NDQ_000722

answers: deeper water

answers: NDQ_000723

answers: krill,

answers: NDQ_000724

answers: krill,

answers: NDQ_000725

answers: deeper water during the day to avoid visual predators.

answers: NDQ_000726

answers: krill,

answers: NDQ_000727

answers: krill,

answers: NDQ_000728

answers: krill,

answers: NDQ_000729

answers: krill,

answers: NDQ_000730

answers: krill,

answers: NDQ_000731

answers: krill,

answers: NDQ_000732

answers: krill,

answers: NDQ_000733

answers: 2 billion tons of carbon a year,

answers: NDQ_000734

answers: deeper water during the day to avoid visual predators.

answers: NDQ_000735

answers: night,

answers: NDQ_000736

answers: 2 billion tons of carbon a year,

answers: NDQ_000737

answers: krill,

answers: NDQ_000738

answers: krill,

answers: NDQ_000739

answers: deeper water

answers: NDQ_000740

answers: deeper water

answers: NDQ_000741

answers: surface layers

answers: NDQ_000742

answers: night,

answers: NDQ_000743

answers: respiration

answers: NDQ_000744

answers: night,

answers: NDQ_000745

answers: carbon

answers: NDQ_000746

answers: dense

text: Previously, scientists have searched for such a correlation for over a century, but with the exception of volcanic areas (including mid-ocean spreading ridges) the results have been mixed. It has been suggested that some negative results are due to failure to account for tidal phase and fault orientation (dip), while "many studies reporting positive correlations suffer from a lack of statistical rigor." One systematic investigation found "no evidence for an increase in seismicity during intervals of large tidal range but there is clear evidence for small but significant increase in earthquake rates near low tide"; it did not find an increase of earthquakes near peak spring tides. Seismicity is favored at low tides, particularly for reverse faults, because unloading unclamps the fault, reducing friction.  Ocean loading has no effect at all on strike-slip faults.

text: Previously, scientists have searched for such a correlation for over a century, but with the exception of volcanic areas (including mid-ocean

text: spreading ridge

text: s) the results have been mixed. It has been suggested that some negative results are due to failure to account for tidal phase and fault orientation (

text: dip

text: ), while "many studies reporting positive correlations suffer from a lack of statistical rigor." One systematic investigation found "no evidence for an increase in seismicity during intervals of large tidal range but there is clear evidence for small but significant increase in earthquake rates near low tide"; it did not find an increase of earthquakes near peak spring tides. Seismicity is favored at low tides, particularly for

text: reverse fault

text: s, because unloading unclamps the fault, reducing friction.  Ocean loading has no effect at all on

text: strike-slip fault

text: s.

answers: NDQ_000702

answers: unloading

answers: NDQ_000704

answers: Which of the following is not an effect of ocean loading on strike-slip faults?

answers: NDQ_000706

answers: low tide

answers: NDQ_000707

answers: a fault is unloaded

answers: NDQ_000710

answers: Seismicity

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unloading unclamps the fault, reducing friction

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: no

answers: NDQ_000728

answers: earthquake rates near low tide

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unloading unclamps the fault, reducing friction

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: ocean loading

answers: NDQ_000735

answers: unlocked

answers: NDQ_000736

answers: increase of earthquakes near peak

answers: NDQ_000737

answers: tidal stream

answers: NDQ_000738

answers: earthquakes near peak spring tides

answers: NDQ_000739

answers: unloaded

answers: NDQ_000740

answers: low tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: seismicity

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: Tidal

answers: NDQ_000746

answers: NDQ_000702

answers: Ocean loading

answers: NDQ_000704

answers: Ocean loading

answers: NDQ_000706

answers: low tides,

answers: NDQ_000707

answers: reducing friction.

answers: NDQ_000710

answers: Ocean loading has no effect at all on strike-slip faults.

answers: NDQ_000715

answers: seismicity during intervals of large tidal range

answers: NDQ_000718

answers: mid-ocean spreading ridges)

answers: NDQ_000720

answers: large tidal range

answers: NDQ_000721

answers: Ocean loading

answers: NDQ_000722

answers: low tide";

answers: NDQ_000723

answers: low tide";

answers: NDQ_000724

answers: Ocean loading

answers: NDQ_000725

answers: tidal phase

answers: NDQ_000726

answers: tidal

answers: NDQ_000727

answers: large tidal range

answers: NDQ_000728

answers: small but significant increase in earthquake rates near low tide";

answers: NDQ_000729

answers: Ocean loading

answers: NDQ_000730

answers: Ocean loading

answers: NDQ_000731

answers: spring tides.

answers: NDQ_000732

answers: volcanic areas (including mid-ocean spreading ridges)

answers: NDQ_000733

answers: spring tides.

answers: NDQ_000734

answers: Ocean loading

answers: NDQ_000735

answers: low tide";

answers: NDQ_000736

answers: it did not find an increase of earthquakes near peak spring tides.

answers: NDQ_000737

answers: mid-ocean spreading ridges)

answers: NDQ_000738

answers: Ocean loading has no effect at all on strike-slip faults.

answers: NDQ_000739

answers: low tide";

answers: NDQ_000740

answers: tidal

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: spring tides.

answers: NDQ_000743

answers: friction.

answers: NDQ_000744

answers: spring tides.

answers: NDQ_000745

answers: Ocean loading

answers: NDQ_000746

answers: volcanic areas (including mid-ocean spreading ridges)

text: The lower joint compartment formed by the mandible and the articular disc is involved in rotational movement—this is the initial movement of the jaw when the mouth opens. The upper joint compartment formed by the articular disc and the temporal bone is involved in translational movement—this is the secondary gliding motion of the jaw as it is opened widely. The part of the mandible which mates to the under-surface of the disc is the condyle and the part of the temporal bone which mates to the upper surface of the disk is the articular fossa or glenoid fossa or mandibular fossa.

text: The lower joint compartment formed by the mandible and the articular disc is involved in rotational movement—this is the initial movement of the jaw when the mouth opens. The upper joint compartment formed by the articular disc and the temporal bone is involved in translational movement—this is the secondary gliding motion of the jaw as it is opened widely. The part of the mandible which mates to the under-surface of the disc is the

text: condyle

text: and the part of the temporal bone which mates to the upper surface of the disk is the articular fossa or glenoid fossa or mandibular fossa.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: What is the name of the part of the mandible which mates to the under-surface of the disc?

answers: NDQ_000706

answers: secondary gliding motion

answers: NDQ_000707

answers: Rotational movement occurs.

answers: NDQ_000710

answers: ice water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Which of the following is not a type of hurricane?

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a type of wind?

answers: NDQ_000725

answers: Which of the following is not a part of the lower joint compartment formed by the mandible?

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: the lower joint compartment formed by the mandible

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides

answers: NDQ_000731

answers: Which of the following is not an example of rotational movement?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: rotational movement

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: lower joint compartment formed by the mandible involved in rotational movement

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The lower joint compartment formed by the mandible is involved in rotational movement

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: translational

answers: NDQ_000746

answers: NDQ_000702

answers: rotational movement—this

answers: NDQ_000704

answers: articular disc

answers: NDQ_000706

answers: The lower joint compartment formed by the mandible

answers: NDQ_000707

answers: rotational movement—this

answers: NDQ_000710

answers: rotational movement—this

answers: NDQ_000715

answers: articular fossa

answers: NDQ_000718

answers: rotational movement—this

answers: NDQ_000720

answers: rotational movement—this

answers: NDQ_000721

answers: The lower joint compartment formed by the mandible

answers: NDQ_000722

answers: The lower joint compartment formed by the mandible

answers: NDQ_000723

answers: rotational movement—this

answers: NDQ_000724

answers: rotational movement—this

answers: NDQ_000725

answers: rotational movement—this

answers: NDQ_000726

answers: rotational movement—this

answers: NDQ_000727

answers: rotational movement—this

answers: NDQ_000728

answers: rotational movement—this

answers: NDQ_000729

answers: rotational movement—this

answers: NDQ_000730

answers: rotational movement—this

answers: NDQ_000731

answers: rotational movement—this

answers: NDQ_000732

answers: articular fossa

answers: NDQ_000733

answers: rotational movement—this

answers: NDQ_000734

answers: rotational movement—this

answers: NDQ_000735

answers: rotational movement—this

answers: NDQ_000736

answers: articular fossa

answers: NDQ_000737

answers: The lower joint compartment formed by the mandible

answers: NDQ_000738

answers: rotational movement—this

answers: NDQ_000739

answers: rotational movement—this

answers: NDQ_000740

answers: rotational movement—this

answers: NDQ_000741

answers: rotational movement—this

answers: NDQ_000742

answers: rotational movement—this

answers: NDQ_000743

answers: rotational movement—this

answers: NDQ_000744

answers: rotational movement—this

answers: NDQ_000745

answers: rotational movement—this

answers: NDQ_000746

answers: articular disc

text: Vision seems to be more important to the pelagic ray in finding food than in other stingrays. Compared to other members of its family, this species has less than one-third the density of electroreceptive ampullae of Lorenzini on its underside. The ampullae also cover a smaller area, though not as small as in eagle rays, and are more evenly distributed between the ventral and dorsal surfaces. This ray can detect an electric field of well under 1 nV/cm at a distance of up to , and may be able to pick up the minute electric fields produced by moving sea water. The lateral line of the pelagic stingray, a complex system of mechanoreceptors that detect nearby movement and ocean currents, remains similar to other stingrays in covering a greater area on the ventral than the dorsal surface. However, this species is less responsive to mechanical than to visual stimuli.

text: Vision seems to be more important to the pelagic ray in finding food than in other stingrays. Compared to other members of its family, this species has less than one-third the density of

text: electroreceptive

text: ampullae of Lorenzini

text: on its underside. The ampullae also cover a smaller area, though not as small as in eagle rays, and are more evenly distributed between the ventral and dorsal surfaces. This ray can detect an

text: electric field

text: of well under 1

text: nV

text: /cm at a distance of up to , and may be able to pick up the minute electric fields produced by moving sea water. The

text: lateral line

text: of the pelagic stingray, a complex system of

text: mechanoreceptor

text: s that detect nearby movement and

text: ocean current

text: s, remains similar to other stingrays in covering a greater area on the ventral than the dorsal surface. However, this species is less responsive to mechanical than to visual stimuli.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: What do the pelagic stingrays detect?

answers: NDQ_000706

answers: pelagic

answers: NDQ_000707

answers: electric fields are produced by moving sea water

answers: NDQ_000710

answers: electric fields produced by moving sea water

answers: NDQ_000715

answers: 1 nV/cm

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: electric fields produced by moving sea water

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: electric fields produced by moving sea water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: moving sea water

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: electric fields produced by moving sea water

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: this species is less responsive to mechanical than to visual stimuli.

answers: NDQ_000739

answers: moving

answers: NDQ_000740

answers: ocean currents

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: ocean currents

answers: NDQ_000743

answers: electrical field

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: moving sea water.

answers: NDQ_000704

answers: ocean currents,

answers: NDQ_000706

answers: moving sea water.

answers: NDQ_000707

answers: moving sea water.

answers: NDQ_000710

answers: moving sea water.

answers: NDQ_000715

answers: 1 nV/cm

answers: NDQ_000718

answers: 1 nV/cm

answers: NDQ_000720

answers: pelagic stingray,

answers: NDQ_000721

answers: moving sea water.

answers: NDQ_000722

answers: electric fields produced by moving sea water.

answers: NDQ_000723

answers: pelagic stingray,

answers: NDQ_000724

answers: moving sea water.

answers: NDQ_000725

answers: pelagic stingray,

answers: NDQ_000726

answers: electric field

answers: NDQ_000727

answers: pelagic stingray,

answers: NDQ_000728

answers: electric fields produced by moving sea water.

answers: NDQ_000729

answers: moving sea water.

answers: NDQ_000730

answers: ocean currents,

answers: NDQ_000731

answers: pelagic stingray,

answers: NDQ_000732

answers: pelagic stingray,

answers: NDQ_000733

answers: 1 nV/cm

answers: NDQ_000734

answers: moving sea water.

answers: NDQ_000735

answers: moving sea water.

answers: NDQ_000736

answers: electric fields produced by moving sea water.

answers: NDQ_000737

answers: ocean currents,

answers: NDQ_000738

answers: moving sea water.

answers: NDQ_000739

answers: moving sea water.

answers: NDQ_000740

answers: moving sea water.

answers: NDQ_000741

answers: currents,

answers: NDQ_000742

answers: moving sea water.

answers: NDQ_000743

answers: mechanical than to visual stimuli.

answers: NDQ_000744

answers: moving sea water.

answers: NDQ_000745

answers: ocean currents,

answers: NDQ_000746

answers: one-third the density

text: An underwater ridge, the Lomonosov Ridge, divides the deep sea North Polar Basin into two oceanic basins: the Eurasian Basin, which is between  deep, and the Amerasian Basin (sometimes called the North American, or Hyperborean Basin), which is about  deep. The bathymetry of the ocean bottom is marked by fault block ridges, abyssal plains, ocean deeps, and basins. The average depth of the Arctic Ocean is . The deepest point is Litke Deep in the Eurasian Basin, at .

text: An

text: underwater ridge

text: , the

text: Lomonosov Ridge

text: , divides the deep sea

text: North Polar Basin

text: into two

text: oceanic basin

text: s: the

text: Eurasian Basin

text: , which is between  deep, and the

text: Amerasian Basin

text: (sometimes called the North American, or Hyperborean Basin), which is about  deep. The

text: bathymetry

text: of the ocean bottom is marked by

text: fault block

text: ridges,

text: abyssal plain

text: s,

text: ocean deeps

text: , and basins. The average depth of the Arctic Ocean is . The deepest point is

text: Litke Deep

text: in the Eurasian Basin, at .

answers: NDQ_000702

answers: ocean bottom

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: Litke Deep

answers: NDQ_000707

answers: fault block ridges are in the ocean

answers: NDQ_000710

answers: oceanic basins closer together

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: What is the average depth of the Arctic Ocean?

answers: NDQ_000720

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What is the average depth of the Arctic Ocean?

answers: NDQ_000725

answers: What is the average depth of the Arctic Ocean?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: Tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: The average depth of the Arctic Ocean is

answers: NDQ_000730

answers: The average depth of the Arctic Ocean is

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: The average depth of the Arctic Ocean is

answers: NDQ_000733

answers: Arctic Ocean

answers: NDQ_000734

answers: faults

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Amerasian Basin

answers: NDQ_000737

answers: basin

answers: NDQ_000738

answers: Litke Deep in the Eurasian Basin, at.

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: basin

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: evaporation

answers: NDQ_000746

answers: The average depth

answers: NDQ_000702

answers: fault block ridges,

answers: NDQ_000704

answers: abyssal plains,

answers: NDQ_000706

answers: Litke Deep in the Eurasian Basin,

answers: NDQ_000707

answers: fault block ridges,

answers: NDQ_000710

answers: abyssal plains,

answers: NDQ_000715

answers: deep.

answers: NDQ_000718

answers: Lomonosov Ridge,

answers: NDQ_000720

answers: An underwater ridge, the Lomonosov Ridge,

answers: NDQ_000721

answers: An underwater ridge, the Lomonosov Ridge,

answers: NDQ_000722

answers: between deep,

answers: NDQ_000723

answers: deep.

answers: NDQ_000724

answers: An underwater ridge, the Lomonosov Ridge,

answers: NDQ_000725

answers: An underwater ridge, the Lomonosov Ridge,

answers: NDQ_000726

answers: An underwater ridge, the Lomonosov Ridge,

answers: NDQ_000727

answers: deep.

answers: NDQ_000728

answers: fault block ridges,

answers: NDQ_000729

answers: An underwater ridge, the Lomonosov Ridge,

answers: NDQ_000730

answers: An underwater ridge, the Lomonosov Ridge,

answers: NDQ_000731

answers: An underwater ridge, the Lomonosov Ridge,

answers: NDQ_000732

answers: An underwater ridge, the Lomonosov Ridge,

answers: NDQ_000733

answers: The average depth of the Arctic Ocean

answers: NDQ_000734

answers: fault block ridges,

answers: NDQ_000735

answers: deep.

answers: NDQ_000736

answers: Lomonosov Ridge,

answers: NDQ_000737

answers: oceanic basins:

answers: NDQ_000738

answers: deep.

answers: NDQ_000739

answers: deep.

answers: NDQ_000740

answers: The average depth of the Arctic Ocean

answers: NDQ_000741

answers: bathymetry

answers: NDQ_000742

answers: An underwater ridge, the Lomonosov Ridge,

answers: NDQ_000743

answers: fault block ridges,

answers: NDQ_000744

answers: An underwater ridge, the Lomonosov Ridge,

answers: NDQ_000745

answers: abyssal plains,

answers: NDQ_000746

answers: deep.

text: Galileo's theory of the tides could not account for one of the two daily occurrences of high tide observed along most coastlines. He countered that the totality of Earth's water system contains an extenuating amount of variables, such as Earth's tilt, uneven surface and coastline, oceanic depth, and inclement winds, that can explain the second high tide. Also, Galileo argued that most natural scientists were examining and basing theories on the tides of the Mediterranean Sea, a microcosm compared to the ocean that may be idiosyncratic. Historical writer E. J. Aiton states that the discourse "is among the least successful of [Galileo's] investigations and completely misrepresents the phenomena it is supposed to explain," and served mainly as an impetus for continued research by Galileo's followers. Aiton reveals that Galileo erred in choosing two different frames of reference:the tide is the motion of water relative to the earth, but annual revolution is the motion of the earth, and its water, relative to the sun. Annual revolution results in a force that accelerates the earth-water system but does not accelerate the water relative to the earth, in the same way that an observer standing on Earth's surface does not feel the gravitational attraction of the sun because the observer and Earth are moving together around the sun.

text: Galileo's theory of the tides could not account for one of the two daily occurrences of high tide observed along most coastlines. He countered that the totality of Earth's water system contains an extenuating amount of variables, such as Earth's tilt, uneven surface and coastline, oceanic depth, and inclement winds, that can explain the second high tide. Also, Galileo argued that most natural scientists were examining and basing theories on the tides of the

text: Mediterranean Sea

text: , a microcosm compared to the ocean that may be idiosyncratic. Historical writer E. J. Aiton states that the discourse "is among the least successful of [Galileo's] investigations and completely misrepresents the phenomena it is supposed to explain," and served mainly as an impetus for continued research by Galileo's followers. Aiton reveals that Galileo erred in choosing two different

text: frames of reference

text: :the tide is the motion of water relative to the earth, but annual revolution is the motion of the earth, and its water, relative to the sun. Annual revolution results in a force that accelerates the earth-water system but does not accelerate the water relative to the earth, in the same way that an observer standing on Earth's surface does not feel the gravitational attraction of the sun because the observer and Earth are moving together around the sun.

answers: NDQ_000702

answers: motion of water relative to the earth

answers: NDQ_000704

answers: Which of the following is not an extenuating amount of variables: Earth's tilt, uneven surface and coastline, oceanic depth, or inclement winds?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: Galileo's theory is wrong

answers: NDQ_000710

answers: Galileo's theory of the tides

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: two daily occurrences of high tide

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: the motion of water relative to the earth

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: daily

answers: NDQ_000734

answers: water relative to the earth

answers: NDQ_000735

answers: Earth's tilt

answers: NDQ_000736

answers: motion of water relative to the earth

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the tide is the motion of water relative to the earth

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: high tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: gravitational

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: gravitational

answers: NDQ_000702

answers: motion of water relative to the earth,

answers: NDQ_000704

answers: inclement winds,

answers: NDQ_000706

answers: oceanic depth,

answers: NDQ_000707

answers: motion of water

answers: NDQ_000710

answers: water

answers: NDQ_000715

answers: Galileo's

answers: NDQ_000718

answers: reference:the tide is the motion of water relative to the earth, but annual revolution

answers: NDQ_000720

answers: Galileo's

answers: NDQ_000721

answers: annual revolution

answers: NDQ_000722

answers: oceanic depth,

answers: NDQ_000723

answers: reference:the tide is the motion of water relative to the earth,

answers: NDQ_000724

answers: inclement winds,

answers: NDQ_000725

answers: two daily occurrences of high tide

answers: NDQ_000726

answers: winds,

answers: NDQ_000727

answers: reference:the tide is the motion of water relative to the earth,

answers: NDQ_000728

answers: high tide

answers: NDQ_000729

answers: annual revolution

answers: NDQ_000730

answers: gravitational attraction

answers: NDQ_000731

answers: annual revolution

answers: NDQ_000732

answers: annual revolution

answers: NDQ_000733

answers: daily

answers: NDQ_000734

answers: the motion of water relative to the earth,

answers: NDQ_000735

answers: annual revolution

answers: NDQ_000736

answers: motion of water relative to the earth,

answers: NDQ_000737

answers: Mediterranean Sea,

answers: NDQ_000738

answers: annual revolution

answers: NDQ_000739

answers: oceanic depth,

answers: NDQ_000740

answers: high tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: high tide

answers: NDQ_000743

answers: gravitational attraction

answers: NDQ_000744

answers: high tide

answers: NDQ_000745

answers: reference:the tide

answers: NDQ_000746

answers: Galileo's

text: The three main drivers that work together to cause upwelling are wind, Coriolis effects, and Ekman transport.  They operate differently for different types of upwelling, but the general effects are the same.  In the overall process of upwelling, winds blow across the sea surface at a particular direction, which causes a wind-water interaction.  As a result of the wind, the water is transported a net of 90 degrees from the direction of the wind due to Coriolis forces and Ekman transport.  Ekman transport causes the surface layer of water to move at about a 45 degree angle from the direction of the wind, and the friction between that layer and the layer beneath it causes the successive layers to move in the same direction.  This results in a spiral of water movement down the water column.  Then, it is the Coriolis forces that dictate which way the water will move; in the Northern hemisphere, the water is transported to the right of the direction of the wind.  In the Southern Hemisphere, the water is transported to the left of the wind.  If this net movement of water is divergent, then upwelling of deep water occurs to replace the water that was lost.

text: The three main drivers that work together to cause upwelling are

text: wind

text: Coriolis effect

text: s, and

text: Ekman transport

text: .  They operate differently for different types of upwelling, but the general effects are the same.  In the overall process of upwelling, winds blow across the sea surface at a particular direction, which causes a wind-water interaction.  As a result of the wind, the water is transported a net of 90 degrees from the direction of the wind due to Coriolis forces and Ekman transport.  Ekman transport causes the surface layer of water to move at about a 45 degree angle from the direction of the wind, and the friction between that layer and the layer beneath it causes the successive layers to move in the same direction.  This results in a spiral of water movement down the water column.  Then, it is the Coriolis forces that dictate which way the water will move; in the Northern hemisphere, the water is transported to the right of the direction of the wind.  In the Southern Hemisphere, the water is transported to the left of the wind.  If this net movement of water is divergent, then upwelling of deep water occurs to replace the water that was lost.

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: Which of the following is not a driver of upwelling: wind, Coriolis effects, or Ekman transport?

answers: NDQ_000706

answers: the Southern Hemisphere

answers: NDQ_000707

answers: Coriolis forces act on the water

answers: NDQ_000710

answers: water to the surface

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a driver that works together to cause upwelling?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many main drivers work together to cause upwelling?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: wind-water interaction

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: In the Southern Hemisphere, the water is transported to the left of the wind

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: Coriolis effects

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: water transported to the left of the wind

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: the water is transported a net of 90 degrees from the direction of the wind

answers: NDQ_000739

answers: transported to the right

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: wind-water interaction

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: This results in a spiral of water movement down the water column

answers: NDQ_000746

answers: water column

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: Ekman transport

answers: NDQ_000706

answers: Northern hemisphere,

answers: NDQ_000707

answers: wind-water interaction.

answers: NDQ_000710

answers: deep water occurs to replace the water that was lost.

answers: NDQ_000715

answers: 90 degrees from the direction of the wind

answers: NDQ_000718

answers: 90 degrees

answers: NDQ_000720

answers: wind,

answers: NDQ_000721

answers: wind,

answers: NDQ_000722

answers: deep water

answers: NDQ_000723

answers: wind,

answers: NDQ_000724

answers: winds blow across the sea surface at a particular direction,

answers: NDQ_000725

answers: wind,

answers: NDQ_000726

answers: wind-water

answers: NDQ_000727

answers: upwelling of deep water

answers: NDQ_000728

answers: upwelling of deep water

answers: NDQ_000729

answers: Coriolis forces

answers: NDQ_000730

answers: wind,

answers: NDQ_000731

answers: 90 degrees

answers: NDQ_000732

answers: 90 degrees

answers: NDQ_000733

answers: Northern hemisphere,

answers: NDQ_000734

answers: wind,

answers: NDQ_000735

answers: upwelling of deep water

answers: NDQ_000736

answers: 90 degrees from the direction of the wind

answers: NDQ_000737

answers: deep water

answers: NDQ_000738

answers: upwelling of deep water

answers: NDQ_000739

answers: deep water

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: upwelling,

answers: NDQ_000742

answers: upwelling of deep water

answers: NDQ_000743

answers: wind-water interaction.

answers: NDQ_000744

answers: upwelling of deep water

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: 90 degrees from the direction of the wind

text: The theory of tides is the application of continuum mechanics to interpret and predict the tidal deformations of planetary and satellite bodies and their atmospheres and oceans (especially Earth's Ocean) under the gravitational loading of another astronomical body or bodies (especially the Moon).

text: The theory of tides is the application of

text: continuum mechanics

text: to interpret and predict the

text: tidal

text: deformations of planetary and satellite bodies and their atmospheres and

text: ocean

text: s (especially Earth's Ocean) under the gravitational loading of another astronomical body or bodies (especially the

text: Moon

answers: NDQ_000702

answers: the Moon

answers: NDQ_000704

answers: Which of the following is not a body of water: ocean, sea, or land?

answers: NDQ_000706

answers: the Moon

answers: NDQ_000707

answers: gravitational force is too strong

answers: NDQ_000710

answers: tidal waves

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: the Moon

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: The theory of tides

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: the Moon

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Moon's gravitational loading

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the moon is the source of upwelling

answers: NDQ_000739

answers: gravitationally loaded

answers: NDQ_000740

answers: Tidal

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: NDQ_000744

answers: can not be determined

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: gravitational

answers: NDQ_000702

answers: gravitational loading of another astronomical body or bodies

answers: NDQ_000704

answers: The theory of tides

answers: NDQ_000706

answers: Earth's Ocean)

answers: NDQ_000707

answers: gravitational loading

answers: NDQ_000710

answers: tides

answers: NDQ_000715

answers: The theory of tides is the application of continuum mechanics

answers: NDQ_000718

answers: The theory of tides is the application of continuum mechanics

answers: NDQ_000720

answers: The theory of tides

answers: NDQ_000721

answers: the Moon).

answers: NDQ_000722

answers: The theory of tides is the application of continuum mechanics

answers: NDQ_000723

answers: The theory of tides

answers: NDQ_000724

answers: The theory of tides

answers: NDQ_000725

answers: tides

answers: NDQ_000726

answers: The theory of tides is the application of continuum mechanics

answers: NDQ_000727

answers: tidal deformations

answers: NDQ_000728

answers: The theory of tides

answers: NDQ_000729

answers: the Moon).

answers: NDQ_000730

answers: the Moon).

answers: NDQ_000731

answers: Moon).

answers: NDQ_000732

answers: The theory of tides

answers: NDQ_000733

answers: Earth's

answers: NDQ_000734

answers: gravitational loading of another astronomical body or bodies

answers: NDQ_000735

answers: Moon).

answers: NDQ_000736

answers: Moon).

answers: NDQ_000737

answers: oceans

answers: NDQ_000738

answers: The theory of tides

answers: NDQ_000739

answers: gravitational loading

answers: NDQ_000740

answers: tidal

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: tides

answers: NDQ_000743

answers: gravitational loading

answers: NDQ_000744

answers: Moon).

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: gravitational loading

text: The presence of tidal bundles depends on the presence of spring and neap tides, which can only occur in three-body gravitational systems (the Earth, the Sun and the Moon). Therefore, the earliest time from which tidal bundles can be identified gives a conclusive lower bound on the age of the Moon.

text: The presence of tidal bundles depends on the presence of spring and neap tides, which can only occur in three-body gravitational systems (the Earth, the Sun and the Moon). Therefore, the earliest time from which tidal bundles can be identified gives a conclusive lower bound on the age of the Moon.

answers: NDQ_000702

answers: Earth, the Sun and the Moon

answers: NDQ_000704

answers: can only occur in three-body gravitational systems

answers: NDQ_000706

answers: tidal bundles

answers: NDQ_000707

answers: gravitational force is too strong

answers: NDQ_000710

answers: tidal bundles

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: unanswerable

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: the Sun

answers: NDQ_000735

answers: in three-body

answers: NDQ_000736

answers: Earth, Sun and the Moon

answers: NDQ_000737

answers: tides

answers: NDQ_000738

answers: the presence of spring and neap tides can only occur in three-body gravitational systems

answers: NDQ_000739

answers: Earth-bound

answers: NDQ_000740

answers: tidal

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: unanswerable

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tidal

answers: NDQ_000746

answers: NDQ_000702

answers: spring and neap tides,

answers: NDQ_000704

answers: spring and neap tides,

answers: NDQ_000706

answers: tidal bundles

answers: NDQ_000707

answers: spring and neap tides,

answers: NDQ_000710

answers: neap tides,

answers: NDQ_000715

answers: three-body gravitational systems

answers: NDQ_000718

answers: neap tides,

answers: NDQ_000720

answers: tidal bundles

answers: NDQ_000721

answers: Sun

answers: NDQ_000722

answers: The presence of tidal bundles

answers: NDQ_000723

answers: spring and neap tides,

answers: NDQ_000724

answers: tidal bundles

answers: NDQ_000725

answers: spring and neap tides,

answers: NDQ_000726

answers: The presence of tidal bundles

answers: NDQ_000727

answers: tidal bundles

answers: NDQ_000728

answers: tidal bundles

answers: NDQ_000729

answers: three-body gravitational systems

answers: NDQ_000730

answers: (the Earth, the Sun and the Moon).

answers: NDQ_000731

answers: three-body gravitational systems

answers: NDQ_000732

answers: three-body gravitational systems

answers: NDQ_000733

answers: (the Earth,

answers: NDQ_000734

answers: spring and neap tides,

answers: NDQ_000735

answers: three-body gravitational systems

answers: NDQ_000736

answers: three-body gravitational systems

answers: NDQ_000737

answers: tidal bundles

answers: NDQ_000738

answers: three-body gravitational systems

answers: NDQ_000739

answers: neap tides,

answers: NDQ_000740

answers: tides,

answers: NDQ_000741

answers: tides,

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: gravitational systems

answers: NDQ_000744

answers: spring and neap tides,

answers: NDQ_000745

answers: tides,

answers: NDQ_000746

answers: three-body gravitational systems

text: American rock band Bon Jovi played the venue during the One Wild Night Tour in 2001. At the end of January 2005, the stadium hosted a tsunami relief concert in aid of the victims of the 2004 Indian Ocean earthquake and tsunami, with Eric Clapton headlining the event. The stadium has also been host to Madonna on two occasions, the first in July 2006 when she opened the UK leg of her Confessions Tour, and most recently in August 2008 when she kicked off her Sticky & Sweet Tour at the stadium. Other performers who have played at the stadium include Robbie Williams as part of his Weddings, Barmitzvahs & Stadiums Tour, U2 as part of their Vertigo Tour, Red Hot Chili Peppers as part of their By the Way tour, The Rolling Stones as part of their A Bigger Bang Tour, Bon Jovi as part of their One Wild Night Tour, R.E.M. as part of their Monster tour and again for their Around the Sun tour.

text: American rock band

text: Bon Jovi

text: played the venue during the

text: One Wild Night Tour

text: in 2001. At the end of January 2005, the stadium hosted a

text: tsunami relief concert

text: in aid of the victims of the

text: 2004 Indian Ocean earthquake

text: and

text: tsunami

text: , with

text: Eric Clapton

text: headlining the event. The stadium has also been host to

text: Madonna

text: on two occasions, the first in July 2006 when she opened the UK leg of her

text: Confessions Tour

text: , and most recently in August 2008 when she kicked off her

text: Sticky & Sweet Tour

text: at the stadium. Other performers who have played at the stadium include

text: Robbie Williams

text: as part of his

text: Weddings, Barmitzvahs & Stadiums Tour

text: as part of their

text: Vertigo Tour

text: Red Hot Chili Peppers

text: as part of their

text: By the Way tour

text: The Rolling Stones

text: as part of their

text: A Bigger Bang Tour

text: Bon Jovi

text: as part of their

text: One Wild Night Tour

text: R.E.M.

text: as part of their

text: Monster

text: tour and again for their

text: Around the Sun

text: tour.

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: Which happened first, the Indian Ocean earthquake and tsunami or Madonna's Sticky & Sweet Tour?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a tsunami is caused by an earthquake

answers: NDQ_000710

answers: How many years after the 2004 Indian Ocean earthquake and tsunami was the stadium host to Madonna?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices

answers: NDQ_000725

answers: How many months after the Indian Ocean earthquake and tsunami did the stadium host a tsunami relief concert?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: tsunami relief concert

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: not enough information

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What caused surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Red Hot Chili Peppers

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: tsunami

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: tsunami relief concert in aid of the victims of the 2004 Indian Ocean

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: earthquake and tsunami,

answers: NDQ_000710

answers: tsunami relief concert

answers: NDQ_000715

answers: The Rolling Stones as part of their A Bigger Bang Tour,

answers: NDQ_000718

answers: The Rolling Stones as part of their A Bigger Bang Tour,

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: R.E.M.

answers: NDQ_000722

answers: tsunami relief concert in aid of the victims of the 2004 Indian Ocean

answers: NDQ_000723

answers: Bon Jovi

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: tsunami relief concert

answers: NDQ_000726

answers: The Rolling Stones as part of their A Bigger Bang Tour,

answers: NDQ_000727

answers: Bon Jovi played the venue during the One Wild Night Tour

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake and tsunami,

answers: NDQ_000729

answers: Bon Jovi played the venue during the One Wild Night Tour in 2001.

answers: NDQ_000730

answers: Bon Jovi

answers: NDQ_000731

answers: Around the Sun

answers: NDQ_000732

answers: Red Hot Chili Peppers

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: earthquake

answers: NDQ_000735

answers: Sun

answers: NDQ_000736

answers: tsunami relief concert

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: tsunami relief concert in aid of the victims of the 2004 Indian Ocean

answers: NDQ_000739

answers: 2004 Indian Ocean

answers: NDQ_000740

answers: 2004 Indian Ocean earthquake and tsunami,

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: Around the Sun

answers: NDQ_000743

answers: Bang

answers: NDQ_000744

answers: Sun

answers: NDQ_000745

answers: tsunami,

answers: NDQ_000746

answers: One Wild Night Tour in 2001.

text: The Oyster is a hydro-electric wave energy device that uses the motion of ocean waves to generate electricity. It is made up of a Power Connector Frame (PCF), which is bolted to the seabed, and a Power Capture Unit (PCU). The PCU is a hinged buoyant flap that moves back and forth with movement of the waves. The movement of the flap drives two hydraulic pistons that feed high-pressured water to an onshore hydro-electric turbine, which drives a generator to make electricity. Oyster is stationed at the European Marine Energy Centre (EMEC) at its Billia Croo site in Orkney, Scotland.

text: The Oyster is a

text: hydro-electric

text: wave energy

text: device that uses the motion of ocean waves to generate

text: electricity

text: . It is made up of a Power Connector Frame (PCF), which is bolted to the seabed, and a Power Capture Unit (PCU). The PCU is a hinged buoyant flap that moves back and forth with movement of the waves. The movement of the flap drives two hydraulic pistons that feed high-pressured water to an onshore hydro-electric turbine, which drives a generator to make electricity. Oyster is stationed at the

text: European Marine Energy Centre

text: (EMEC) at its Billia Croo site in

text: Orkney

text: , Scotland.

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: What causes the flap to move back and forth with movement of the waves?

answers: NDQ_000706

answers: the seabed

answers: NDQ_000707

answers: the water in the ocean is too cold

answers: NDQ_000710

answers: Oyster electricity

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day does the PCU move back and forth?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: PCU hinged buoyant flap

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a hydro-electric wave energy device that uses the motion of ocean waves to generate electricity

answers: NDQ_000739

answers: high-pressured

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: NDQ_000743

answers: energy device

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: waves

answers: NDQ_000746

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: ocean waves

answers: NDQ_000706

answers: seabed,

answers: NDQ_000707

answers: motion of ocean waves

answers: NDQ_000710

answers: high-pressured water

answers: NDQ_000715

answers: waves

answers: NDQ_000718

answers: waves to generate electricity.

answers: NDQ_000720

answers: The Oyster

answers: NDQ_000721

answers: ocean waves

answers: NDQ_000722

answers: high-pressured water to an onshore hydro-electric turbine,

answers: NDQ_000723

answers: ocean waves to generate electricity.

answers: NDQ_000724

answers: ocean waves

answers: NDQ_000725

answers: The Oyster

answers: NDQ_000726

answers: ocean waves

answers: NDQ_000727

answers: The Oyster

answers: NDQ_000728

answers: The Oyster

answers: NDQ_000729

answers: motion of ocean waves

answers: NDQ_000730

answers: The Oyster

answers: NDQ_000731

answers: onshore hydro-electric turbine,

answers: NDQ_000732

answers: The Oyster

answers: NDQ_000733

answers: Billia Croo site in Orkney, Scotland.

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: The Oyster

answers: NDQ_000736

answers: The Oyster

answers: NDQ_000737

answers: The Oyster is a hydro-electric wave energy device

answers: NDQ_000738

answers: bolted to the seabed,

answers: NDQ_000739

answers: seabed,

answers: NDQ_000740

answers: buoyant flap that moves back and forth with movement of the waves.

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: The Oyster

answers: NDQ_000743

answers: water

answers: NDQ_000744

answers: ocean waves

answers: NDQ_000745

answers: waves

answers: NDQ_000746

answers: water

text: because of surface currents on both sides of the grid. The average surface currents on both sides of the grid are

text: because of surface currents on both sides of the grid. The average surface currents on both sides of the grid are

answers: NDQ_000702

answers: surface currents

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: on both sides of the grid

answers: NDQ_000707

answers: surface currents on both sides of the grid are ;

answers: NDQ_000710

answers: a lot of water into the ocean

answers: NDQ_000715

answers: It is the lowest point of the wave.

answers: NDQ_000718

answers: Wavelength is the difference between a crest and a trough.

answers: NDQ_000720

answers: The biggest ocean waves occur with hurricanes.

answers: NDQ_000721

answers: None of the above choices .

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: The crest of a wave is higher than the low tide.

answers: NDQ_000724

answers: It is impossible for waves to be caused by wind.

answers: NDQ_000725

answers: It is likely that the tides are caused by the ocean.

answers: NDQ_000726

answers: wind is a transfer of energy that initially began with wind.

answers: NDQ_000727

answers: The difference between high and low tides is the tidal range.

answers: NDQ_000728

answers: It is a tsunami.

answers: NDQ_000729

answers: the Earth is tilted towards the Sun

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides

answers: NDQ_000731

answers: The sun and moon are in a straight line.

answers: NDQ_000732

answers: it is not possible to tell

answers: NDQ_000733

answers: day.

answers: NDQ_000734

answers: oceans collapsing

answers: NDQ_000735

answers: in the east.

answers: NDQ_000736

answers: surface currents on both sides of the grid.

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: upwelling is a natural process.

answers: NDQ_000739

answers: colder.

answers: NDQ_000740

answers: The level of ocean water fluctuates

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: The tide that occurs during the first or third quarter of the moon

answers: NDQ_000743

answers: can be described as a chemical reaction

answers: NDQ_000744

answers: can be described as a high tide

answers: NDQ_000745

answers: surface currents

answers: NDQ_000746

answers: The amount of mass per unit of volume is .

answers: NDQ_000702

answers: surface currents

answers: NDQ_000704

answers: The average surface currents

answers: NDQ_000706

answers: surface currents

answers: NDQ_000707

answers: surface currents

answers: NDQ_000710

answers: surface currents

answers: NDQ_000715

answers: The average surface currents

answers: NDQ_000718

answers: The average surface currents

answers: NDQ_000720

answers: The average surface currents

answers: NDQ_000721

answers: The average surface currents

answers: NDQ_000722

answers: The average surface currents

answers: NDQ_000723

answers: The average surface currents

answers: NDQ_000724

answers: surface currents

answers: NDQ_000725

answers: The average surface currents

answers: NDQ_000726

answers: surface currents

answers: NDQ_000727

answers: The average surface currents

answers: NDQ_000728

answers: The average surface currents

answers: NDQ_000729

answers: surface currents

answers: NDQ_000730

answers: surface currents

answers: NDQ_000731

answers: The average surface currents

answers: NDQ_000732

answers: The average surface currents

answers: NDQ_000733

answers: The average surface currents

answers: NDQ_000734

answers: surface currents

answers: NDQ_000735

answers: The average surface currents

answers: NDQ_000736

answers: The average surface currents

answers: NDQ_000737

answers: surface currents

answers: NDQ_000738

answers: The average surface currents

answers: NDQ_000739

answers: surface currents

answers: NDQ_000740

answers: surface currents

answers: NDQ_000741

answers: surface currents

answers: NDQ_000742

answers: surface currents

answers: NDQ_000743

answers: surface currents

answers: NDQ_000744

answers: surface currents

answers: NDQ_000745

answers: surface currents

answers: NDQ_000746

answers: The average surface currents

text: The great quantities of dense water sinking at polar ocean basin edges must be offset by equal quantities of water rising elsewhere. Note that cold water in polar zones sink relatively rapidly over a small area, while warm water in temperate and tropical zones rise more gradually across a much larger area. It then slowly returns poleward near the surface to repeat the cycle. The continual diffuse upwelling of deep water maintains the existence of the permanent thermocline found everywhere at low and mid-latitudes. This slow upward movement is estimated to be about 1 centimeter (0.5 inch) per day over most of the ocean. If this rise were to stop, downward movement of heat would cause the thermocline to descend and would reduce its steepness.

text: The great quantities of dense water sinking at polar ocean basin edges must be offset by equal quantities of water rising elsewhere. Note that cold water in polar zones sink relatively rapidly over a small area, while warm water in temperate and tropical zones rise more gradually across a much larger area. It then slowly returns poleward near the surface to repeat the cycle. The continual diffuse upwelling of deep water maintains the existence of the permanent thermocline found everywhere at low and mid-latitudes. This slow upward movement is estimated to be about 1 centimeter (0.5 inch) per day over most of the ocean. If this rise were to stop, downward movement of heat would cause the

text: thermocline

text: to descend and would reduce its steepness.

answers: NDQ_000702

answers: dense water sinking

answers: NDQ_000704

answers: Which of the following is not a type of surface current?

answers: NDQ_000706

answers: polar zones

answers: NDQ_000707

answers: water in the ocean sinks

answers: NDQ_000710

answers: deep water to the surface

answers: NDQ_000715

answers: its steepness

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: the tidal range

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: dense water sinking

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: warm water in temperate and tropical zones rise more gradually

answers: NDQ_000737

answers: ocean basin

answers: NDQ_000738

answers: the thermocline would descend and would reduce its steepness.

answers: NDQ_000739

answers: sinking

answers: NDQ_000740

answers: 1 centimeter (0.5 inch) per day

answers: NDQ_000741

answers: thermocline

answers: NDQ_000742

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: dense water sinking

answers: NDQ_000704

answers: poleward

answers: NDQ_000706

answers: polar ocean basin edges

answers: NDQ_000707

answers: water rising elsewhere. Note that cold water

answers: NDQ_000710

answers: permanent thermocline

answers: NDQ_000715

answers: steepness.

answers: NDQ_000718

answers: 1 centimeter

answers: NDQ_000720

answers: The great quantities of dense water

answers: NDQ_000721

answers: heat

answers: NDQ_000722

answers: deep water

answers: NDQ_000723

answers: The great quantities of dense water

answers: NDQ_000724

answers: The great quantities of dense water

answers: NDQ_000725

answers: 1 centimeter (0.5 inch) per day

answers: NDQ_000726

answers: The great quantities of dense water

answers: NDQ_000727

answers: The great quantities of dense water

answers: NDQ_000728

answers: water rising

answers: NDQ_000729

answers: poleward

answers: NDQ_000730

answers: rising

answers: NDQ_000731

answers: permanent thermocline

answers: NDQ_000732

answers: poleward

answers: NDQ_000733

answers: 1 centimeter (0.5 inch) per day

answers: NDQ_000734

answers: water rising

answers: NDQ_000735

answers: warm water in temperate and tropical zones

answers: NDQ_000736

answers: cold water in polar zones sink relatively rapidly over a small area,

answers: NDQ_000737

answers: polar ocean basin

answers: NDQ_000738

answers: stop,

answers: NDQ_000739

answers: sinking

answers: NDQ_000740

answers: 1 centimeter (0.5 inch) per day

answers: NDQ_000741

answers: thermocline

answers: NDQ_000742

answers: The great quantities of dense water sinking

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: The great quantities of dense water sinking

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: equal quantities

text: Forster, in a 2007 interview, explained: "Grant and I had always planned to take last year off. Our last album Oceans Apart did so well, Intermission was intended to give new fans something to look into and to tide old fans over. When Grant died, I froze. I didn't know what to do about music. Everyone left me alone to decide in my own time and, at the end of 2006, I felt the best thing to do was to carry on as we'd planned; finish sorting Intermission."

text: Forster, in a 2007 interview, explained: "Grant and I had always planned to take last year off. Our last album

text: Oceans Apart

text: did so well, Intermission was intended to give new fans something to look into and to tide old fans over. When Grant died, I froze. I didn't know what to do about music. Everyone left me alone to decide in my own time and, at the end of 2006, I felt the best thing to do was to carry on as we'd planned; finish sorting Intermission."

answers: NDQ_000702

answers: oceans apart

answers: NDQ_000704

answers: What caused Forster to froze?

answers: NDQ_000706

answers: oceans apart

answers: NDQ_000707

answers: a body of water is moving

answers: NDQ_000710

answers: oceans apart

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Oceans Apart

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: Oceans Apart

answers: NDQ_000728

answers: oceans apart

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: oceans apart

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: album Oceans Apart did so well

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling does not occur in the ocean

answers: NDQ_000739

answers: Oceans Apart

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: Oceans

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: no

answers: NDQ_000745

answers: oceans apart

answers: NDQ_000746

answers: Oceans Apart

answers: NDQ_000702

answers: Grant died,

answers: NDQ_000704

answers: Oceans Apart

answers: NDQ_000706

answers: Oceans Apart

answers: NDQ_000707

answers: Grant died, I froze.

answers: NDQ_000710

answers: Grant died, I froze.

answers: NDQ_000715

answers: Forster,

answers: NDQ_000718

answers: Forster,

answers: NDQ_000720

answers: Forster,

answers: NDQ_000721

answers: tide old fans over.

answers: NDQ_000722

answers: Forster,

answers: NDQ_000723

answers: Forster,

answers: NDQ_000724

answers: Forster,

answers: NDQ_000725

answers: Forster,

answers: NDQ_000726

answers: Forster,

answers: NDQ_000727

answers: Forster,

answers: NDQ_000728

answers: Forster,

answers: NDQ_000729

answers: Forster,

answers: NDQ_000730

answers: Forster,

answers: NDQ_000731

answers: Forster,

answers: NDQ_000732

answers: Forster,

answers: NDQ_000733

answers: Oceans Apart

answers: NDQ_000734

answers: Grant died,

answers: NDQ_000735

answers: Forster,

answers: NDQ_000736

answers: tide old fans over.

answers: NDQ_000737

answers: Forster,

answers: NDQ_000738

answers: Forster,

answers: NDQ_000739

answers: Oceans Apart

answers: NDQ_000740

answers: 2006,

answers: NDQ_000741

answers: Oceans

answers: NDQ_000742

answers: tide old fans over.

answers: NDQ_000743

answers: Forster,

answers: NDQ_000744

answers: tide old fans over.

answers: NDQ_000745

answers: Oceans Apart

answers: NDQ_000746

answers: Forster,

text: Large-scale upwelling is also found in the Southern Ocean. Here, strong westerly (eastward) winds blow around Antarctica, driving a significant flow of water northwards. This is actually a type of coastal upwelling.  Since there are no continents in a band of open latitudes between South America and the tip of the Antarctic Peninsula, some of this water is drawn up from great depths. In many numerical models and observational syntheses, the Southern Ocean upwelling represents the primary means by which deep dense water is brought to the surface.  Shallower, wind-driven upwelling is also found in off the west coasts of North and South America, northwest and southwest Africa, and southwest and southeast Australia, all associated with oceanic subtropical high pressure circulations (see coastal upwelling above).

text: Large-scale upwelling is also found in the

text: Southern Ocean

text: . Here, strong westerly (eastward) winds blow around

text: Antarctica

text: , driving a significant flow of water northwards. This is actually a type of coastal upwelling.  Since there are no continents in a band of open latitudes between

text: South America

text: and the tip of the Antarctic Peninsula, some of this water is drawn up from great depths. In many numerical models and observational syntheses, the Southern Ocean upwelling represents the primary means by which deep dense water is brought to the surface.  Shallower, wind-driven upwelling is also found in off the west coasts of North and South America, northwest and southwest Africa, and southwest and

entity_name: Great South Australian Coastal Upwelling System

text: southeast Australia

text: , all associated with oceanic subtropical high pressure circulations (see coastal upwelling above).

answers: NDQ_000702

answers: Southern Ocean upwelling

answers: NDQ_000704

answers: What is the primary means by which deep dense water is brought to the surface?

answers: NDQ_000706

answers: Southern Ocean

answers: NDQ_000707

answers: water is drawn up from deep water

answers: NDQ_000710

answers: water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallower

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day do tidal waves occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: large-scale upwelling

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What is the primary means by which deep dense water is brought to the surface?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: Southern Ocean upwelling

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Southern Ocean upwelling represent the primary means by which deep dense water is brought to the surface

answers: NDQ_000737

answers: oceanic subtropical

answers: NDQ_000738

answers: the Southern Ocean upwelling represents the primary means by which deep dense water is brought to the surface

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Southern Ocean upwelling

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: oceanic subtropical high pressure circulations

answers: NDQ_000706

answers: Southern Ocean.

answers: NDQ_000707

answers: winds

answers: NDQ_000710

answers: deep dense water is brought to the surface.

answers: NDQ_000715

answers: Large-scale upwelling is also found in the Southern Ocean.

answers: NDQ_000718

answers: Large-scale upwelling is also found in the Southern Ocean.

answers: NDQ_000720

answers: Large-scale upwelling is also found in the Southern Ocean.

answers: NDQ_000721

answers: Large-scale upwelling is also found in the Southern Ocean.

answers: NDQ_000722

answers: wind-driven upwelling

answers: NDQ_000723

answers: Large-scale upwelling is also found in the Southern Ocean.

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: Southern Ocean.

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: Large-scale upwelling is also found in the Southern Ocean.

answers: NDQ_000728

answers: upwelling

answers: NDQ_000729

answers: (eastward) winds blow around Antarctica,

answers: NDQ_000730

answers: deep dense water is brought to the surface.

answers: NDQ_000731

answers: (eastward) winds blow around Antarctica,

answers: NDQ_000732

answers: (eastward) winds blow around Antarctica,

answers: NDQ_000733

answers: Southern Ocean.

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: (eastward) winds blow around Antarctica,

answers: NDQ_000736

answers: oceanic subtropical high pressure circulations

answers: NDQ_000737

answers: coastal upwelling.

answers: NDQ_000738

answers: there are no continents in a band of open latitudes

answers: NDQ_000739

answers: deep dense water is brought to the surface.

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: Large-scale upwelling is also found in the Southern Ocean.

answers: NDQ_000743

answers: oceanic subtropical high pressure circulations

answers: NDQ_000744

answers: Large-scale upwelling is also found in the Southern Ocean.

answers: NDQ_000745

answers: the Southern Ocean upwelling

answers: NDQ_000746

answers: Large-scale upwelling is also found in the Southern Ocean.

text: DVBBS (pronounced "dubs") are a Canadian electronic duo formed in 2012, composed of brothers Chris Chronicles (b. Christopher van den Hoef, January 1, 1990) and Alex Andre (b. Alexandre van den Hoef, October 17, 1991). They are most famous for their joint international hit with Borgeous titled "Tsunami". The vocal remix of "Tsunami" entitled "Tsunami (Jump)", featuring Tinie Tempah, reached number 1 on the UK Singles Chart. They are currently ranked No.16 by DJ Magazine.

text: DVBBS (pronounced "dubs") are a Canadian

text: electronic

text: duo formed in 2012, composed of brothers Chris Chronicles (b. Christopher van den Hoef, January 1, 1990) and Alex Andre (b. Alexandre van den Hoef, October 17, 1991). They are most famous for their joint international hit with

text: Borgeous

text: titled "

text: Tsunami

text: ". The vocal remix of "Tsunami" entitled "

text: Tsunami (Jump)

text: ", featuring

text: Tinie Tempah

text: , reached number 1 on the

text: UK Singles Chart

text: . They are currently ranked No.16 by

text: DJ Magazine

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which of the following is not the name of a band: DVBBS or Borgeous?

answers: NDQ_000706

answers: shallow water

answers: NDQ_000707

answers: Alex Andre is older than Chris Chronicles

answers: NDQ_000710

answers: Tinie Tempah

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days did it take for DVBBS to reach number 1 on the UK Singles Chart?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is caused by Earths rotation?

answers: NDQ_000730

answers: What is the cause of Earths tides?

answers: NDQ_000731

answers: How many years after DVBBS formed did Christopher van den Hoef die?

answers: NDQ_000732

answers: The vocal remix of "Tsunami (Jump)"

answers: NDQ_000733

answers: tide

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: UK Singles Chart

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: "Tsunami".

answers: NDQ_000704

answers: "Tsunami".

answers: NDQ_000706

answers: "Tsunami".

answers: NDQ_000707

answers: "Tsunami".

answers: NDQ_000710

answers: "Tsunami".

answers: NDQ_000715

answers: "Tsunami".

answers: NDQ_000718

answers: DVBBS

answers: NDQ_000720

answers: "Tsunami".

answers: NDQ_000721

answers: "Tsunami".

answers: NDQ_000722

answers: "Tsunami".

answers: NDQ_000723

answers: DVBBS

answers: NDQ_000724

answers: "Tsunami".

answers: NDQ_000725

answers: DVBBS

answers: NDQ_000726

answers: "Tsunami".

answers: NDQ_000727

answers: DVBBS

answers: NDQ_000728

answers: "Tsunami".

answers: NDQ_000729

answers: DVBBS

answers: NDQ_000730

answers: "Tsunami".

answers: NDQ_000731

answers: DVBBS

answers: NDQ_000732

answers: DVBBS

answers: NDQ_000733

answers: 2012,

answers: NDQ_000734

answers: "Tsunami".

answers: NDQ_000735

answers: DVBBS

answers: NDQ_000736

answers: "Tsunami".

answers: NDQ_000737

answers: DVBBS

answers: NDQ_000738

answers: DVBBS

answers: NDQ_000739

answers: DVBBS

answers: NDQ_000740

answers: "Tsunami".

answers: NDQ_000741

answers: "Tsunami".

answers: NDQ_000742

answers: "Tsunami".

answers: NDQ_000743

answers: "Tsunami".

answers: NDQ_000744

answers: "Tsunami".

answers: NDQ_000745

answers: "Tsunami".

answers: NDQ_000746

answers: No.16

text: Imagine a train that travels through a frictionless railway line along the equator. Assume that, when in motion, it moves at the necessary speed to complete a trip around the world in one day (465 m/s). The Coriolis effect can be considered in three cases: when the train travels west, when it is at rest, and when it travels east. In each case, the Coriolis effect can be calculated from the rotating frame of reference on Earth first, and then checked against a fixed inertial frame. The image below illustrates the three cases in an inertial frame as observed from a fixed point above Earth along its axis of rotation:

text: Imagine a train that travels through a

text: friction

text: less railway line along the

text: equator

text: . Assume that, when in motion, it moves at the necessary speed to complete a trip around the world in one day (465 m/s). The Coriolis effect can be considered in three cases: when the train travels west, when it is at rest, and when it travels east. In each case, the Coriolis effect can be calculated from the

text: rotating frame of reference

text: on

text: Earth

text: first, and then checked against a fixed

text: inertial frame

text: . The image below illustrates the three cases in an inertial frame as observed from a fixed point above Earth along its

text: axis of rotation

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: are caused by the movement of the Earth's magnetic field.

answers: NDQ_000706

answers: the equator

answers: NDQ_000707

answers: Coriolis is a force acting on it.

answers: NDQ_000710

answers: ice to the surface of the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Which of the following is an example of a hurricane?

answers: NDQ_000721

answers: Which of the following is not a cause of tides?

answers: NDQ_000722

answers: The shallower the water is, the less energy the waves have.

answers: NDQ_000723

answers: What is the difference between a crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: Which of the following is the most common cause of tides?

answers: NDQ_000726

answers: Which of the following is not a source of energy for a wave?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: The tsunami could be caused by a tsunami originating in the Pacific Ocean.

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: Earths gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: When the sun and moon are in a curved line, the tides are called tidal waves.

answers: NDQ_000732

answers: Which of the following is an example of the Coriolis effect?

answers: NDQ_000733

answers: Earth day.

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: on opposite sides of Earth.

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the Coriolis effect can be considered in three cases:

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: a river

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: tidal

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: Coriolis effect

answers: NDQ_000706

answers: equator.

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: Coriolis effect

answers: NDQ_000718

answers: Coriolis effect

answers: NDQ_000720

answers: Coriolis effect

answers: NDQ_000721

answers: Coriolis effect

answers: NDQ_000722

answers: Coriolis effect

answers: NDQ_000723

answers: Coriolis effect

answers: NDQ_000724

answers: Coriolis effect

answers: NDQ_000725

answers: Coriolis effect

answers: NDQ_000726

answers: train

answers: NDQ_000727

answers: The Coriolis effect

answers: NDQ_000728

answers: Coriolis effect

answers: NDQ_000729

answers: axis of rotation:

answers: NDQ_000730

answers: Coriolis effect

answers: NDQ_000731

answers: Coriolis effect

answers: NDQ_000732

answers: east.

answers: NDQ_000733

answers: around the world in one day

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: east.

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: railway line

answers: NDQ_000738

answers: equator.

answers: NDQ_000739

answers: rest,

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: Coriolis effect

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: (465 m/s).

text: Billfish occur worldwide in temperate and tropical waters. They are highly migratory oceanic fish, spending much of their time in the epipelagic zone of international water following major ocean currents. Migrations are linked to seasonal patterns of sea surface temperatures. They are sometimes referred to as "rare event species" because the areas they roam over in the open seas are so large that researchers have difficulty locating them. Little is known about their movements and life histories, so assessing how they can be sustainably managed is not easy.

text: Billfish occur worldwide in temperate and tropical waters. They are

text: highly migratory

text: oceanic fish

text: , spending much of their time in the epipelagic zone of international water following major

text: ocean current

text: s. Migrations are linked to seasonal patterns of sea surface temperatures. They are sometimes referred to as "rare event species" because the areas they roam over in the open seas are so large that researchers have difficulty locating them. Little is known about their movements and life histories, so assessing how they can be sustainably managed is not easy.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Which of the following is not a source of migration for billfish: ocean currents, sea surface temperatures, or surface temperatures?

answers: NDQ_000706

answers: epipelagic zone

answers: NDQ_000707

answers: Billfish are in the water

answers: NDQ_000710

answers: Billfish closer to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not mentioned

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a source of waves: winds or ocean currents?

answers: NDQ_000725

answers: Which of the following is not a type of fish: billfish, tropical or temperate?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: season

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: seasonal patterns of sea surface temperatures

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Billfish occur worldwide in temperate and tropical waters

answers: NDQ_000739

answers: tropical

answers: NDQ_000740

answers: seasonal patterns

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: ocean currents.

answers: NDQ_000704

answers: ocean currents.

answers: NDQ_000706

answers: epipelagic zone

answers: NDQ_000707

answers: ocean currents.

answers: NDQ_000710

answers: major ocean currents.

answers: NDQ_000715

answers: Billfish

answers: NDQ_000718

answers: Billfish

answers: NDQ_000720

answers: Billfish

answers: NDQ_000721

answers: Billfish

answers: NDQ_000722

answers: Billfish

answers: NDQ_000723

answers: Billfish

answers: NDQ_000724

answers: ocean currents.

answers: NDQ_000725

answers: major ocean currents.

answers: NDQ_000726

answers: ocean currents.

answers: NDQ_000727

answers: Billfish

answers: NDQ_000728

answers: Billfish

answers: NDQ_000729

answers: major ocean currents.

answers: NDQ_000730

answers: Billfish

answers: NDQ_000731

answers: Billfish

answers: NDQ_000732

answers: Billfish

answers: NDQ_000733

answers: seasonal patterns of sea surface temperatures.

answers: NDQ_000734

answers: ocean currents.

answers: NDQ_000735

answers: seasonal patterns of sea surface temperatures.

answers: NDQ_000736

answers: seasonal patterns of sea surface temperatures.

answers: NDQ_000737

answers: major ocean currents.

answers: NDQ_000738

answers: major ocean currents.

answers: NDQ_000739

answers: ocean currents.

answers: NDQ_000740

answers: seasonal patterns of sea surface temperatures.

answers: NDQ_000741

answers: currents.

answers: NDQ_000742

answers: Billfish

answers: NDQ_000743

answers: epipelagic zone of international water following major ocean currents.

answers: NDQ_000744

answers: seasonal patterns of sea surface temperatures.

answers: NDQ_000745

answers: currents.

answers: NDQ_000746

answers: Billfish

text: Tidal power is taken from the Earth's oceanic tides. Tidal forces are periodic variations in gravitational attraction exerted by celestial bodies. These forces create corresponding motions or currents in the world's oceans. Due to the strong attraction to the oceans, a bulge in the water level is created, causing a temporary increase in sea level.  When the sea level is raised, water from the middle of the ocean is forced to move toward the shorelines, creating a tide.  This occurrence takes place in an unfailing manner, due to the consistent pattern of the moon’s orbit around the earth.  The magnitude and character of this motion reflects the changing positions of the Moon and Sun relative to the Earth, the effects of Earth's rotation, and local geography of the sea floor and coastlines.

text: Tidal power is taken from the Earth's oceanic

text: tide

text: s.

text: Tidal force

text: s are periodic variations in gravitational attraction exerted by celestial bodies. These forces create corresponding motions or currents in the world's oceans. Due to the strong attraction to the oceans, a bulge in the water level is created, causing a temporary increase in sea level.  When the sea level is raised, water from the middle of the ocean is forced to move toward the shorelines, creating a tide.  This occurrence takes place in an unfailing manner, due to the consistent pattern of the moon’s orbit around the earth.  The magnitude and character of this motion reflects the changing positions of the Moon and Sun relative to the Earth, the

text: effects of Earth's rotation

text: , and local

text: geography of the sea floor and coastlines

answers: NDQ_000702

answers: Tidal forces

answers: NDQ_000704

answers: Which of the following is not a type of current: tides, tides, or surface currents?

answers: NDQ_000706

answers: sea floor and coastlines

answers: NDQ_000707

answers: Tidal forces are exerted by celestial bodies

answers: NDQ_000710

answers: water from the middle of the ocean to shorelines

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds?

answers: NDQ_000725

answers: How many times a day does the Earth's oceanic tides occur?

answers: NDQ_000726

answers: Which of the following is not an example of a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: What is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth year

answers: NDQ_000734

answers: Tidal forces

answers: NDQ_000735

answers: relative to the Earth

answers: NDQ_000736

answers: increase in sea level

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: water from the middle of the ocean is forced to move toward the shorelines

answers: NDQ_000739

answers: tidal

answers: NDQ_000740

answers: temporary increase in sea level

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: gravitational

answers: NDQ_000744

answers: unfailing

answers: NDQ_000745

answers: creating a tide

answers: NDQ_000746

answers: gravitation

answers: NDQ_000702

answers: gravitational attraction exerted by celestial bodies.

answers: NDQ_000704

answers: water from the middle of the ocean is forced to move toward the shorelines,

answers: NDQ_000706

answers: sea floor and coastlines.

answers: NDQ_000707

answers: water from the middle of the ocean is forced to move toward the shorelines,

answers: NDQ_000710

answers: water from the middle of the ocean is forced to move toward the shorelines,

answers: NDQ_000715

answers: Tidal power is taken from the Earth's oceanic tides.

answers: NDQ_000718

answers: Tidal power

answers: NDQ_000720

answers: Tidal power is taken from the Earth's oceanic tides.

answers: NDQ_000721

answers: Sun

answers: NDQ_000722

answers: middle of the ocean is forced to move toward the shorelines,

answers: NDQ_000723

answers: Tidal power is taken from the Earth's oceanic tides.

answers: NDQ_000724

answers: Tidal power

answers: NDQ_000725

answers: temporary increase in sea level.

answers: NDQ_000726

answers: Tidal power

answers: NDQ_000727

answers: Tidal forces

answers: NDQ_000728

answers: water from the middle of the ocean is forced to move toward the shorelines,

answers: NDQ_000729

answers: Earth's rotation,

answers: NDQ_000730

answers: Tidal forces are periodic variations in gravitational attraction

answers: NDQ_000731

answers: moon’s orbit around the earth.

answers: NDQ_000732

answers: water from the middle of the ocean is forced to move toward the shorelines,

answers: NDQ_000733

answers: Earth's oceanic tides.

answers: NDQ_000734

answers: gravitational attraction exerted by celestial bodies.

answers: NDQ_000735

answers: changing positions of the Moon and Sun relative to the Earth,

answers: NDQ_000736

answers: water from the middle of the ocean is forced to move toward the shorelines,

answers: NDQ_000737

answers: currents

answers: NDQ_000738

answers: unfailing manner,

answers: NDQ_000739

answers: raised,

answers: NDQ_000740

answers: temporary increase in sea level.

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: tide.

answers: NDQ_000743

answers: gravitational attraction

answers: NDQ_000744

answers: moon’s orbit around the earth.

answers: NDQ_000745

answers: a tide.

answers: NDQ_000746

answers: gravitational attraction

text: Paraclinus cingulatus, the Coral blenny, is a species of labrisomid blenny native to the Atlantic Ocean and the Caribbean Sea from southern Florida to Honduras and through the Greater Antilles.  It is an inhabitant of coral reefs and lives amongst rubble and can also be found in tide pools.  This species can reach a length of  TL.

text: Paraclinus cingulatus, the Coral blenny, is a species of

text: labrisomid

text: blenny native to the

text: Atlantic Ocean

text: and the

text: Caribbean Sea

text: from southern

text: Florida

text: to

text: Honduras

text: and through the

text: Greater Antilles

text: .  It is an inhabitant of

text: coral reefs

text: and lives amongst rubble and can also be found in

text: tide pools

text: .  This species can reach a length of

text: TL

answers: NDQ_000702

answers: coral reefs

answers: NDQ_000704

answers: What type of currents do the coral blenny live in?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: a wave is too large.

answers: NDQ_000710

answers: Coral blenny to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: It is not possible to tell

answers: NDQ_000731

answers: Which of the following is not true of the Coral blenny?

answers: NDQ_000732

answers: What does Paraclinus cingulatus do for a living?

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Atlantic Ocean and the Caribbean Sea

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The Coral blenny can reach a length of TL.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: tide pools

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tide pools

answers: NDQ_000746

answers: NDQ_000702

answers: coral reefs

answers: NDQ_000704

answers: tide pools.

answers: NDQ_000706

answers: tide pools.

answers: NDQ_000707

answers: coral reefs and lives amongst rubble

answers: NDQ_000710

answers: coral reefs

answers: NDQ_000715

answers: Paraclinus cingulatus,

answers: NDQ_000718

answers: TL.

answers: NDQ_000720

answers: Paraclinus cingulatus,

answers: NDQ_000721

answers: tide pools.

answers: NDQ_000722

answers: tide pools.

answers: NDQ_000723

answers: tide pools.

answers: NDQ_000724

answers: tide pools.

answers: NDQ_000725

answers: tide pools.

answers: NDQ_000726

answers: Greater Antilles.

answers: NDQ_000727

answers: tide pools.

answers: NDQ_000728

answers: Paraclinus cingulatus,

answers: NDQ_000729

answers: Paraclinus cingulatus,

answers: NDQ_000730

answers: tide pools.

answers: NDQ_000731

answers: tide pools.

answers: NDQ_000732

answers: Greater Antilles.

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: tide pools.

answers: NDQ_000736

answers: tide pools.

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: tide pools.

answers: NDQ_000739

answers: tide pools.

answers: NDQ_000740

answers: tide pools.

answers: NDQ_000741

answers: tide pools.

answers: NDQ_000742

answers: tide pools.

answers: NDQ_000743

answers: coral reefs and lives amongst rubble

answers: NDQ_000744

answers: tide pools.

answers: NDQ_000745

answers: tide pools.

answers: NDQ_000746

answers: TL.

text: In the modern Pacific and Southern Ocean, intermediate and deep waters are characterized by a higher content in DSi, compared to the Atlantic Ocean. This interbasin difference in DSi has the effect of increasing the preservation potential of opal in the Pacific and Southern Ocean compared to their Atlantic counterparts. Atlantic DSi depleted waters tends to produce relatively less silicified organisms, which has a strong influence on the preservation of their frustules. This mechanism in best illustrated when comparing the Peru and northwest Africa upwelling systems. The dissolution/production ratio is much higher in the Atlantic upwelling than in the Pacific upwelling. This is due to the fact that coastal upwelling source waters are much richer in DSi off Peru, than off NW Africa.

text: In the modern Pacific and Southern Ocean, intermediate and deep waters are characterized by a higher content in DSi, compared to the Atlantic Ocean. This interbasin difference in DSi has the effect of increasing the preservation potential of opal in the Pacific and Southern Ocean compared to their Atlantic counterparts. Atlantic DSi depleted waters tends to produce relatively less

text: silicified

text: organisms, which has a strong influence on the preservation of their

text: frustules

text: . This mechanism in best illustrated when comparing the Peru and northwest Africa upwelling systems. The

text: dissolution

text: /production ratio is much higher in the Atlantic upwelling than in the Pacific upwelling. This is due to the fact that coastal upwelling source waters are much richer in DSi off Peru, than off NW Africa.

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: Which of the following is not a type of upwelling: Atlantic upwelling or Pacific upwelling?

answers: NDQ_000706

answers: Pacific and Southern

answers: NDQ_000707

answers: ocean water is too cold.

answers: NDQ_000710

answers: Atlantic DSi depleted waters

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Atlantic

answers: NDQ_000721

answers: DSi

answers: NDQ_000722

answers: Atlantic

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Atlantic

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How is the preservation potential of opal in the Pacific and Southern Ocean compared to their Atlantic counterparts

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic DSi depleted waters tend to produce

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: Atlantic DSi depleted waters tends to produce relatively less silicified organisms

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: DSi

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: upwelling

answers: NDQ_000706

answers: Pacific and Southern Ocean,

answers: NDQ_000707

answers: Pacific and Southern Ocean,

answers: NDQ_000710

answers: opal

answers: NDQ_000715

answers: DSi,

answers: NDQ_000718

answers: DSi, compared to the Atlantic Ocean.

answers: NDQ_000720

answers: Atlantic Ocean.

answers: NDQ_000721

answers: In the modern Pacific and Southern Ocean,

answers: NDQ_000722

answers: Atlantic Ocean.

answers: NDQ_000723

answers: Pacific and Southern Ocean,

answers: NDQ_000724

answers: Pacific and Southern Ocean,

answers: NDQ_000725

answers: Pacific and Southern Ocean,

answers: NDQ_000726

answers: Pacific and Southern Ocean,

answers: NDQ_000727

answers: Pacific and Southern Ocean,

answers: NDQ_000728

answers: Pacific and Southern Ocean,

answers: NDQ_000729

answers: Pacific and Southern Ocean,

answers: NDQ_000730

answers: In the modern Pacific and Southern Ocean,

answers: NDQ_000731

answers: Atlantic Ocean.

answers: NDQ_000732

answers: Atlantic Ocean.

answers: NDQ_000733

answers: Pacific and Southern Ocean,

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: Pacific and Southern Ocean,

answers: NDQ_000736

answers: increasing the preservation potential of opal

answers: NDQ_000737

answers: Atlantic Ocean.

answers: NDQ_000738

answers: NW Africa.

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: DSi, compared to the Atlantic Ocean.

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: Pacific and Southern Ocean,

answers: NDQ_000743

answers: silicified organisms,

answers: NDQ_000744

answers: In the modern Pacific and Southern Ocean,

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: dissolution/production ratio

text: The North Sea is an arm of the Atlantic Ocean receiving the majority of ocean current from the northwest opening, and a lesser portion of warm current from the smaller opening at the English Channel. These tidal currents leave along the Norwegian coast. Surface and deep water currents may move in different directions. Low salinity surface coastal waters move offshore, and deeper, denser high salinity waters move in shore.

text: The North Sea is an arm of the Atlantic Ocean receiving the majority of

text: ocean current

text: from the northwest opening, and a lesser portion of warm current from the smaller opening at the English Channel. These tidal currents leave along the Norwegian coast. Surface and deep water currents may move in different directions. Low salinity surface coastal waters move offshore, and deeper, denser high salinity waters move in shore.

answers: NDQ_000702

answers: ocean current

answers: NDQ_000704

answers: move in what direction?

answers: NDQ_000706

answers: the northwest opening

answers: NDQ_000707

answers: low salinity surface coastal waters move offshore

answers: NDQ_000710

answers: tidal current

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: low salinity

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many times per day does the North Sea receive the majority of ocean current from the northwest opening?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: surface coastal waters move offshore

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: ocean current

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: English Channel receiving the majority of ocean current

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Low salinity surface coastal waters move offshore, and higher salinity waters move in shore.

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: tidal

answers: NDQ_000741

answers: ocean current

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: tidal

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: surface and deep water currents may move in different directions

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: ocean current from the northwest opening,

answers: NDQ_000704

answers: Low salinity

answers: NDQ_000706

answers: northwest opening,

answers: NDQ_000707

answers: tidal currents

answers: NDQ_000710

answers: deeper, denser high salinity waters move in shore.

answers: NDQ_000715

answers: Low salinity

answers: NDQ_000718

answers: English Channel.

answers: NDQ_000720

answers: The North Sea is an arm of the Atlantic Ocean

answers: NDQ_000721

answers: tidal currents leave along the Norwegian coast.

answers: NDQ_000722

answers: Low salinity

answers: NDQ_000723

answers: The North Sea is an arm of the Atlantic Ocean

answers: NDQ_000724

answers: tidal currents

answers: NDQ_000725

answers: tidal currents

answers: NDQ_000726

answers: tidal currents

answers: NDQ_000727

answers: tidal currents

answers: NDQ_000728

answers: Surface and deep water currents may move in different directions.

answers: NDQ_000729

answers: northwest opening,

answers: NDQ_000730

answers: tidal currents

answers: NDQ_000731

answers: English Channel.

answers: NDQ_000732

answers: Low salinity surface coastal waters move offshore,

answers: NDQ_000733

answers: The North Sea is an arm of the Atlantic Ocean

answers: NDQ_000734

answers: ocean current

answers: NDQ_000735

answers: warm current from the smaller opening at the English Channel.

answers: NDQ_000736

answers: Low salinity

answers: NDQ_000737

answers: The North Sea is an arm of the Atlantic Ocean

answers: NDQ_000738

answers: Low salinity surface coastal waters move offshore,

answers: NDQ_000739

answers: deeper,

answers: NDQ_000740

answers: tidal currents

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: ocean current

answers: NDQ_000744

answers: tidal currents

answers: NDQ_000745

answers: deeper, denser high salinity waters move in shore.

answers: NDQ_000746

answers: The North Sea is an arm of the Atlantic Ocean

text: The region is influenced by a major ocean current system. Off the coast, the west wind drift current splits to create the Alaska and the California currents (the California current system). The direction and strength of the currents regulate the upwelling/downwelling regime along the coast, with a flow towards the equator in summer (California current) and reversal in winter (Alaska current). In addition to these two currents, a large submarine canyon acts as a primary conduit for the transfer of sediment from the continental slope to the deep-sea.

text: The region is influenced by a major ocean current system. Off the coast, the west wind drift current splits to create the Alaska and the California currents (the

text: California current

text: system). The direction and strength of the currents regulate the upwelling/downwelling regime along the coast, with a flow towards the equator in summer (California current) and reversal in winter (Alaska current). In addition to these two currents, a large submarine canyon acts as a primary conduit for the transfer of sediment from the continental slope to the deep-sea.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Which of the following is not a type of current: upwelling/downwelling regime?

answers: NDQ_000706

answers: off the coast

answers: NDQ_000707

answers: ocean currents are in the water

answers: NDQ_000710

answers: sediment to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: summer

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: California current

answers: NDQ_000737

answers: ocean current system

answers: NDQ_000738

answers: a flow towards the equator in summer

answers: NDQ_000739

answers: equator

answers: NDQ_000740

answers: downwelling regime

answers: NDQ_000741

answers: ocean current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: ocean current system.

answers: NDQ_000704

answers: Alaska and the California currents

answers: NDQ_000706

answers: Off the coast,

answers: NDQ_000707

answers: ocean current system.

answers: NDQ_000710

answers: sediment

answers: NDQ_000715

answers: strength

answers: NDQ_000718

answers: Alaska and the California currents

answers: NDQ_000720

answers: Alaska and the California currents

answers: NDQ_000721

answers: equator

answers: NDQ_000722

answers: deep-sea.

answers: NDQ_000723

answers: Alaska and the California currents

answers: NDQ_000724

answers: west wind drift current

answers: NDQ_000725

answers: upwelling/downwelling regime

answers: NDQ_000726

answers: west wind drift current

answers: NDQ_000727

answers: upwelling/downwelling regime

answers: NDQ_000728

answers: major ocean current system.

answers: NDQ_000729

answers: west wind drift current splits to create the Alaska and the California currents

answers: NDQ_000730

answers: ocean current system.

answers: NDQ_000731

answers: equator

answers: NDQ_000732

answers: Alaska and the California currents

answers: NDQ_000733

answers: summer

answers: NDQ_000734

answers: ocean current system.

answers: NDQ_000735

answers: summer

answers: NDQ_000736

answers: (Alaska current).

answers: NDQ_000737

answers: ocean current system.

answers: NDQ_000738

answers: equator

answers: NDQ_000739

answers: summer

answers: NDQ_000740

answers: upwelling/downwelling

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: summer

answers: NDQ_000743

answers: sediment from the continental slope to the deep-sea.

answers: NDQ_000744

answers: upwelling/downwelling

answers: NDQ_000745

answers: upwelling/downwelling

answers: NDQ_000746

answers: ocean current system.

text: Because the M tidal constituent dominates in most locations, the stage or phase of a tide, denoted by the time in hours after high water, is a useful concept. Tidal stage is also measured in degrees, with 360° per tidal cycle. Lines of constant tidal phase are called cotidal lines, which are analogous to contour lines of constant altitude on topographical maps. High water is reached simultaneously along the cotidal lines extending from the coast out into the ocean, and cotidal lines (and hence tidal phases) advance along the coast. Semi-diurnal and long phase constituents are measured from high water, diurnal from maximum flood tide. This and the discussion that follows is precisely true only for a single tidal constituent.

text: Because the M tidal constituent dominates in most locations, the stage or phase of a tide, denoted by the time in hours after high water, is a useful concept. Tidal stage is also measured in degrees, with 360° per tidal cycle. Lines of constant tidal phase are called cotidal lines, which are analogous to

text: contour lines

text: of constant altitude on

text: topographical maps

text: . High water is reached simultaneously along the cotidal lines extending from the coast out into the ocean, and cotidal lines (and hence tidal phases) advance along the coast. Semi-diurnal and long phase constituents are measured from high water, diurnal from maximum flood tide. This and the discussion that follows is precisely true only for a single tidal constituent.

answers: NDQ_000702

answers: tidal constituent

answers: NDQ_000704

answers: are a type of what?

answers: NDQ_000706

answers: cotidal lines

answers: NDQ_000707

answers: high water is reached

answers: NDQ_000710

answers: high water to the coast

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: cotidal lines

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: 360° per tidal cycle

answers: NDQ_000733

answers: cycle

answers: NDQ_000734

answers: tidal constituent

answers: NDQ_000735

answers: occult

answers: NDQ_000736

answers: time in hours after high water

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the discussion that follows is precisely true only for a single tidal constituent.

answers: NDQ_000739

answers: high

answers: NDQ_000740

answers: Tidal cycle

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: semi-diurnal

answers: NDQ_000743

answers: NDQ_000744

answers: flood tide

answers: NDQ_000745

answers: Tidal

answers: NDQ_000746

answers: tidal constituent

answers: NDQ_000702

answers: tidal constituent

answers: NDQ_000704

answers: cotidal lines,

answers: NDQ_000706

answers: cotidal lines extending from the coast

answers: NDQ_000707

answers: high water,

answers: NDQ_000710

answers: High water

answers: NDQ_000715

answers: altitude

answers: NDQ_000718

answers: degrees, with 360° per tidal cycle.

answers: NDQ_000720

answers: M tidal constituent

answers: NDQ_000721

answers: M tidal constituent

answers: NDQ_000722

answers: High water is reached simultaneously along the cotidal lines

answers: NDQ_000723

answers: the M tidal constituent

answers: NDQ_000724

answers: M tidal constituent

answers: NDQ_000725

answers: 360° per tidal cycle.

answers: NDQ_000726

answers: M tidal constituent

answers: NDQ_000727

answers: Tidal stage

answers: NDQ_000728

answers: High water is reached simultaneously along the cotidal lines

answers: NDQ_000729

answers: 360°

answers: NDQ_000730

answers: M tidal constituent

answers: NDQ_000731

answers: cotidal lines,

answers: NDQ_000732

answers: 360° per tidal cycle.

answers: NDQ_000733

answers: tidal cycle.

answers: NDQ_000734

answers: tidal constituent

answers: NDQ_000735

answers: M tidal constituent

answers: NDQ_000736

answers: time in hours after high water,

answers: NDQ_000737

answers: tidal constituent

answers: NDQ_000738

answers: High water is reached simultaneously along the cotidal lines

answers: NDQ_000739

answers: high water,

answers: NDQ_000740

answers: tide,

answers: NDQ_000741

answers: tide,

answers: NDQ_000742

answers: flood tide.

answers: NDQ_000743

answers: M tidal constituent

answers: NDQ_000744

answers: flood tide.

answers: NDQ_000745

answers: High water is reached simultaneously along the cotidal lines

answers: NDQ_000746

answers: 360° per tidal cycle.

text: The climate of Panamá is largely affected by the position of a low atmospheric pressure zone known as the Intertropical Convergence Zone (ITCZ) which also affects seasonal evolution of geostrophic currents in the Panamá Bight. During the rainy season (December through May), the ITCZ is located to the North of Panamá and produces light and variable winds and ocean circulation in the Panamá Bight is anticyclonic (west) which creates a southerly flowing coastal current. As a result of these punctuated seasonal movements of the ITCZ, Panamá experiences high seasonal rainfall often reaching more than 3000 mm/yr. Starting in October and continuing into the dry season (January to March) the ITCZ moves South of Panamá, producing a dominant period of northeasterly tradewinds known as the Panamá Jet, which results in a reversal of water circulation and becomes a cyclonic gyre with a coastal current flowing to the north. Upwelling develops in the Gulf of Panama during the dry season when northeast tradewinds from the Caribbean blow over to the Pacific through a physiographic gap in the central mountain range which divides the Isthmus. This wind stress creates seasonal Ekman spiral pumping and displaces nutrient-poor coastal surface water with cool, nutrient rich, water masses.

text: The climate of Panamá is largely affected by the position of a low atmospheric pressure zone known as the

text: Intertropical Convergence Zone

text: (ITCZ) which also affects seasonal evolution of

text: geostrophic current

text: s in the Panamá Bight. During the rainy season (December through May), the ITCZ is located to the North of Panamá and produces light and variable winds and ocean circulation in the Panamá Bight is

text: anticyclonic

text: (west) which creates a southerly flowing coastal current. As a result of these punctuated seasonal movements of the ITCZ, Panamá experiences high seasonal rainfall often reaching more than 3000 mm/yr. Starting in October and continuing into the dry season (January to March) the ITCZ moves South of Panamá, producing a dominant period of northeasterly tradewinds known as the Panamá Jet, which results in a reversal of water circulation and becomes a cyclonic

text: gyre

text: with a coastal current flowing to the north.

text: Upwelling

text: develops in the

text: Gulf of Panama

text: during the dry season when northeast tradewinds from the Caribbean blow over to the Pacific through a physiographic gap in the central mountain range which divides the Isthmus. This wind stress creates seasonal

text: Ekman spiral

text: pumping and displaces nutrient-poor coastal surface water with cool, nutrient rich, water masses.

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: Which of the following is not a type of current: anticyclonic, upwelling, or cyclonic gyre?

answers: NDQ_000706

answers: Panamá Jet

answers: NDQ_000707

answers: tradewinds from the Caribbean blow over

answers: NDQ_000710

answers: nutrient-poor coastal surface water

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What is the ITCZ?

answers: NDQ_000725

answers: How many days does the ITCZ move South of Panamá?

answers: NDQ_000726

answers: Which of the following is not a type of wave?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Upwelling

answers: NDQ_000729

answers: What causes the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Panamanian

answers: NDQ_000734

answers: Upwelling

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: ITCZ located to the North

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Upwelling develops in the Gulf of Panama during the dry season

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: Upwelling develops in the Gulf of Panama during the dry season

answers: NDQ_000741

answers: coastal current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Ekman spiral pumping

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Upwelling

answers: NDQ_000746

answers: mm/yr

answers: NDQ_000702

answers: Upwelling

answers: NDQ_000704

answers: nutrient-poor coastal surface water

answers: NDQ_000706

answers: Panamá Jet,

answers: NDQ_000707

answers: northeasterly tradewinds

answers: NDQ_000710

answers: cool, nutrient rich, water masses.

answers: NDQ_000715

answers: cyclonic gyre

answers: NDQ_000718

answers: Intertropical Convergence Zone

answers: NDQ_000720

answers: Panamá Jet,

answers: NDQ_000721

answers: Intertropical Convergence Zone

answers: NDQ_000722

answers: nutrient-poor coastal surface water

answers: NDQ_000723

answers: Intertropical Convergence Zone

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: Panamá Jet,

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: Intertropical Convergence Zone

answers: NDQ_000728

answers: Upwelling

answers: NDQ_000729

answers: northeasterly tradewinds known as the Panamá Jet,

answers: NDQ_000730

answers: geostrophic currents

answers: NDQ_000731

answers: anticyclonic

answers: NDQ_000732

answers: southerly flowing coastal current.

answers: NDQ_000733

answers: Panamá

answers: NDQ_000734

answers: Upwelling

answers: NDQ_000735

answers: rainy season

answers: NDQ_000736

answers: anticyclonic

answers: NDQ_000737

answers: northeast tradewinds

answers: NDQ_000738

answers: Upwelling develops in the Gulf of Panama

answers: NDQ_000739

answers: anticyclonic

answers: NDQ_000740

answers: 3000 mm/yr.

answers: NDQ_000741

answers: coastal current.

answers: NDQ_000742

answers: Panamá Jet,

answers: NDQ_000743

answers: Ekman spiral pumping

answers: NDQ_000744

answers: Upwelling develops in the Gulf of Panama

answers: NDQ_000745

answers: Upwelling

answers: NDQ_000746

answers: 3000 mm/yr.

text: In the vicinity of the passes and in the passes, the tidal currents are strong and their directions uncertain. The current sets southward during the falling tide and northward during the rising tide, which is the longer and stronger of the two. Its velocity varies, but in Unalga Pass, where it is greatest, it has been found to be 61 knots an hour during the whole of the tide, and the current turned to the opposite direction at the same velocity in twenty minutes. At ordinary times the tidal current does not amount to more than three or four knots. On the Bering Sea side of Unalga and Akutan passes, with a strong northerly or northwesterly wind, heavy tide rips are raised. These do not extend through the passes, but seem to be confined to the Bering Sea side from about the middle of Unalga Island almost to Cape Kalekhta. With the ebb tide, a southerly wind does not seem to raise corresponding rips on the Pacific side. When the tide rips are heavy, the water is broken into heavy, choppy seas from every direction. Uniinak Pass is comparatively free from tide rips. In ordinary weather it is high or low water in Akutan Pass between one and two hours before high or low water at Dutch Harbor.

answers: NDQ_000702

answers: tidal currents

answers: NDQ_000704

answers: Which of the following is not a type of current: tidal currents, tide rips, or surface currents?

answers: NDQ_000706

answers: Unalga Pass

answers: NDQ_000707

answers: a strong wind is blowing

answers: NDQ_000710

answers: tidal currents

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It is not possible to tell

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: 61 knots an hour

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: In ordinarily weather

answers: NDQ_000734

answers: tidal

answers: NDQ_000735

answers: low

answers: NDQ_000736

answers: rising tide

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: Uniinak Pass is comparatively free from tide rips

answers: NDQ_000739

answers: low

answers: NDQ_000740

answers: high or low water

answers: NDQ_000741

answers: Tidal current

answers: NDQ_000742

answers: falling tide

answers: NDQ_000743

answers: NDQ_000744

answers: falling tide

answers: NDQ_000745

answers: tide rips

answers: NDQ_000746

answers: mass per unit of volume

answers: NDQ_000702

answers: a strong northerly or northwesterly wind,

answers: NDQ_000704

answers: tidal currents

answers: NDQ_000706

answers: Unalga Pass,

answers: NDQ_000707

answers: When the tide rips

answers: NDQ_000710

answers: heavy tide rips

answers: NDQ_000715

answers: 61 knots an hour

answers: NDQ_000718

answers: longer

answers: NDQ_000720

answers: heavy, choppy seas

answers: NDQ_000721

answers: tidal currents are strong

answers: NDQ_000722

answers: When the tide rips are heavy,

answers: NDQ_000723

answers: falling tide and northward during the rising tide,

answers: NDQ_000724

answers: choppy seas from every direction.

answers: NDQ_000725

answers: falling tide and northward during the rising tide,

answers: NDQ_000726

answers: tidal currents

answers: NDQ_000727

answers: tidal currents

answers: NDQ_000728

answers: When the tide rips

answers: NDQ_000729

answers: northerly or northwesterly wind,

answers: NDQ_000730

answers: falling tide and northward during the rising tide,

answers: NDQ_000731

answers: ebb tide,

answers: NDQ_000732

answers: every direction.

answers: NDQ_000733

answers: between one and two hours before high or low water at Dutch Harbor.

answers: NDQ_000734

answers: a strong northerly or northwesterly wind,

answers: NDQ_000735

answers: falling tide

answers: NDQ_000736

answers: rising tide,

answers: NDQ_000737

answers: tidal currents

answers: NDQ_000738

answers: Uniinak Pass is comparatively free from tide rips.

answers: NDQ_000739

answers: falling tide

answers: NDQ_000740

answers: high or low water

answers: NDQ_000741

answers: tidal currents

answers: NDQ_000742

answers: ebb tide,

answers: NDQ_000743

answers: tidal currents

answers: NDQ_000744

answers: falling tide

answers: NDQ_000745

answers: tidal currents

answers: NDQ_000746

answers: 61 knots an hour

text: The third track, "Love from Room 109 at the Islander (On Pacific Coast Highway)", is a song composed of various movements and this represents the second time Buckley wrote in this manner, his previous effort being the title track of Goodbye and Hello. The segments of the song were written separately as "Danang" and "Asbury Park", as demonstrated on the later released demo sessions, The Dream Belongs to Me: Rare and Unreleased 1968 - 1973. The final version of the song is backed by an 'ocean' sound effect, however this was not originally intended to feature on the song. Buckley and the band were happy with the take of song but because of a recording problem the track had a slight electric buzzing in the background. The producer solved this by muffling the buzzing with the ocean overdub.

text: The third track, "Love from Room 109 at the Islander (On Pacific Coast Highway)", is a song composed of various movements and this represents the second time Buckley wrote in this manner, his previous effort being the title track of

text: Goodbye and Hello

text: . The segments of the song were written separately as "Danang" and "Asbury Park", as demonstrated on the later released demo sessions,

entity_name: The Dream Belongs to Me: Rare and Unreleased 1968–1973

text: The Dream Belongs to Me: Rare and Unreleased 1968 - 1973

text: . The final version of the song is backed by an 'ocean'

text: sound effect

text: , however this was not originally intended to feature on the song. Buckley and the band were happy with the take of song but because of a recording problem the track had a slight electric buzzing in the background. The producer solved this by muffling the buzzing with the ocean

text: overdub

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: The producer solved this by muffling the buzzing with the ocean overdub.

answers: NDQ_000706

answers: Pacific Coast Highway

answers: NDQ_000707

answers: Buckley and the band were happy

answers: NDQ_000710

answers: The Dream Belongs to Me

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: How is the Coriolis effect caused?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: ocean overdub

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Buckley and the band were happy with the take of song

answers: NDQ_000739

answers: mounded with the ocean overdub

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: The final version of the song is backed by an 'ocean' sound effect

answers: NDQ_000742

answers: tide that occurs during the first or third quarter of the moon

answers: NDQ_000743

answers: electric

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: The final version of the song is backed by an 'ocean' sound effect

answers: NDQ_000746

answers: 109 at the Islander (On Pacific Coast Highway)

answers: NDQ_000702

answers: 'ocean'

answers: NDQ_000704

answers: 'ocean'

answers: NDQ_000706

answers: Pacific Coast Highway)",

answers: NDQ_000707

answers: recording problem

answers: NDQ_000710

answers: 'ocean'

answers: NDQ_000715

answers: 'ocean'

answers: NDQ_000718

answers: ocean overdub.

answers: NDQ_000720

answers: ocean overdub.

answers: NDQ_000721

answers: 'ocean'

answers: NDQ_000722

answers: 'ocean'

answers: NDQ_000723

answers: 'ocean' sound effect,

answers: NDQ_000724

answers: 'ocean'

answers: NDQ_000725

answers: 'ocean'

answers: NDQ_000726

answers: 'ocean'

answers: NDQ_000727

answers: 'ocean' sound effect,

answers: NDQ_000728

answers: 'ocean' sound effect,

answers: NDQ_000729

answers: 'ocean'

answers: NDQ_000730

answers: 'ocean'

answers: NDQ_000731

answers: 'ocean'

answers: NDQ_000732

answers: ocean overdub.

answers: NDQ_000733

answers: 1973.

answers: NDQ_000734

answers: 'ocean'

answers: NDQ_000735

answers: ocean overdub.

answers: NDQ_000736

answers: 'ocean'

answers: NDQ_000737

answers: 'ocean'

answers: NDQ_000738

answers: this was not originally intended to feature on the song.

answers: NDQ_000739

answers: ocean overdub.

answers: NDQ_000740

answers: ocean overdub.

answers: NDQ_000741

answers: 'ocean' sound effect,

answers: NDQ_000742

answers: "Love from Room 109 at the Islander (On Pacific Coast Highway)",

answers: NDQ_000743

answers: electric buzzing

answers: NDQ_000744

answers: 'ocean'

answers: NDQ_000745

answers: 'ocean' sound effect,

answers: NDQ_000746

answers: 1973.

text: Somewhere on the chart, generally on land, will be a Tidal Diamond table. This contains a grid of thirteen rows and three columns for each Diamond. The rows are the hours of the tidal cycle showing the 6 hours before high water, high water itself and the 6 hours after high water. The columns show the bearing of the tidal stream and its speed, in knots, at both spring tide and neap tide. The times on the table are related to the high water of the standard port displayed on the table.

text: Somewhere on the chart, generally on land, will be a Tidal Diamond table. This contains a grid of thirteen rows and three columns for each Diamond. The rows are the hours of the tidal cycle showing the 6 hours before

text: high water

text: , high water itself and the 6 hours after high water. The columns show the

text: bearing

text: of the tidal stream and its speed, in

text: knot

text: s, at both

text: spring tide

text: and

text: neap tide

text: . The times on the table are related to the high water of the

text: standard port

text: displayed on the table.

answers: NDQ_000702

answers: tidal stream

answers: NDQ_000704

answers: Which of the following is not a type of surface current?

answers: NDQ_000706

answers: spring tide

answers: NDQ_000707

answers: a tidal stream is moving

answers: NDQ_000710

answers: tidal waves

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: high water itself

answers: NDQ_000721

answers: Which of the following is not true?

answers: NDQ_000722

answers: high water

answers: NDQ_000723

answers: Which of the following is not a tidal stream?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many hours does the tidal cycle last?

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: 6 hours before high water

answers: NDQ_000729

answers: Which of the following is not the cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring tide or neap tide?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: year.

answers: NDQ_000734

answers: high water

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: bearing of the tidal stream and its speed

answers: NDQ_000737

answers: tide stream

answers: NDQ_000738

answers: tidal stream and its speed, in knots

answers: NDQ_000739

answers: high

answers: NDQ_000740

answers: Tidal cycle

answers: NDQ_000741

answers: Tidal

answers: NDQ_000742

answers: spring tide

answers: NDQ_000743

answers: NDQ_000744

answers: spring tide

answers: NDQ_000745

answers: spring tide

answers: NDQ_000746

answers: NDQ_000702

answers: tidal stream

answers: NDQ_000704

answers: tidal stream and its speed, in knots,

answers: NDQ_000706

answers: high water,

answers: NDQ_000707

answers: tidal cycle showing the 6 hours before high water,

answers: NDQ_000710

answers: 6 hours before high water,

answers: NDQ_000715

answers: Tidal Diamond table.

answers: NDQ_000718

answers: Tidal Diamond table.

answers: NDQ_000720

answers: Tidal Diamond table.

answers: NDQ_000721

answers: Tidal Diamond table.

answers: NDQ_000722

answers: Tidal Diamond table.

answers: NDQ_000723

answers: Tidal Diamond table.

answers: NDQ_000724

answers: Tidal Diamond table.

answers: NDQ_000725

answers: 6 hours

answers: NDQ_000726

answers: Tidal Diamond table.

answers: NDQ_000727

answers: tidal cycle

answers: NDQ_000728

answers: Tidal Diamond table.

answers: NDQ_000729

answers: Tidal Diamond table.

answers: NDQ_000730

answers: Tidal Diamond table.

answers: NDQ_000731

answers: spring tide and neap tide.

answers: NDQ_000732

answers: Tidal Diamond table.

answers: NDQ_000733

answers: Tidal Diamond table.

answers: NDQ_000734

answers: tidal stream

answers: NDQ_000735

answers: neap tide.

answers: NDQ_000736

answers: bearing of the tidal stream and its speed,

answers: NDQ_000737

answers: tidal stream

answers: NDQ_000738

answers: Tidal Diamond table.

answers: NDQ_000739

answers: high water,

answers: NDQ_000740

answers: tidal cycle

answers: NDQ_000741

answers: tidal stream

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: Tidal Diamond table.

answers: NDQ_000744

answers: spring tide and neap tide.

answers: NDQ_000745

answers: spring tide and neap tide.

answers: NDQ_000746

answers: thirteen

text: wave tank runup experiments at University of Queenslandthe 2004 Indian ocean tsunami impact at Patong Beach,<ref>Jakeman et al. Towards spatially distributed quantitative assessment of tsunami inundation models. In OCEAN DYNAMICSVolume 60, Number 5; pages: 1115-1138, . Availability:

text: wave tank runup experiments at University of Queenslandthe 2004 Indian ocean tsunami impact at Patong Beach,<ref>Jakeman et al. Towards spatially distributed quantitative assessment of tsunami inundation models. In OCEAN DYNAMICSVolume 60, Number 5; pages: 1115-1138, . Availability:

answers: NDQ_000702

answers: Indian ocean tsunami

answers: NDQ_000704

answers: ref>Jakeman et al. Towards spatially distributed quantitative assessment of tsunami inundation models. In OCEAN DYNAMICSVolume 60, Number 5; pages 1115-1138,.

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: it is pushed by a force

answers: NDQ_000710

answers: ice to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: What are the biggest ocean waves?

answers: NDQ_000721

answers: context: The greatest cause of tides is the Sun

answers: NDQ_000722

answers: Why do waves break on shore?

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What are the causes of waves?

answers: NDQ_000725

answers: How often do tides occur?

answers: NDQ_000726

answers: What is a wave?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: What is the first sign of a tsunami?

answers: NDQ_000729

answers: What causes the Coriolis effect?

answers: NDQ_000730

answers: context: tides on earth

answers: NDQ_000731

answers: context: tides occur when the sun and moon are

answers: NDQ_000732

answers: Convection

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: tsunami impact at Patong Beach

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Upwelling is a natural process in the ocean.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: OCEAN DYNAMICS Volume 60, Number 5

answers: NDQ_000741

answers: Wave

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: tidal

answers: NDQ_000745

answers: ref>Jakeman et al.

answers: NDQ_000746

answers: NDQ_000702

answers: wave tank runup experiments at University of Queenslandthe 2004 Indian ocean tsunami

answers: NDQ_000704

answers: 1115-1138,.

answers: NDQ_000706

answers: Patong Beach,

answers: NDQ_000707

answers: tsunami impact at Patong Beach,

answers: NDQ_000710

answers: 1115-1138,.

answers: NDQ_000715

answers: 1115-1138,.

answers: NDQ_000718

answers: OCEAN DYNAMICSVolume

answers: NDQ_000720

answers: 1115-1138,.

answers: NDQ_000721

answers: OCEAN DYNAMICSVolume

answers: NDQ_000722

answers: 1115-1138,.

answers: NDQ_000723

answers: OCEAN DYNAMICSVolume

answers: NDQ_000724

answers: 1115-1138,.

answers: NDQ_000725

answers: 1115-1138,.

answers: NDQ_000726

answers: OCEAN DYNAMICSVolume

answers: NDQ_000727

answers: 1115-1138,.

answers: NDQ_000728

answers: Towards spatially distributed quantitative assessment of tsunami inundation models.

answers: NDQ_000729

answers: OCEAN DYNAMICSVolume

answers: NDQ_000730

answers: OCEAN DYNAMICSVolume

answers: NDQ_000731

answers: 1115-1138,.

answers: NDQ_000732

answers: 1115-1138,.

answers: NDQ_000733

answers: Indian ocean tsunami impact at Patong Beach,

answers: NDQ_000734

answers: wave tank runup experiments at University of Queenslandthe 2004 Indian ocean tsunami

answers: NDQ_000735

answers: 1115-1138,.

answers: NDQ_000736

answers: 1115-1138,.

answers: NDQ_000737

answers: OCEAN DYNAMICSVolume

answers: NDQ_000738

answers: tsunami impact at Patong Beach,

answers: NDQ_000739

answers: OCEAN DYNAMICSVolume

answers: NDQ_000740

answers: OCEAN DYNAMICSVolume

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: 1115-1138,.

answers: NDQ_000743

answers: 1115-1138,.

answers: NDQ_000744

answers: 1115-1138,.

answers: NDQ_000745

answers: OCEAN DYNAMICSVolume

answers: NDQ_000746

answers: 1115-1138,.

text: The 33rd parallel south is a circle of latitude that is 33 degrees south of the Earth's equatorial plane. It crosses the Atlantic Ocean, Africa, the Indian Ocean, Australasia, the Pacific Ocean and South America.

text: The 33rd parallel south is a

text: circle of latitude

text: that is 33

text: degrees

text: south

text: of the

text: Earth's

text: equatorial plane

text: . It crosses the

text: Atlantic Ocean

text: Africa

text: , the

text: Indian Ocean

text: Australasia

text: , the

text: Pacific Ocean

text: and

text: South America

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: are formed by the movement of

answers: NDQ_000706

answers: the 33rd parallel south

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: the Atlantic Ocean

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What does the 33rd parallel south mean?

answers: NDQ_000725

answers: How many oceans does the 33rd parallel south cross?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: It crosses the Atlantic Ocean

answers: NDQ_000729

answers: How is the 33rd parallel south related to the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which ocean does the 33rd parallel south cross?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: 33rd parallel south

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: The Atlantic Ocean is the only ocean that upwells.

answers: NDQ_000739

answers: south of the Earth's equator

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Indian Ocean

answers: NDQ_000742

answers: can not be used to describe

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: NDQ_000745

answers: evaporation

answers: NDQ_000746

answers: NDQ_000702

answers: Atlantic Ocean,

answers: NDQ_000704

answers: Atlantic Ocean,

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: 33 degrees south of the Earth's equatorial plane.

answers: NDQ_000710

answers: Indian Ocean, Australasia, the Pacific Ocean and South America.

answers: NDQ_000715

answers: 33 degrees south of the Earth's equatorial plane.

answers: NDQ_000718

answers: The 33rd parallel south is a circle of latitude

answers: NDQ_000720

answers: The 33rd parallel south

answers: NDQ_000721

answers: The 33rd parallel south is a circle of latitude

answers: NDQ_000722

answers: The 33rd parallel south

answers: NDQ_000723

answers: The 33rd parallel south

answers: NDQ_000724

answers: The 33rd parallel south is a circle of latitude

answers: NDQ_000725

answers: The 33rd parallel south

answers: NDQ_000726

answers: The 33rd parallel south

answers: NDQ_000727

answers: The 33rd parallel south

answers: NDQ_000728

answers: The 33rd parallel south

answers: NDQ_000729

answers: 33 degrees south of the Earth's equatorial plane.

answers: NDQ_000730

answers: The 33rd parallel south

answers: NDQ_000731

answers: The 33rd parallel south

answers: NDQ_000732

answers: The 33rd parallel south

answers: NDQ_000733

answers: Atlantic Ocean,

answers: NDQ_000734

answers: Atlantic Ocean,

answers: NDQ_000735

answers: The 33rd parallel south

answers: NDQ_000736

answers: The 33rd parallel south

answers: NDQ_000737

answers: Atlantic Ocean,

answers: NDQ_000738

answers: The 33rd parallel south

answers: NDQ_000739

answers: 33 degrees south of the Earth's equatorial plane.

answers: NDQ_000740

answers: 33 degrees south of the Earth's equatorial plane.

answers: NDQ_000741

answers: Indian Ocean,

answers: NDQ_000742

answers: The 33rd parallel south

answers: NDQ_000743

answers: The 33rd parallel south

answers: NDQ_000744

answers: The 33rd parallel south

answers: NDQ_000745

answers: The 33rd parallel south is a circle of latitude

answers: NDQ_000746

answers: The 33rd parallel south

text: The practical impact of the "Coriolis effect" is mostly caused by the horizontal acceleration component produced by horizontal motion.

text: The practical impact of the "Coriolis effect" is mostly caused by the horizontal acceleration component produced by horizontal motion.

answers: NDQ_000702

answers: horizontal motion

answers: NDQ_000704

answers: can be caused by

answers: NDQ_000706

answers: horizontal acceleration component

answers: NDQ_000707

answers: horizontal motion causes it to accelerate

answers: NDQ_000710

answers: water to the surface of the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: the Coriolis effect

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: What does the "Coriolis effect" cause?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: The answer: horizontal acceleration component

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: horizontal acceleration component

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: horizontal motion

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The Coriolis effect is caused by the horizontal acceleration component produced by horizontal motion

answers: NDQ_000739

answers: pushed against a wall

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: is caused by the horizontal acceleration component

answers: NDQ_000743

answers: can be caused by horizontal motion

answers: NDQ_000744

answers: can not be used to answer this question

answers: NDQ_000745

answers: horizontal acceleration component produced by horizontal motion

answers: NDQ_000746

answers: NDQ_000702

answers: horizontal motion.

answers: NDQ_000704

answers: horizontal acceleration component produced by horizontal motion.

answers: NDQ_000706

answers: horizontal

answers: NDQ_000707

answers: horizontal acceleration component produced by horizontal motion.

answers: NDQ_000710

answers: horizontal acceleration component produced by horizontal motion.

answers: NDQ_000715

answers: horizontal acceleration component produced by horizontal motion.

answers: NDQ_000718

answers: "Coriolis effect"

answers: NDQ_000720

answers: "Coriolis effect"

answers: NDQ_000721

answers: "Coriolis effect"

answers: NDQ_000722

answers: "Coriolis effect"

answers: NDQ_000723

answers: horizontal acceleration component produced by horizontal motion.

answers: NDQ_000724

answers: horizontal acceleration component produced by horizontal motion.

answers: NDQ_000725

answers: "Coriolis effect"

answers: NDQ_000726

answers: horizontal motion.

answers: NDQ_000727

answers: "Coriolis effect"

answers: NDQ_000728

answers: horizontal acceleration component produced by horizontal motion.

answers: NDQ_000729

answers: horizontal acceleration component produced by horizontal motion.

answers: NDQ_000730

answers: "Coriolis effect"

answers: NDQ_000731

answers: "Coriolis effect"

answers: NDQ_000732

answers: horizontal acceleration component produced by horizontal motion.

answers: NDQ_000733

answers: "Coriolis effect"

answers: NDQ_000734

answers: horizontal motion.

answers: NDQ_000735

answers: "Coriolis effect"

answers: NDQ_000736

answers: "Coriolis effect"

answers: NDQ_000737

answers: "Coriolis effect"

answers: NDQ_000738

answers: The practical impact of the "Coriolis effect"

answers: NDQ_000739

answers: horizontal motion.

answers: NDQ_000740

answers: "Coriolis effect"

answers: NDQ_000741

answers: "Coriolis effect"

answers: NDQ_000742

answers: "Coriolis effect"

answers: NDQ_000743

answers: horizontal acceleration component produced by horizontal motion.

answers: NDQ_000744

answers: "Coriolis effect"

answers: NDQ_000745

answers: "Coriolis effect"

answers: NDQ_000746

answers: horizontal acceleration component produced by horizontal motion.

text: In 2000, Tides launched a program called "Bridging the Economic Divide." It focused on funding living wage campaigns and economic justice coalitions. Tides also launched the Tides Death Penalty Mobilization Fund, which supports the anti-death penalty movement. The Michigan Partnership to Prevent Gun Violence was founded with support from Tides.

text: In 2000, Tides launched a program called "Bridging the Economic Divide." It focused on funding living wage campaigns and economic justice coalitions. Tides also launched the Tides Death Penalty Mobilization Fund, which supports the anti-death penalty movement. The Michigan Partnership to Prevent Gun Violence was founded with support from Tides.

answers: NDQ_000702

answers: death penalty

answers: NDQ_000704

answers: Which of the following is not a type of campaign: Bridging the Economic Divide or Michigan Partnership to Prevent Gun Violence?

answers: NDQ_000706

answers: continental shelf

answers: NDQ_000707

answers: Tides launched a program that focused on funding what?

answers: NDQ_000710

answers: what to the surface of the ocean?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: what is the second to last word in the passage?

answers: NDQ_000720

answers: what is the second to last event mentioned?

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What type of movement does Tides support?

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: What type of energy does a wave transfer?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Michigan

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Tides Death Penalty Mobilization Fund

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: untrue

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: Tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: NDQ_000745

answers: Tides

answers: NDQ_000746

answers: Living wage

answers: NDQ_000702

answers: Economic Divide."

answers: NDQ_000704

answers: "Bridging the Economic Divide."

answers: NDQ_000706

answers: "Bridging the Economic Divide."

answers: NDQ_000707

answers: "Bridging the Economic Divide."

answers: NDQ_000710

answers: "Bridging the Economic Divide."

answers: NDQ_000715

answers: "Bridging the Economic Divide."

answers: NDQ_000718

answers: "Bridging the Economic Divide."

answers: NDQ_000720

answers: "Bridging the Economic Divide."

answers: NDQ_000721

answers: "Bridging the Economic Divide."

answers: NDQ_000722

answers: "Bridging the Economic Divide."

answers: NDQ_000723

answers: Tides launched a program called "Bridging the Economic Divide."

answers: NDQ_000724

answers: "Bridging the Economic Divide."

answers: NDQ_000725

answers: Tides launched a program called "Bridging the Economic Divide."

answers: NDQ_000726

answers: "Bridging the Economic Divide."

answers: NDQ_000727

answers: Tides launched a program called "Bridging the Economic Divide."

answers: NDQ_000728

answers: Tides launched a program called "Bridging the Economic Divide."

answers: NDQ_000729

answers: "Bridging the Economic Divide."

answers: NDQ_000730

answers: "Bridging the Economic Divide."

answers: NDQ_000731

answers: "Bridging the Economic Divide."

answers: NDQ_000732

answers: "Bridging the Economic Divide."

answers: NDQ_000733

answers: "Bridging the Economic Divide."

answers: NDQ_000734

answers: "Bridging the Economic Divide."

answers: NDQ_000735

answers: "Bridging the Economic Divide."

answers: NDQ_000736

answers: "Bridging the Economic Divide."

answers: NDQ_000737

answers: "Bridging the Economic Divide."

answers: NDQ_000738

answers: "Bridging the Economic Divide."

answers: NDQ_000739

answers: "Bridging the Economic Divide."

answers: NDQ_000740

answers: "Bridging the Economic Divide."

answers: NDQ_000741

answers: "Bridging the Economic Divide."

answers: NDQ_000742

answers: "Bridging the Economic Divide."

answers: NDQ_000743

answers: "Bridging the Economic Divide."

answers: NDQ_000744

answers: "Bridging the Economic Divide."

answers: NDQ_000745

answers: "Bridging the Economic Divide."

answers: NDQ_000746

answers: "Bridging the Economic Divide."

text: is the Coriolis parameter,

text: is the

text: Coriolis parameter

answers: NDQ_000702

answers: Coriolis

answers: NDQ_000704

answers: are caused by the gravitational force of attraction

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: the force of the gravitational pull is too strong.

answers: NDQ_000710

answers: ice to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: no

answers: NDQ_000720

answers: Coriolis

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: the water is shallow

answers: NDQ_000723

answers: crest

answers: NDQ_000724

answers: Coriolis

answers: NDQ_000725

answers: no

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: Tidal range

answers: NDQ_000728

answers: no

answers: NDQ_000729

answers: It is caused by Earths rotation.

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: no

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: gravitational force

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis parameter

answers: NDQ_000737

answers: wind

answers: NDQ_000738

answers: upwelling is not caused by the Coriolis parameter

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: Coriolis

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: Coriolis

answers: NDQ_000745

answers: Coriolis

answers: NDQ_000746

answers: molar mass

answers: NDQ_000702

answers: Coriolis parameter,

answers: NDQ_000704

answers: Coriolis parameter,

answers: NDQ_000706

answers: Coriolis parameter,

answers: NDQ_000707

answers: Coriolis

answers: NDQ_000710

answers: Coriolis parameter,

answers: NDQ_000715

answers: Coriolis parameter,

answers: NDQ_000718

answers: Coriolis parameter,

answers: NDQ_000720

answers: Coriolis parameter,

answers: NDQ_000721

answers: Coriolis parameter,

answers: NDQ_000722

answers: Coriolis parameter,

answers: NDQ_000723

answers: Coriolis parameter,

answers: NDQ_000724

answers: Coriolis parameter,

answers: NDQ_000725

answers: Coriolis parameter,

answers: NDQ_000726

answers: Coriolis parameter,

answers: NDQ_000727

answers: Coriolis parameter,

answers: NDQ_000728

answers: Coriolis parameter,

answers: NDQ_000729

answers: Coriolis parameter,

answers: NDQ_000730

answers: Coriolis parameter,

answers: NDQ_000731

answers: Coriolis parameter,

answers: NDQ_000732

answers: Coriolis parameter,

answers: NDQ_000733

answers: Coriolis parameter,

answers: NDQ_000734

answers: Coriolis parameter,

answers: NDQ_000735

answers: Coriolis parameter,

answers: NDQ_000736

answers: Coriolis parameter,

answers: NDQ_000737

answers: Coriolis parameter,

answers: NDQ_000738

answers: Coriolis parameter,

answers: NDQ_000739

answers: Coriolis parameter,

answers: NDQ_000740

answers: Coriolis parameter,

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis parameter,

answers: NDQ_000743

answers: Coriolis parameter,

answers: NDQ_000744

answers: Coriolis parameter,

answers: NDQ_000745

answers: Coriolis

answers: NDQ_000746

answers: Coriolis parameter,

text: The opposition to the United States' involvement in the Vietnam War had many effects, which led to the eventual end of the involvement of the United States. Howard Zinn, a very renowned historian, provides large amounts of evidence of the effects in the chapter, "The Impossible Victory: Vietnam" in his book, A People's History of the United States. The overall tone of the chapter and the effects to come are foreshadowed by the statement, "In the course of the war, there developed in the United States the greatest antiwar movement the nation had ever experienced, a movement that played a critical role in bringing the war to an end."

text: The opposition to the United States' involvement in the Vietnam War had many effects, which led to the eventual end of the involvement of the United States. Howard Zinn, a very renowned historian, provides large amounts of evidence of the effects in the chapter, "The Impossible Victory: Vietnam" in his book, A People's History of the United States. The overall tone of the chapter and the effects to come are foreshadowed by the statement, "In the course of the war, there developed in the United States the greatest antiwar movement the nation had ever experienced, a movement that played a critical role in bringing the war to an end."

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: can be caused by what?

answers: NDQ_000706

answers: Vietnam

answers: NDQ_000707

answers: it is too large.

answers: NDQ_000710

answers: What does upwelling mean?

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the opposite of crest?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: Because the water is shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is NOT true?

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: How does the Coriolis effect work?

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides

answers: NDQ_000731

answers: Which of the following is not a type of tide?

answers: NDQ_000732

answers: surface currents to flow diagonally

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: tides have the

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: untrue

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: NDQ_000741

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Vietnam War

answers: NDQ_000704

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000706

answers: Vietnam" in his book, A People's History of the United States.

answers: NDQ_000707

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000710

answers: antiwar movement the nation had ever experienced,

answers: NDQ_000715

answers: A People's History of the United States.

answers: NDQ_000718

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000720

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000721

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000722

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000723

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000724

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000725

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000726

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000727

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000728

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000729

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000730

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000731

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000732

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000733

answers: Vietnam" in his book, A People's History of the United States.

answers: NDQ_000734

answers: Vietnam War

answers: NDQ_000735

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000736

answers: Vietnam War

answers: NDQ_000737

answers: Vietnam War

answers: NDQ_000738

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000739

answers: Vietnam War

answers: NDQ_000740

answers: Vietnam War

answers: NDQ_000741

answers: Vietnam War

answers: NDQ_000742

answers: A People's History of the United States.

answers: NDQ_000743

answers: The opposition to the United States' involvement in the Vietnam War

answers: NDQ_000744

answers: A People's History of the United States.

answers: NDQ_000745

answers: Vietnam War

answers: NDQ_000746

answers: "The Impossible Victory: Vietnam"

text: Recent studies indicate a gradual decline of the summer monsoon over central South Asia, with a reduction of up to 10% over central India, during 1950-2012. This is primarily due to a weakening monsoon circulation as a result of the rapid warming in the Indian Ocean. Due to the higher ocean temperatures in the Indian Ocean, the normal movement of the moisture bearing winds from the sea to hotter land, is weakening. This reduction in the temperature contrast between sea and land is partially responsible for the declining monsoon over South Asia. The reduction in the summer monsoon rainfall have grave consequences over central India because at least 60% of the agriculture in this region is still largely rain-fed.

text: Recent studies indicate a gradual decline of the summer monsoon over central South Asia, with a reduction of up to 10% over central India, during 1950-2012. This is primarily due to a weakening monsoon circulation as a result of the rapid warming in the Indian Ocean. Due to the higher ocean temperatures in the Indian Ocean, the normal movement of the moisture bearing winds from the sea to hotter land, is weakening. This reduction in the temperature contrast between sea and land is partially responsible for the declining monsoon over South Asia. The reduction in the summer monsoon rainfall have grave consequences over central India because at least 60% of the agriculture in this region is still largely

text: rain-fed

answers: NDQ_000702

answers: weakening monsoon circulation

answers: NDQ_000704

answers: Which of the following is not responsible for the decline of the summer monsoon over central South Asia, with a reduction of up to 10% over central India?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: the water is too cold.

answers: NDQ_000710

answers: moisture to hotter land

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: the Indian Ocean

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days did the summer monsoon last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: the normal movement of the moisture bearing winds

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a result of the higher ocean temperatures in the Indian Ocean?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: higher ocean temperatures

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: higher ocean temperatures in the Indian Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the normal movement of the moisture bearing winds from the sea to hotter land

answers: NDQ_000739

answers: warmer

answers: NDQ_000740

answers: monsoon

answers: NDQ_000741

answers: monsoon

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: normal movement of the moisture bearing winds from the sea to hotter land

answers: NDQ_000746

answers: 10%

answers: NDQ_000702

answers: a weakening monsoon circulation

answers: NDQ_000704

answers: moisture bearing winds

answers: NDQ_000706

answers: Indian Ocean. Due to the higher ocean temperatures in the Indian Ocean,

answers: NDQ_000707

answers: moisture bearing winds

answers: NDQ_000710

answers: moisture bearing winds

answers: NDQ_000715

answers: 10% over central India, during 1950-2012.

answers: NDQ_000718

answers: 1950-2012.

answers: NDQ_000720

answers: moisture bearing winds

answers: NDQ_000721

answers: moisture bearing winds from the sea to hotter land,

answers: NDQ_000722

answers: higher ocean temperatures

answers: NDQ_000723

answers: 1950-2012.

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: Indian Ocean.

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: 1950-2012.

answers: NDQ_000728

answers: Indian Ocean.

answers: NDQ_000729

answers: the normal movement of the moisture bearing winds from the sea to hotter land,

answers: NDQ_000730

answers: the normal movement of the moisture bearing winds

answers: NDQ_000731

answers: summer monsoon over central South Asia,

answers: NDQ_000732

answers: Indian Ocean.

answers: NDQ_000733

answers: Indian Ocean.

answers: NDQ_000734

answers: moisture bearing winds

answers: NDQ_000735

answers: summer monsoon over central South Asia,

answers: NDQ_000736

answers: 60% of the agriculture in this region is still largely rain-fed.

answers: NDQ_000737

answers: winds

answers: NDQ_000738

answers: moisture bearing winds from the sea to hotter land,

answers: NDQ_000739

answers: warming

answers: NDQ_000740

answers: higher ocean temperatures

answers: NDQ_000741

answers: winds

answers: NDQ_000742

answers: summer monsoon

answers: NDQ_000743

answers: moisture bearing winds

answers: NDQ_000744

answers: summer monsoon

answers: NDQ_000745

answers: moisture bearing winds

answers: NDQ_000746

answers: 10% over central India, during 1950-2012.

text: Source waters for the Benguela include cold upwelled waters from the depths of the Atlantic Ocean close inshore, joined further off-shore by nutrient poor water that has crossed the Southern Atlantic from South America as part of South Atlantic Gyre. Eddies from the warm South Indian Ocean Agulhas current along South Africa's east coast do round the Cape of Good Hope from time to time to join the Bengulela current. The Benguela current is 200 to 300 km wide and widens further as it flows north and northwest. Its western, seaward edge is ill-defined, with many temporary and seasonal eddies and meanders. There is however a well-defined thermal front between the waters associated with the Benguela Upwelling System and those of the eastward flowing Atlantic currents which are not deflected northward by the African continent.

text: Source waters for the Benguela include cold upwelled waters from the depths of the Atlantic Ocean close inshore, joined further off-shore by nutrient poor water that has crossed the Southern Atlantic from South America as part of

text: South Atlantic Gyre

text: . Eddies from the warm South Indian Ocean

text: Agulhas current

text: along South Africa's east coast do round the

text: Cape of Good Hope

text: from time to time to join the Bengulela current. The Benguela current is 200 to 300 km wide and widens further as it flows north and northwest. Its western, seaward edge is ill-defined, with many temporary and seasonal eddies and meanders. There is however a well-defined thermal front between the waters associated with the Benguela Upwelling System and those of the eastward flowing Atlantic currents which are not deflected northward by the African continent.

answers: NDQ_000702

answers: cold upwelled waters

answers: NDQ_000704

answers: Which of the following is not a source of water for the Benguela current: Atlantic Ocean, South Indian Ocean, or South Africa's east coast?

answers: NDQ_000706

answers: close inshore

answers: NDQ_000707

answers: the water in the ocean is too cold

answers: NDQ_000710

answers: water from the depths of the Atlantic Ocean close inshore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days does the Benguela Upwelling System last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: season

answers: NDQ_000734

answers: Atlantic Ocean close inshore

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Benguela current

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: Benguela current is 200 to 300 km wide and widens further as it flows north and northwest

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: seasonal

answers: NDQ_000741

answers: Benguela current

answers: NDQ_000742

answers: seasonal

answers: NDQ_000743

answers: thermal front

answers: NDQ_000744

answers: seasonal

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: upwelled waters

answers: NDQ_000704

answers: Atlantic currents

answers: NDQ_000706

answers: close inshore,

answers: NDQ_000707

answers: upwelled waters

answers: NDQ_000710

answers: nutrient poor water

answers: NDQ_000715

answers: South Atlantic Gyre.

answers: NDQ_000718

answers: South Atlantic Gyre.

answers: NDQ_000720

answers: Atlantic Ocean

answers: NDQ_000721

answers: South Atlantic Gyre.

answers: NDQ_000722

answers: nutrient poor water

answers: NDQ_000723

answers: South Atlantic Gyre.

answers: NDQ_000724

answers: Eddies

answers: NDQ_000725

answers: seasonal eddies

answers: NDQ_000726

answers: Eddies

answers: NDQ_000727

answers: South Atlantic Gyre.

answers: NDQ_000728

answers: South Atlantic Gyre.

answers: NDQ_000729

answers: South Atlantic Gyre.

answers: NDQ_000730

answers: South Atlantic Gyre.

answers: NDQ_000731

answers: South Atlantic Gyre.

answers: NDQ_000732

answers: north and northwest.

answers: NDQ_000733

answers: seasonal

answers: NDQ_000734

answers: upwelled waters

answers: NDQ_000735

answers: South Atlantic Gyre.

answers: NDQ_000736

answers: eddies and meanders.

answers: NDQ_000737

answers: South Atlantic Gyre.

answers: NDQ_000738

answers: not deflected northward by the African continent.

answers: NDQ_000739

answers: depths of the Atlantic Ocean close inshore,

answers: NDQ_000740

answers: seasonal

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Benguela

answers: NDQ_000743

answers: South Atlantic Gyre.

answers: NDQ_000744

answers: Benguela

answers: NDQ_000745

answers: upwelled

answers: NDQ_000746

answers: South Atlantic Gyre.

text: The PETM and ETM-2 are thought to have a similar generic origin, although this idea is at the edge of current research. During both events, a tremendous amount of C-depleted carbon rapidly entered the ocean and atmosphere. This decreased the C/C ratio of carbon-bearing sedimentary components, and dissolved carbonate in the deep ocean. Somehow the carbon input was coupled to an increase in Earth surface temperature and a greater seasonality in precipitation, which explains the excess terrestrial sediment discharge along continental margins. Possible explanations for changes during ETM-2 are the same as those for the PETM, and are discussed under the latter entry.

text: The PETM and ETM-2 are thought to have a similar generic origin, although this idea is at the edge of current research. During both events, a tremendous amount of C-depleted carbon rapidly entered the ocean and atmosphere. This decreased the C/C ratio of carbon-bearing sedimentary components, and dissolved carbonate in the deep ocean. Somehow the carbon input was coupled to an increase in Earth surface temperature and a greater seasonality in precipitation, which explains the excess terrestrial sediment discharge along continental margins. Possible explanations for changes during ETM-2 are the same as those for the PETM, and are discussed under the latter entry.

answers: NDQ_000702

answers: Earth surface temperature

answers: NDQ_000704

answers: Which of the following is not a possible explanation for excess terrestrial sediment discharge along continental margins?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: Earth's surface temperature is too high.

answers: NDQ_000710

answers: dissolved carbonate

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Earth surface temperature

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: seasonality in precipitation

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: terrestrial sediment discharge along continental margins

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: dissolved carbonate

answers: NDQ_000741

answers: discharge

answers: NDQ_000742

answers: seasonality in precipitation

answers: NDQ_000743

answers: NDQ_000744

answers: seasonality in precipitation

answers: NDQ_000745

answers: dissolved carbonate

answers: NDQ_000746

answers: C/C ratio

answers: NDQ_000702

answers: C-depleted carbon

answers: NDQ_000704

answers: Earth surface temperature

answers: NDQ_000706

answers: deep ocean.

answers: NDQ_000707

answers: C-depleted carbon

answers: NDQ_000710

answers: terrestrial sediment discharge

answers: NDQ_000715

answers: C/C ratio of carbon-bearing sedimentary components,

answers: NDQ_000718

answers: C/C ratio of carbon-bearing sedimentary components,

answers: NDQ_000720

answers: The PETM

answers: NDQ_000721

answers: C-depleted carbon

answers: NDQ_000722

answers: deep ocean.

answers: NDQ_000723

answers: The PETM

answers: NDQ_000724

answers: this idea is at the edge of current research.

answers: NDQ_000725

answers: The PETM

answers: NDQ_000726

answers: PETM and ETM-2 are thought to have a similar generic origin,

answers: NDQ_000727

answers: The PETM

answers: NDQ_000728

answers: a tremendous amount of C-depleted carbon

answers: NDQ_000729

answers: this idea is at the edge of current research.

answers: NDQ_000730

answers: Earth surface temperature

answers: NDQ_000731

answers: The PETM

answers: NDQ_000732

answers: The PETM

answers: NDQ_000733

answers: The PETM

answers: NDQ_000734

answers: C-depleted carbon

answers: NDQ_000735

answers: increase in Earth surface temperature

answers: NDQ_000736

answers: seasonality in precipitation,

answers: NDQ_000737

answers: PETM

answers: NDQ_000738

answers: a greater seasonality in precipitation,

answers: NDQ_000739

answers: C-depleted carbon

answers: NDQ_000740

answers: precipitation,

answers: NDQ_000741

answers: precipitation,

answers: NDQ_000742

answers: The PETM

answers: NDQ_000743

answers: C/C ratio of carbon-bearing sedimentary components,

answers: NDQ_000744

answers: The PETM

answers: NDQ_000745

answers: dissolved carbonate

answers: NDQ_000746

answers: C/C ratio

text: The rule assumes that the rate of flow of a tide increases smoothly to a maximum halfway between high and low tide before smoothly decreasing to zero again and that the interval between low and high tides is approximately six hours. For the six hours,the rule says that in the first hour after low tide the water level rises by one twelfth of the range, in the second hour two twelfths, and so on according to the sequence - 1:2:3:3:2:1.

text: The rule assumes that the rate of flow of a

text: tide

text: increases smoothly to a maximum halfway between high and low tide before smoothly decreasing to zero again and that the interval between low and high tides is approximately six hours. For the six hours,the rule says that in the first hour after low tide the water level rises by one twelfth of the range, in the second hour two twelfths, and so on according to the sequence - 1:2:3:3:2:1.

answers: NDQ_000702

answers: water level rises

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: halfway between high and low tide

answers: NDQ_000707

answers: the water level is too low.

answers: NDQ_000710

answers: water up to a higher level

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: low

answers: NDQ_000723

answers: no

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Yes

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: yes

answers: NDQ_000728

answers: one twelfth of the range

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: water level rises

answers: NDQ_000735

answers: low in the sky

answers: NDQ_000736

answers: 1:2:3:3:2:1

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: in the first hour after low tide the water level rises by one twelfth of the range

answers: NDQ_000739

answers: low

answers: NDQ_000740

answers: low tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: one twelfth

answers: NDQ_000702

answers: rate of flow

answers: NDQ_000704

answers: 1:2:3:3:2:1.

answers: NDQ_000706

answers: halfway between high and low tide

answers: NDQ_000707

answers: tide

answers: NDQ_000710

answers: water level rises by one twelfth of the range,

answers: NDQ_000715

answers: zero

answers: NDQ_000718

answers: 1:2:3:3:2:1.

answers: NDQ_000720

answers: 1:2:3:3:2:1.

answers: NDQ_000721

answers: 1:2:3:3:2:1.

answers: NDQ_000722

answers: tide

answers: NDQ_000723

answers: 1:2:3:3:2:1.

answers: NDQ_000724

answers: tide

answers: NDQ_000725

answers: six hours.

answers: NDQ_000726

answers: tide

answers: NDQ_000727

answers: 1:2:3:3:2:1.

answers: NDQ_000728

answers: 1:2:3:3:2:1.

answers: NDQ_000729

answers: 1:2:3:3:2:1.

answers: NDQ_000730

answers: 1:2:3:3:2:1.

answers: NDQ_000731

answers: 1:2:3:3:2:1.

answers: NDQ_000732

answers: 1:2:3:3:2:1.

answers: NDQ_000733

answers: six hours.

answers: NDQ_000734

answers: rate of flow

answers: NDQ_000735

answers: low tide

answers: NDQ_000736

answers: 1:2:3:3:2:1.

answers: NDQ_000737

answers: tide

answers: NDQ_000738

answers: zero again

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: the water level rises by one twelfth of the range,

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: 1:2:3:3:2:1.

answers: NDQ_000743

answers: 1:2:3:3:2:1.

answers: NDQ_000744

answers: tide

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: 1:2:3:3:2:1.

text: The Tanzimat, meaning reorganization of the Ottoman Empire, was a period of reformation that began in 1839 and ended with the First Constitutional Era in 1876. The Tanzimat reform era was characterized by various attempts to modernize the Ottoman Empire, to secure its territorial integrity against nationalist movements and aggressive powers. The reforms encouraged Ottomanism among the diverse ethnic groups of the Empire, attempting to stem the tide of nationalist movements within the Ottoman Empire. The reforms attempted to integrate non-Muslims and non-Turks more thoroughly into Ottoman society by enhancing their civil liberties and granting them equality throughout the Empire.

text: The Tanzimat, meaning reorganization of the

text: Ottoman Empire

text: , was a period of reformation that began in 1839 and ended with the

text: First Constitutional Era

text: in 1876. The Tanzimat reform era was characterized by various attempts to modernize the

text: Ottoman Empire

text: , to secure its territorial integrity against nationalist movements and aggressive powers. The reforms encouraged

text: Ottomanism

text: among the diverse ethnic groups of the Empire, attempting to stem the tide of

entity_name: Rise of nationalism in the Ottoman Empire

text: nationalist movements within the Ottoman Empire

text: . The reforms attempted to integrate non-Muslims and non-Turks more thoroughly into Ottoman society by enhancing their civil liberties and granting them equality throughout the Empire.

answers: NDQ_000702

answers: nationalist movements

answers: NDQ_000704

answers: What did the Tanzimat reform era attempt to stem?

answers: NDQ_000706

answers: continental shelf

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: The reforms encouraged Ottomanism among the diverse ethnic groups of the Empire

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which happened first, Tanzimat or First Constitutional Era?

answers: NDQ_000725

answers: How many years did the Tanzimat reform era last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: nationalist movements

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Ottoman Empire

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: NDQ_000746

answers: NDQ_000702

answers: nationalist movements

answers: NDQ_000704

answers: nationalist movements

answers: NDQ_000706

answers: 1876.

answers: NDQ_000707

answers: attempting to stem the tide of nationalist movements

answers: NDQ_000710

answers: Ottomanism

answers: NDQ_000715

answers: 1876.

answers: NDQ_000718

answers: 1876.

answers: NDQ_000720

answers: 1876.

answers: NDQ_000721

answers: nationalist movements

answers: NDQ_000722

answers: 1876.

answers: NDQ_000723

answers: 1876.

answers: NDQ_000724

answers: 1876.

answers: NDQ_000725

answers: 1839 and ended with the First Constitutional Era in 1876.

answers: NDQ_000726

answers: 1876.

answers: NDQ_000727

answers: 1876.

answers: NDQ_000728

answers: The Tanzimat,

answers: NDQ_000729

answers: 1876.

answers: NDQ_000730

answers: 1876.

answers: NDQ_000731

answers: 1876.

answers: NDQ_000732

answers: 1876.

answers: NDQ_000733

answers: 1839 and ended with the First Constitutional Era in 1876.

answers: NDQ_000734

answers: nationalist movements

answers: NDQ_000735

answers: 1876.

answers: NDQ_000736

answers: nationalist movements

answers: NDQ_000737

answers: The Tanzimat,

answers: NDQ_000738

answers: The Tanzimat,

answers: NDQ_000739

answers: 1876.

answers: NDQ_000740

answers: 1839 and ended with the First Constitutional Era in 1876.

answers: NDQ_000741

answers: First Constitutional Era in 1876.

answers: NDQ_000742

answers: nationalist movements

answers: NDQ_000743

answers: 1876.

answers: NDQ_000744

answers: nationalist movements

answers: NDQ_000745

answers: First Constitutional Era in 1876.

answers: NDQ_000746

answers: 1839 and ended with the First Constitutional Era in 1876.

text: Tsunamis may also originate from the Hawaiian Islands. Explosive volcanic activity can cause tsunamis. The island of Molokai had a catastrophic collapse or debris avalanche over a million years ago; this underwater landslide likely caused tsunamis. The Hilina Slump on the island of Hawaii is another potential place for a large landslide and resulting tsunami.

text: Tsunamis may also originate from the Hawaiian Islands. Explosive volcanic activity can cause tsunamis. The island of

text: Molokai

text: had a catastrophic collapse or

text: debris avalanche

text: over a million years ago; this underwater landslide likely caused tsunamis. The

text: Hilina Slump

text: on the

text: island of Hawaii

text: is another potential place for a large landslide and resulting tsunami.

answers: NDQ_000702

answers: Explosive volcanic activity

answers: NDQ_000704

answers: Which of the following is not a cause of tsunamis?

answers: NDQ_000706

answers: underwater

answers: NDQ_000707

answers: explosive volcanic activity occurs

answers: NDQ_000710

answers: Tsunamis closer to shore.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Which of the following is not a type of hurricane?

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a cause of Tsunamis: Explosive volcanic activity?

answers: NDQ_000726

answers: Which of the following is not a source of energy for a tsunami?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: what is the first sign of a tsunami?

answers: NDQ_000729

answers: Which of the following is not a cause of tsunamis: Explosive volcanic activity?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not a cause for a tsunami?

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: volcanic activity

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Tsunamis most likely be caused by

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Tsunamis may also originate from the Hawaiian Islands

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Tsunamis

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: numerator

answers: NDQ_000702

answers: Explosive volcanic activity

answers: NDQ_000704

answers: Explosive volcanic activity can cause tsunamis.

answers: NDQ_000706

answers: underwater

answers: NDQ_000707

answers: Explosive volcanic activity

answers: NDQ_000710

answers: Tsunamis

answers: NDQ_000715

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000718

answers: Explosive volcanic activity can cause tsunamis.

answers: NDQ_000720

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000721

answers: Explosive volcanic activity

answers: NDQ_000722

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000723

answers: Explosive volcanic activity can cause tsunamis.

answers: NDQ_000724

answers: Explosive volcanic activity

answers: NDQ_000725

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000726

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000727

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000728

answers: Explosive volcanic activity

answers: NDQ_000729

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000730

answers: Explosive volcanic activity

answers: NDQ_000731

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000732

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000733

answers: Hawaiian Islands.

answers: NDQ_000734

answers: Explosive volcanic activity

answers: NDQ_000735

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000736

answers: tsunamis.

answers: NDQ_000737

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000738

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000739

answers: volcanic activity

answers: NDQ_000740

answers: Explosive volcanic activity can cause tsunamis.

answers: NDQ_000741

answers: Tsunamis

answers: NDQ_000742

answers: Tsunamis may also originate from the Hawaiian Islands.

answers: NDQ_000743

answers: Explosive volcanic activity

answers: NDQ_000744

answers: tsunamis.

answers: NDQ_000745

answers: tsunamis.

answers: NDQ_000746

answers: Tsunamis may also originate from the Hawaiian Islands.

text: In the depth range of  is a water mass referred to as Atlantic Water. Inflow from the North Atlantic Current enters through the Fram Strait, cooling and sinking to form the deepest layer of the halocline, where it circles the Arctic Basin counter-clockwise.  This is the highest volumetric inflow to the Arctic Ocean, equalling about 10 times that of the Pacific inflow, and it creates the Arctic Ocean Boundary Current. It flows slowly, at about 0.02 m/s. Atlantic Water has the same salinity as Arctic Bottom Water but is much warmer (up to 3 °C). In fact, this water mass is actually warmer than the surface water, and remains submerged only due to the role of salinity in density.  When water reaches the basin it is pushed by strong winds into a large circular current called the Beaufort Gyre. Water in the Beaufort Gyre is far less saline than that of the Chukchi Sea due to inflow from large Canadian and Siberian rivers.

text: In the depth range of  is a water mass referred to as Atlantic Water. Inflow from the

text: North Atlantic Current

text: enters through the

text: Fram Strait

text: , cooling and sinking to form the deepest layer of the halocline, where it circles the

text: Arctic Basin

text: counter-clockwise.  This is the highest volumetric inflow to the Arctic Ocean, equalling about 10 times that of the Pacific inflow, and it creates the Arctic Ocean Boundary Current. It flows slowly, at about 0.02 m/s. Atlantic Water has the same salinity as Arctic Bottom Water but is much warmer (up to 3 °C). In fact, this water mass is actually warmer than the surface water, and remains submerged only due to the role of salinity in density.  When water reaches the basin it is pushed by strong winds into a large circular current called the

text: Beaufort Gyre

text: . Water in the Beaufort Gyre is far less saline than that of the Chukchi Sea due to inflow from large Canadian and Siberian rivers.

answers: NDQ_000702

answers: strong winds

answers: NDQ_000704

answers: Which water mass has the same salinity as Arctic Bottom Water but is much warmer?

answers: NDQ_000706

answers: Arctic Basin

answers: NDQ_000707

answers: Atlantic water is warmer than surface water.

answers: NDQ_000710

answers: Atlantic Water closer to the surface

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do Tides cause water levels to rise and fall

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Beaufort Gyre

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: strong winds

answers: NDQ_000735

answers: unopposed

answers: NDQ_000736

answers: Atlantic Water has the same salinity as Arctic Bottom

answers: NDQ_000737

answers: water mass

answers: NDQ_000738

answers: Atlantic Water has the same salinity as Arctic Bottom Water but is much warmer

answers: NDQ_000739

answers: salinized

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: North Atlantic Current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Beaufort Gyre

answers: NDQ_000746

answers: volumetric

answers: NDQ_000702

answers: strong winds

answers: NDQ_000704

answers: Beaufort Gyre.

answers: NDQ_000706

answers: Beaufort Gyre.

answers: NDQ_000707

answers: strong winds

answers: NDQ_000710

answers: strong winds into a large circular current called the Beaufort Gyre.

answers: NDQ_000715

answers: Beaufort Gyre.

answers: NDQ_000718

answers: Beaufort Gyre.

answers: NDQ_000720

answers: Beaufort Gyre.

answers: NDQ_000721

answers: winds

answers: NDQ_000722

answers: Atlantic Water.

answers: NDQ_000723

answers: Beaufort Gyre.

answers: NDQ_000724

answers: strong winds

answers: NDQ_000725

answers: Beaufort Gyre.

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: Atlantic Water.

answers: NDQ_000728

answers: Beaufort Gyre.

answers: NDQ_000729

answers: counter-clockwise.

answers: NDQ_000730

answers: Beaufort Gyre.

answers: NDQ_000731

answers: counter-clockwise.

answers: NDQ_000732

answers: circular current called the Beaufort Gyre.

answers: NDQ_000733

answers: Arctic Ocean,

answers: NDQ_000734

answers: strong winds

answers: NDQ_000735

answers: Beaufort Gyre.

answers: NDQ_000736

answers: Beaufort Gyre.

answers: NDQ_000737

answers: large circular current

answers: NDQ_000738

answers: warmer than the surface water,

answers: NDQ_000739

answers: salinity

answers: NDQ_000740

answers: cooling and sinking

answers: NDQ_000741

answers: North Atlantic Current

answers: NDQ_000742

answers: Atlantic Water.

answers: NDQ_000743

answers: cooling and sinking

answers: NDQ_000744

answers: Atlantic Water.

answers: NDQ_000745

answers: pushed by strong winds

answers: NDQ_000746

answers: 10 times

text: When moving within a rotating reference frame such as in a centrifuge or environment where gravity is simulated with centrifugal force, the coriolis effect causes a sense of motion in the vestibular system that does not match the motion that is seen.

text: When moving within a rotating reference frame such as in a centrifuge or environment where

text: gravity is simulated

text: with centrifugal force, the

text: coriolis effect

text: causes a sense of motion in the vestibular system that does not match the motion that is seen.

answers: NDQ_000702

answers: gravity

answers: NDQ_000704

answers: can be caused by

answers: NDQ_000706

answers: centrifuge

answers: NDQ_000707

answers: gravitational force is too strong

answers: NDQ_000710

answers: ice to the surface

answers: NDQ_000715

answers: None of the above choices.

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: how does the coriolis effect affect the vestibular system

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: the vestibular system

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: no

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: gravity

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling is not caused by gravity.

answers: NDQ_000739

answers: centrifuged

answers: NDQ_000740

answers: can not be determined

answers: NDQ_000741

answers: coriolis effect

answers: NDQ_000742

answers: can cause a sense of motion

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: can not be determined

answers: NDQ_000745

answers: coriolis effect

answers: NDQ_000746

answers: NDQ_000702

answers: gravity

answers: NDQ_000704

answers: coriolis effect

answers: NDQ_000706

answers: centrifugal force,

answers: NDQ_000707

answers: coriolis effect

answers: NDQ_000710

answers: gravity is simulated with centrifugal force,

answers: NDQ_000715

answers: When moving within a rotating reference frame

answers: NDQ_000718

answers: coriolis effect

answers: NDQ_000720

answers: the coriolis effect

answers: NDQ_000721

answers: gravity is simulated with centrifugal force,

answers: NDQ_000722

answers: centrifugal force,

answers: NDQ_000723

answers: centrifugal force,

answers: NDQ_000724

answers: the coriolis effect

answers: NDQ_000725

answers: the coriolis effect

answers: NDQ_000726

answers: centrifugal force,

answers: NDQ_000727

answers: When moving within a rotating reference frame

answers: NDQ_000728

answers: the coriolis effect

answers: NDQ_000729

answers: the coriolis effect

answers: NDQ_000730

answers: the coriolis effect

answers: NDQ_000731

answers: coriolis effect

answers: NDQ_000732

answers: the coriolis effect

answers: NDQ_000733

answers: gravity is simulated with centrifugal force,

answers: NDQ_000734

answers: gravity

answers: NDQ_000735

answers: gravity is simulated with centrifugal force,

answers: NDQ_000736

answers: coriolis effect

answers: NDQ_000737

answers: centrifugal force,

answers: NDQ_000738

answers: seen.

answers: NDQ_000739

answers: gravity is simulated with centrifugal force,

answers: NDQ_000740

answers: the coriolis effect

answers: NDQ_000741

answers: coriolis effect

answers: NDQ_000742

answers: the coriolis effect

answers: NDQ_000743

answers: gravity is simulated with centrifugal force,

answers: NDQ_000744

answers: the coriolis effect

answers: NDQ_000745

answers: gravity is simulated with centrifugal force,

answers: NDQ_000746

answers: gravity

text: In 1616, Galileo Galilei wrote Discourse on the Tides (Discorso sul flusso e il reflusso del mare), in a letter to Cardinal Orsini. In this discourse, he tried to explain the occurrence of the tides as the result of the Earth's rotation and revolution around the Sun. Galileo believed that the oceans moved like water in a large basin: as the basin moves, so does the water. Therefore, as the Earth revolves, the force of the Earth's rotation causes the oceans to "alternately accelerate and retardate". His view on the oscillation and "alternately accelerated and retardated" motion of the Earth's rotation is a "dynamic process" that deviated from the previous dogma, which proposed "a process of expansion and contraction of seawater." However, Galileo's theory was erroneous.  In subsequent centuries, further analysis led to the current tidal physics. Galileo rejected Kepler's explanation of the tides.

text: In 1616,

text: Galileo Galilei

text: wrote

text: Discourse on the Tides

text: (Discorso sul flusso e il reflusso del mare), in a letter to

text: Cardinal Orsini

text: . In this discourse, he tried to explain the occurrence of the tides as the result of the

text: Earth

text: 's rotation and

text: revolution around the Sun

text: . Galileo believed that the oceans moved like water in a large basin: as the basin moves, so does the water. Therefore, as the Earth revolves, the force of the Earth's rotation causes the oceans to "alternately accelerate and retardate". His view on the oscillation and "alternately accelerated and retardated" motion of the Earth's rotation is a "dynamic process" that deviated from the previous dogma, which proposed "a process of expansion and contraction of seawater." However, Galileo's theory was erroneous.  In subsequent centuries,

text: further analysis

text: led to the current tidal physics. Galileo rejected Kepler's explanation of the tides.

answers: NDQ_000702

answers: the Earth's rotation

answers: NDQ_000704

answers: What caused Galileo's theory to be erroneous?

answers: NDQ_000706

answers: as the Earth revolves

answers: NDQ_000707

answers: Galileo's theory was erroneous

answers: NDQ_000710

answers: Galileo's theory to what conclusion?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of tide: crest or trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: How many days did Galileo Galilei write Discourse on the Tides?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: as the Earth revolves

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: the Earth's rotation

answers: NDQ_000735

answers: around the Sun

answers: NDQ_000736

answers: cause of the Earth's rotation and revolution around the Sun

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a process of expansion and contraction of seawater

answers: NDQ_000739

answers: unsteady

answers: NDQ_000740

answers: Tides

answers: NDQ_000741

answers: Tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: as the basin moves, so does the water

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tidal physics

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Earth's rotation and revolution around the Sun.

answers: NDQ_000704

answers: tidal physics.

answers: NDQ_000706

answers: tidal

answers: NDQ_000707

answers: expansion and contraction of seawater."

answers: NDQ_000710

answers: expansion and contraction of seawater."

answers: NDQ_000715

answers: Galileo Galilei wrote Discourse on the Tides

answers: NDQ_000718

answers: Galileo Galilei wrote Discourse on the Tides

answers: NDQ_000720

answers: Galileo Galilei wrote Discourse on the Tides

answers: NDQ_000721

answers: the Earth's rotation and revolution around the Sun.

answers: NDQ_000722

answers: large basin:

answers: NDQ_000723

answers: Galileo Galilei wrote Discourse on the Tides

answers: NDQ_000724

answers: Galileo's theory was erroneous.

answers: NDQ_000725

answers: tides

answers: NDQ_000726

answers: water

answers: NDQ_000727

answers: tidal physics.

answers: NDQ_000728

answers: Galileo Galilei wrote Discourse on the Tides

answers: NDQ_000729

answers: causes the oceans to "alternately accelerate and retardate".

answers: NDQ_000730

answers: the Earth's rotation and revolution around the Sun.

answers: NDQ_000731

answers: Earth's rotation and revolution around the Sun.

answers: NDQ_000732

answers: as the Earth revolves,

answers: NDQ_000733

answers: Earth's rotation and revolution around the Sun.

answers: NDQ_000734

answers: Earth's rotation and revolution around the Sun.

answers: NDQ_000735

answers: Earth's rotation and revolution around the Sun.

answers: NDQ_000736

answers: "alternately accelerate and retardate".

answers: NDQ_000737

answers: tidal

answers: NDQ_000738

answers: "a process of expansion and contraction of seawater."

answers: NDQ_000739

answers: expansion and contraction

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: Tides

answers: NDQ_000743

answers: expansion and contraction of seawater."

answers: NDQ_000744

answers: Tides

answers: NDQ_000745

answers: as the basin moves, so does the water.

answers: NDQ_000746

answers: water

text: The Indian Ocean Tsunami Warning System is a tsunami warning system set up to provide warning to inhabitants of nations bordering the Indian Ocean of approaching tsunamis.

text: The Indian Ocean Tsunami Warning System is a

text: tsunami warning system

text: set up to provide warning to inhabitants of nations bordering the

text: Indian Ocean

text: of approaching

text: tsunami

text: s.

answers: NDQ_000702

answers: tsunamis

answers: NDQ_000704

answers: can cause tsunamis

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a tsunami is coming

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between high and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How does the Indian Ocean Tsunami Warning System work?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: It's impossible to say

answers: NDQ_000729

answers: What is the Indian Ocean Tsunami Warning System?

answers: NDQ_000730

answers: It is not possible to tell

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: The Indian Ocean Tsunami Warning System is set up to provide warning to inhabitants of nations bordering the Indian Ocean of approaching tsunamis

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: ocean tides

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Indian Ocean Tsunami Warning System

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The Indian Ocean Tsunami Warning System is set up to provide warning to inhabitants of nations bordering the Indian Ocean of approaching tsunamis.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: can not be used to answer this question

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Tsunami

answers: NDQ_000746

answers: molar mass

answers: NDQ_000702

answers: tsunamis.

answers: NDQ_000704

answers: Indian Ocean

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: tsunamis.

answers: NDQ_000710

answers: tsunamis.

answers: NDQ_000715

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000718

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000720

answers: tsunamis.

answers: NDQ_000721

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000722

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000723

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000724

answers: tsunamis.

answers: NDQ_000725

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000726

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000727

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000728

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000729

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000730

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000731

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000732

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: Indian Ocean

answers: NDQ_000735

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000736

answers: tsunamis.

answers: NDQ_000737

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000738

answers: tsunamis.

answers: NDQ_000739

answers: tsunamis.

answers: NDQ_000740

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000741

answers: tsunamis.

answers: NDQ_000742

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000743

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000744

answers: The Indian Ocean Tsunami Warning System

answers: NDQ_000745

answers: tsunamis.

answers: NDQ_000746

answers: The Indian Ocean Tsunami Warning System

text: If the Earth's crust was expanding along the oceanic ridges, Hess and Dietz reasoned like Holmes and others before them, it must be shrinking elsewhere. Hess followed Heezen, suggesting that new oceanic crust continuously spreads away from the ridges in a conveyor belt–like motion. And, using the mobilistic concepts developed before, he correctly concluded that many millions of years later, the oceanic crust eventually descends along the continental margins where oceanic trenches – very deep, narrow canyons – are formed, e.g. along the rim of the Pacific Ocean basin. The important step Hess made was that convection currents would be the driving force in this process, arriving at the same conclusions as Holmes had decades before with the only difference that the thinning of the ocean crust was performed using Heezen's mechanism of spreading along the ridges. Hess therefore concluded that the Atlantic Ocean was expanding while the Pacific Ocean was shrinking. As old oceanic crust is "consumed" in the trenches (like Holmes and others, he thought this was done by thickening of the continental lithosphere, not, as now understood, by underthrusting at a larger scale of the oceanic crust itself into the mantle), new magma rises and erupts along the spreading ridges to form new crust. In effect, the ocean basins are perpetually being "recycled," with the creation of new crust and the destruction of old oceanic lithosphere occurring simultaneously. Thus, the new mobilistic concepts neatly explained why the Earth does not get bigger with sea floor spreading, why there is so little sediment accumulation on the ocean floor, and why oceanic rocks are much younger than continental rocks.

text: If the Earth's crust was expanding along the oceanic ridges, Hess and Dietz reasoned like Holmes and others before them, it must be shrinking elsewhere. Hess followed Heezen, suggesting that new oceanic crust continuously spreads away from the ridges in a conveyor belt–like motion. And, using the mobilistic concepts developed before, he correctly concluded that many millions of years later, the oceanic crust eventually descends along the continental margins where oceanic trenches – very deep, narrow canyons – are formed, e.g. along

text: the rim of the Pacific Ocean basin

text: . The important step Hess made was that convection currents would be the driving force in this process, arriving at the same conclusions as Holmes had decades before with the only difference that the thinning of the ocean crust was performed using Heezen's mechanism of spreading along the ridges. Hess therefore concluded that the Atlantic Ocean was expanding while the

text: Pacific Ocean

text: was shrinking. As old oceanic crust is "consumed" in the trenches (like Holmes and others, he thought this was done by thickening of the continental lithosphere, not, as now understood, by underthrusting at a larger scale of the oceanic crust itself into the mantle), new magma rises and erupts along the spreading ridges to form new crust. In effect, the ocean basins are perpetually being "recycled," with the creation of new crust and the destruction of old oceanic lithosphere occurring simultaneously. Thus, the new mobilistic concepts neatly explained why the Earth does not get bigger with sea floor spreading, why there is so little sediment accumulation on the ocean floor, and why oceanic rocks are much younger than continental rocks.

answers: NDQ_000702

answers: convection currents

answers: NDQ_000704

answers: Which of the following is not a type of current: convection currents, convection currents, or surface currents?

answers: NDQ_000706

answers: Pacific Ocean basin

answers: NDQ_000707

answers: oceanic crust is expanding

answers: NDQ_000710

answers: oceanic crust away from ridges

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which ocean is expanding while the Pacific Ocean is shrinking?

answers: NDQ_000725

answers: How many times a day does the Atlantic Ocean shrink?

answers: NDQ_000726

answers: Why is there so little sediment accumulation on the ocean floor?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth year

answers: NDQ_000734

answers: convection currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean expanding while the Pacific Ocean was shrinking

answers: NDQ_000737

answers: oceanic ridge

answers: NDQ_000738

answers: the Atlantic Ocean was expanding while the Pacific Ocean was shrinking

answers: NDQ_000739

answers: thicker

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: convection currents

answers: NDQ_000742

answers: NDQ_000743

answers: What is the term for the movement of energy through matter?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: convection currents

answers: NDQ_000746

answers: oceanic rocks are much younger than continental rocks

answers: NDQ_000702

answers: convection currents

answers: NDQ_000704

answers: convection currents

answers: NDQ_000706

answers: ocean basins

answers: NDQ_000707

answers: oceanic crust itself into the mantle),

answers: NDQ_000710

answers: new magma

answers: NDQ_000715

answers: new magma

answers: NDQ_000718

answers: expanding along the oceanic ridges,

answers: NDQ_000720

answers: underthrusting at a larger scale of the oceanic crust

answers: NDQ_000721

answers: new magma

answers: NDQ_000722

answers: oceanic rocks are much younger than continental rocks.

answers: NDQ_000723

answers: new magma

answers: NDQ_000724

answers: underthrusting at a larger scale of the oceanic crust

answers: NDQ_000725

answers: new magma

answers: NDQ_000726

answers: new magma

answers: NDQ_000727

answers: trenches

answers: NDQ_000728

answers: new magma

answers: NDQ_000729

answers: new magma

answers: NDQ_000730

answers: new magma

answers: NDQ_000731

answers: spreading ridges

answers: NDQ_000732

answers: new magma

answers: NDQ_000733

answers: the ocean basins are perpetually being "recycled,"

answers: NDQ_000734

answers: convection currents

answers: NDQ_000735

answers: new magma

answers: NDQ_000736

answers: new magma

answers: NDQ_000737

answers: ocean basins

answers: NDQ_000738

answers: thickening of the continental lithosphere,

answers: NDQ_000739

answers: thickening of the continental lithosphere,

answers: NDQ_000740

answers: the ocean basins are perpetually being "recycled,"

answers: NDQ_000741

answers: convection currents

answers: NDQ_000742

answers: expanding along the oceanic ridges,

answers: NDQ_000743

answers: new magma

answers: NDQ_000744

answers: new magma rises and erupts

answers: NDQ_000745

answers: underthrusting

answers: NDQ_000746

answers: the Earth does not get bigger

text: Like its two predecessors, OSTM/Jason-2 uses high-precision ocean altimetry to measure the distance between the satellite and the ocean surface to within a few centimeters. These very accurate observations of variations in sea surface height—also known as  ocean topography—provide information about global sea level, the speed and direction of ocean currents, and heat stored in the ocean.

text: Like its two predecessors, OSTM/Jason-2 uses high-precision ocean

text: altimetry

text: to measure the distance between the satellite and the ocean surface to within a few centimeters. These very accurate observations of variations in sea surface height—also known as

text: ocean topography

text: —provide information about global

text: sea level

text: , the speed and direction of

text: ocean current

text: s, and heat stored in the ocean.

answers: NDQ_000702

answers: variations in sea surface height

answers: NDQ_000704

answers: What do the measurements of ocean topography provide information about?

answers: NDQ_000706

answers: ocean surface

answers: NDQ_000707

answers: ocean currents are too strong

answers: NDQ_000710

answers: ocean currents to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: what is the second to last item mentioned?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: variations in sea surface height

answers: NDQ_000728

answers: ocean currents

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: direction of ocean currents

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: global sea level

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: direction of ocean currents

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the speed and direction of ocean currents

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: global sea level

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: NDQ_000702

answers: ocean currents,

answers: NDQ_000704

answers: ocean currents,

answers: NDQ_000706

answers: currents,

answers: NDQ_000707

answers: speed and direction of ocean currents,

answers: NDQ_000710

answers: heat stored in the ocean.

answers: NDQ_000715

answers: a few centimeters.

answers: NDQ_000718

answers: ocean surface to within a few centimeters.

answers: NDQ_000720

answers: a few centimeters.

answers: NDQ_000721

answers: ocean surface to within a few centimeters.

answers: NDQ_000722

answers: ocean surface to within a few centimeters.

answers: NDQ_000723

answers: ocean surface to within a few centimeters.

answers: NDQ_000724

answers: ocean currents,

answers: NDQ_000725

answers: ocean topography—provide information about global sea level,

answers: NDQ_000726

answers: ocean surface to within a few centimeters.

answers: NDQ_000727

answers: variations in sea surface height—also

answers: NDQ_000728

answers: the speed and direction of ocean currents,

answers: NDQ_000729

answers: ocean surface to within a few centimeters.

answers: NDQ_000730

answers: ocean currents,

answers: NDQ_000731

answers: a few centimeters.

answers: NDQ_000732

answers: speed and direction

answers: NDQ_000733

answers: global sea level,

answers: NDQ_000734

answers: heat stored in the ocean.

answers: NDQ_000735

answers: ocean surface to within a few centimeters.

answers: NDQ_000736

answers: speed and direction of ocean currents,

answers: NDQ_000737

answers: ocean currents,

answers: NDQ_000738

answers: heat stored in the ocean.

answers: NDQ_000739

answers: heat stored in the ocean.

answers: NDQ_000740

answers: global sea level,

answers: NDQ_000741

answers: ocean currents,

answers: NDQ_000742

answers: ocean currents,

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: sea level,

answers: NDQ_000745

answers: ocean currents,

answers: NDQ_000746

answers: a few centimeters.

text: The prediction of tides is very challenging as it depends on multiple factors–including the alignment of the Sun and Moon, the shape of the coastline, and near-shore bathymetry. Tide theories attempt to account for these factors but lead to complex calculations. Originally, calculations were performed by hand, which was very labor-intensive and error-prone. The burden became even larger when the United State Coast and Geodetic Survey (USCGS, the successor to the Coast Survey) started using the more accurate harmonic method for predictions of tides in 1884.

text: The prediction of tides is very challenging as it depends on multiple factors–including the alignment of the Sun and Moon, the shape of the coastline, and near-shore

text: bathymetry

text: Tide theories

text: attempt to account for these factors but lead to complex calculations. Originally, calculations were performed by hand, which was very labor-intensive and error-prone. The burden became even larger when the United State Coast and Geodetic Survey (USCGS, the successor to the Coast Survey) started using the more accurate

text: harmonic method

text: for predictions of tides in 1884.

answers: NDQ_000702

answers: alignment of the Sun and Moon

answers: NDQ_000704

answers: Which of the following is not a factor in the prediction of tides: alignment of the Sun and Moon, the shape of the coastline, or near-shore bathymetry?

answers: NDQ_000706

answers: near-shore

answers: NDQ_000707

answers: the tide is too high

answers: NDQ_000710

answers: tides closer to shore

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: high tide, crest or trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many times a day do tides cause water levels to rise and fall?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: the alignment of the Sun and Moon

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth year

answers: NDQ_000734

answers: alignment of the Sun and Moon

answers: NDQ_000735

answers: aligned

answers: NDQ_000736

answers: alignment of the Sun and Moon

answers: NDQ_000737

answers: Tide theory

answers: NDQ_000738

answers: Originally, calculations were performed by hand, which was very labor-intensive and error-prone

answers: NDQ_000739

answers: evaporating

answers: NDQ_000740

answers: Tide

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: Tide

answers: NDQ_000746

answers: NDQ_000702

answers: alignment of the Sun and Moon,

answers: NDQ_000704

answers: near-shore bathymetry.

answers: NDQ_000706

answers: near-shore bathymetry.

answers: NDQ_000707

answers: tides

answers: NDQ_000710

answers: tides

answers: NDQ_000715

answers: harmonic method for predictions of tides in 1884.

answers: NDQ_000718

answers: harmonic method for predictions of tides in 1884.

answers: NDQ_000720

answers: The prediction of tides

answers: NDQ_000721

answers: Sun

answers: NDQ_000722

answers: near-shore bathymetry.

answers: NDQ_000723

answers: harmonic method for predictions of tides in 1884.

answers: NDQ_000724

answers: tides

answers: NDQ_000725

answers: harmonic method for predictions of tides

answers: NDQ_000726

answers: harmonic method for predictions of tides in 1884.

answers: NDQ_000727

answers: Tide theories

answers: NDQ_000728

answers: The prediction of tides

answers: NDQ_000729

answers: harmonic method for predictions of tides in 1884.

answers: NDQ_000730

answers: Sun and Moon,

answers: NDQ_000731

answers: harmonic method for predictions of tides in 1884.

answers: NDQ_000732

answers: harmonic method for predictions of tides in 1884.

answers: NDQ_000733

answers: tides

answers: NDQ_000734

answers: alignment of the Sun and Moon,

answers: NDQ_000735

answers: alignment

answers: NDQ_000736

answers: harmonic method

answers: NDQ_000737

answers: The prediction of tides

answers: NDQ_000738

answers: The prediction of tides

answers: NDQ_000739

answers: near-shore bathymetry.

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: tides

answers: NDQ_000743

answers: harmonic method for predictions of tides in 1884.

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: harmonic method for predictions of tides in 1884.

text: The effect is a consequence of the Coriolis effect which subjects  moving objects to a force to the right of their direction of motion in the northern hemisphere (and to the left in the Southern Hemisphere). Thus, when a persistent wind blows over an extended area of the ocean surface in the northern hemisphere, it causes a surface current which accelerates in that direction, which then experiences a Coriolis force and acceleration to the right of the wind:  the current will turn gradually to the right as it gains speed.  As the flow is now somewhat right of the wind, the Coriolis force perpendicular to the flow's motion is now partly directed against the wind.  Eventually, the current will reach a top speed when the force of the wind, of the Coriolis effect, and the resistant drag of the subsurface water balance, and the current will flow at a constant speed and direction as long as the wind persists.  This surface current drags on the water layer below it, applying a force in its own direction of motion to that layer, repeating the process whereby that layer eventually becomes a steady current even further to the right of the wind, and so on for deeper layers of water, resulting in a continuous rotation (or spiraling) of current direction with changing depth.  As depth increases, the force transmitted from the driving wind declines and thus the speed of the resultant steady current decreases, hence the tapered spiral representation in the accompanying diagram.  The depth to which the Ekman spiral penetrates is determined by how far turbulent mixing can penetrate over the course of a pendulum day.

text: The effect is a consequence of the

text: Coriolis effect

text: pendulum day

answers: NDQ_000702

answers: persistent wind

answers: NDQ_000704

answers: When a persistent wind blows over an extended area of the ocean surface, it causes what?

answers: NDQ_000706

answers: the northern hemisphere

answers: NDQ_000707

answers: Coriolis effect causes it to accelerate

answers: NDQ_000710

answers: a persistent wind over an extended area of the ocean surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: What is the Coriolis effect?

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: surface current

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: a persistent wind

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: surface current

answers: NDQ_000738

answers: the current will flow at a constant speed and direction as long as the wind persists

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: depth to which the Ekman spiral penetrates

answers: NDQ_000741

answers: surface current

answers: NDQ_000742

answers: Ekman spiral

answers: NDQ_000743

answers: force transmitted

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: surface current

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: a persistent wind

answers: NDQ_000704

answers: when a persistent wind blows over an extended area of the ocean surface

answers: NDQ_000706

answers: northern hemisphere,

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: surface current

answers: NDQ_000715

answers: top speed

answers: NDQ_000718

answers: depth.

answers: NDQ_000720

answers: wind

answers: NDQ_000721

answers: wind

answers: NDQ_000722

answers: Coriolis effect

answers: NDQ_000723

answers: Coriolis effect

answers: NDQ_000724

answers: wind

answers: NDQ_000725

answers: pendulum

answers: NDQ_000726

answers: surface current

answers: NDQ_000727

answers: Coriolis effect

answers: NDQ_000728

answers: when a persistent wind

answers: NDQ_000729

answers: right of their direction of motion

answers: NDQ_000730

answers: Coriolis effect

answers: NDQ_000731

answers: Coriolis effect

answers: NDQ_000732

answers: right of their direction of motion in the northern hemisphere

answers: NDQ_000733

answers: a pendulum day.

answers: NDQ_000734

answers: a persistent wind

answers: NDQ_000735

answers: a persistent wind

answers: NDQ_000736

answers: Ekman spiral

answers: NDQ_000737

answers: surface current

answers: NDQ_000738

answers: a constant speed and direction as long as the wind persists.

answers: NDQ_000739

answers: deeper layers

answers: NDQ_000740

answers: pendulum day.

answers: NDQ_000741

answers: surface current

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: Coriolis effect

answers: NDQ_000745

answers: surface current

answers: NDQ_000746

answers: Coriolis effect

text: In seismology, several types of surface waves are encountered. Surface waves, in this mechanical sense, are commonly known as either Love waves (L waves) or Rayleigh waves. A seismic wave is a wave that travels through the Earth, often as the result of an earthquake or explosion. Love waves have transverse motion (movement is perpendicular to the direction of travel, like light waves), whereas Rayleigh waves have both longitudinal (movement parallel to the direction of travel, like sound waves) and transverse motion. Seismic waves are studied by seismologists and measured by a seismograph or seismometer. Surface waves span a wide frequency range, and the period of waves that are most damaging is usually 10 seconds or longer. Surface waves can travel around the globe many times from the largest earthquakes. Surface waves are caused when P waves and S waves come to the surface.

text: In

text: seismology

text: , several types of surface waves are encountered. Surface waves, in this mechanical sense, are commonly known as either

text: Love wave

text: s (L waves) or

text: Rayleigh wave

text: s. A

text: seismic wave

text: is a wave that travels through the Earth, often as the result of an earthquake or explosion. Love waves have transverse motion (movement is perpendicular to the direction of travel, like light waves), whereas Rayleigh waves have both longitudinal (movement parallel to the direction of travel, like sound waves) and transverse motion. Seismic waves are studied by seismologists and measured by a seismograph or seismometer. Surface waves span a wide frequency range, and the period of waves that are most damaging is usually 10 seconds or longer. Surface waves can travel around the globe many times from the largest earthquakes. Surface waves are caused when P waves and S waves come to the surface.

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: What are caused when P waves and S waves come to the surface?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: What is the opposite of longitudinal?

answers: NDQ_000710

answers: Seismic waves to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: Which of the following is not a type of seismic wave?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: Rayleigh waves

answers: NDQ_000723

answers: Which of the following is not a type of wave: Love waves (L waves) or Rayleigh waves

answers: NDQ_000724

answers: No

answers: NDQ_000725

answers: Which of the following is not a type of surface wave?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Rayleigh waves

answers: NDQ_000729

answers: Which of the following is not a type of seismic wave: Love waves (L waves) or Rayleigh waves?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Love waves have transverse motion

answers: NDQ_000733

answers: Earth year.

answers: NDQ_000734

answers: seismic waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Rayleigh waves

answers: NDQ_000737

answers: seismic wave

answers: NDQ_000738

answers: Love waves have transverse motion

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Seismic wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Seismic wave

answers: NDQ_000744

answers: NDQ_000745

answers: surface waves

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: P waves and S waves

answers: NDQ_000706

answers: Surface waves

answers: NDQ_000707

answers: earthquake or explosion.

answers: NDQ_000710

answers: P waves and S waves

answers: NDQ_000715

answers: 10 seconds or longer.

answers: NDQ_000718

answers: longitudinal

answers: NDQ_000720

answers: earthquakes.

answers: NDQ_000721

answers: 10 seconds or longer. Surface waves

answers: NDQ_000722

answers: 10 seconds or longer.

answers: NDQ_000723

answers: Love waves (L waves) or Rayleigh waves.

answers: NDQ_000724

answers: P waves and S waves

answers: NDQ_000725

answers: 10 seconds or longer. Surface waves

answers: NDQ_000726

answers: P waves and S waves

answers: NDQ_000727

answers: 10 seconds or longer. Surface waves

answers: NDQ_000728

answers: Surface waves

answers: NDQ_000729

answers: Love waves (L waves) or Rayleigh waves.

answers: NDQ_000730

answers: Love waves (L waves) or Rayleigh waves. A seismic wave

answers: NDQ_000731

answers: Rayleigh waves

answers: NDQ_000732

answers: transverse motion

answers: NDQ_000733

answers: 10 seconds or longer. Surface waves can travel around the globe

answers: NDQ_000734

answers: earthquake

answers: NDQ_000735

answers: Love waves (L waves) or Rayleigh waves.

answers: NDQ_000736

answers: Rayleigh waves

answers: NDQ_000737

answers: Love waves (L waves) or Rayleigh waves. A seismic wave

answers: NDQ_000738

answers: In seismology,

answers: NDQ_000739

answers: Rayleigh waves

answers: NDQ_000740

answers: 10 seconds or longer.

answers: NDQ_000741

answers: seismic wave

answers: NDQ_000742

answers: Love waves (L waves) or Rayleigh waves.

answers: NDQ_000743

answers: seismic wave

answers: NDQ_000744

answers: Love waves (L waves) or Rayleigh waves.

answers: NDQ_000745

answers: Surface waves are caused when P waves and S waves

answers: NDQ_000746

answers: perpendicular to the direction of travel,

text: The shape of the shoreline and the ocean floor changes the way that tides propagate, so there is no simple, general rule that predicts the time of high water from the Moon's position in the sky. Coastal characteristics such as underwater bathymetry and coastline shape mean that individual location characteristics affect tide forecasting; actual high water time and height may differ from model predictions due to the coastal morphology's effects on tidal flow. However, for a given location the relationship between lunar altitude and the time of high or low tide (the lunitidal interval) is relatively constant and predictable, as is the time of high or low tide relative to other points on the same coast. For example, the high tide at Norfolk, Virginia, U.S., predictably occurs approximately two and a half hours before the Moon passes directly overhead.

text: The shape of the shoreline and the ocean floor changes the way that tides propagate, so there is no simple, general rule that predicts the time of high water from the Moon's position in the sky. Coastal characteristics such as underwater

text: bathymetry

text: and coastline shape mean that individual location characteristics affect tide forecasting; actual high water time and height may differ from model predictions due to the coastal morphology's effects on tidal flow. However, for a given location the relationship between lunar

text: altitude

text: and the time of high or low tide (the

text: lunitidal interval

text: ) is relatively constant and predictable, as is the time of high or low tide relative to other points on the same coast. For example, the high tide at

text: Norfolk, Virginia

text: , U.S., predictably occurs approximately two and a half hours before the Moon passes directly overhead.

answers: NDQ_000702

answers: the shape of the shoreline

answers: NDQ_000704

answers: What does the shape of the shoreline and the ocean floor change the way that tides propagate

answers: NDQ_000706

answers: the ocean floor

answers: NDQ_000707

answers: the tide is too high

answers: NDQ_000710

answers: tides closer to shore

answers: NDQ_000715

answers: height

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between high and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the Moon pass directly overhead?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: the lunitidal interval

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: the shape of the shoreline and the ocean floor

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: the shape of the shoreline

answers: NDQ_000735

answers: directly overhead

answers: NDQ_000736

answers: lunar altitude

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Moon's position in the sky

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: Tidal flow

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: What is the term for energy transfer?

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: Tidal flow

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: The shape of the shoreline and the ocean floor

answers: NDQ_000704

answers: tidal flow.

answers: NDQ_000706

answers: ocean floor

answers: NDQ_000707

answers: tides

answers: NDQ_000710

answers: high water

answers: NDQ_000715

answers: height

answers: NDQ_000718

answers: underwater bathymetry

answers: NDQ_000720

answers: Moon's position in the sky.

answers: NDQ_000721

answers: Moon's position in the sky.

answers: NDQ_000722

answers: underwater bathymetry

answers: NDQ_000723

answers: Moon's position in the sky.

answers: NDQ_000724

answers: Moon's position in the sky.

answers: NDQ_000725

answers: (the lunitidal interval)

answers: NDQ_000726

answers: water

answers: NDQ_000727

answers: (the lunitidal interval)

answers: NDQ_000728

answers: there is no simple, general rule that predicts the time of high water

answers: NDQ_000729

answers: Moon's position in the sky.

answers: NDQ_000730

answers: Moon's position in the sky.

answers: NDQ_000731

answers: Moon passes directly overhead.

answers: NDQ_000732

answers: The shape of the shoreline

answers: NDQ_000733

answers: high tide at Norfolk, Virginia, U.S.,

answers: NDQ_000734

answers: The shape of the shoreline and the ocean floor

answers: NDQ_000735

answers: Moon passes directly overhead.

answers: NDQ_000736

answers: (the lunitidal interval)

answers: NDQ_000737

answers: tidal flow.

answers: NDQ_000738

answers: the Moon's position in the sky.

answers: NDQ_000739

answers: ocean floor

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: high tide

answers: NDQ_000743

answers: The shape of the shoreline and the ocean floor

answers: NDQ_000744

answers: high or low tide

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: underwater bathymetry

text: Ocean Gyre: The fact that the westerlies and trade winds blow in opposite directions and that the continents prevent water from circling the globe contributes to the formation of circular ocean currents, clockwise in the northern hemisphere and counterclockwise in the southern hemisphere. The Coriolis force also plays a part. The trade winds push water west. At the doldrums it flows back east producing the equatorial countercurrent. See Ocean gyre.

text: Ocean Gyre: The fact that the westerlies and trade winds blow in opposite directions and that the continents prevent water from circling the globe contributes to the formation of circular

text: ocean currents

text: , clockwise in the northern hemisphere and counterclockwise in the southern hemisphere. The Coriolis force also plays a part. The trade winds push water west. At the doldrums it flows back east producing the

text: equatorial countercurrent

text: . See

text: Ocean gyre

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Which of the following is not a type of ocean current: equatorial countercurrent, ocean gyre, or trade winds?

answers: NDQ_000706

answers: the southern hemisphere

answers: NDQ_000707

answers: trade winds blow in opposite directions

answers: NDQ_000710

answers: water from the ocean to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: Which of the following is not a hurricane?

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: Why do waves break on shore?

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What causes water levels to rise and fall once a day?

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: what is the first sign of a tsunami is coming

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a cause of spring tides?

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: Coriolis force

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis force

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: The trade winds push water west

answers: NDQ_000739

answers: in the southern hemisphere

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: Circular ocean currents

answers: NDQ_000746

answers: Coriolis force

answers: NDQ_000702

answers: the westerlies and trade winds

answers: NDQ_000704

answers: circular ocean currents,

answers: NDQ_000706

answers: equatorial

answers: NDQ_000707

answers: Coriolis force

answers: NDQ_000710

answers: water

answers: NDQ_000715

answers: Ocean Gyre:

answers: NDQ_000718

answers: Ocean Gyre:

answers: NDQ_000720

answers: Ocean Gyre:

answers: NDQ_000721

answers: Ocean Gyre:

answers: NDQ_000722

answers: the continents prevent water

answers: NDQ_000723

answers: ocean currents,

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: ocean currents,

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: Ocean Gyre:

answers: NDQ_000728

answers: The trade winds push water

answers: NDQ_000729

answers: Coriolis force

answers: NDQ_000730

answers: Coriolis force

answers: NDQ_000731

answers: Ocean Gyre:

answers: NDQ_000732

answers: equatorial countercurrent.

answers: NDQ_000733

answers: clockwise in the northern hemisphere

answers: NDQ_000734

answers: ocean currents,

answers: NDQ_000735

answers: doldrums

answers: NDQ_000736

answers: equatorial countercurrent.

answers: NDQ_000737

answers: ocean currents,

answers: NDQ_000738

answers: the continents prevent water from circling the globe

answers: NDQ_000739

answers: west.

answers: NDQ_000740

answers: doldrums

answers: NDQ_000741

answers: currents,

answers: NDQ_000742

answers: doldrums

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: equatorial countercurrent.

answers: NDQ_000745

answers: circular ocean currents,

answers: NDQ_000746

answers: Ocean Gyre:

text: is the Coriolis parameter.

text: is the

text: Coriolis parameter

answers: NDQ_000702

answers: Coriolis

answers: NDQ_000704

answers: are caused by the rotation of the Earth's axis

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: the force of the gravitational pull is too strong.

answers: NDQ_000710

answers: ice to the surface of the ocean.

answers: NDQ_000715

answers: Its lowest point

answers: NDQ_000718

answers: Coriolis

answers: NDQ_000720

answers: Coriolis

answers: NDQ_000721

answers: equatorial

answers: NDQ_000722

answers: the Coriolis parameter

answers: NDQ_000723

answers: Coriolis

answers: NDQ_000724

answers: What is the name of the variable that determines the direction of a wave?

answers: NDQ_000725

answers: What is the name of the parameter that causes water levels to rise and fall?

answers: NDQ_000726

answers: Coriolis

answers: NDQ_000727

answers: The difference between high and low tides

answers: NDQ_000728

answers: The Coriolis parameter

answers: NDQ_000729

answers: The radius of the Earth is the radius of the Sun.

answers: NDQ_000730

answers: the magnitude of the gravitational force acting on Earth

answers: NDQ_000731

answers: Coriolis

answers: NDQ_000732

answers: The Coriolis parameter

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: gravitational force

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: Coriolis parameter.

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: upwelling is not caused by the Coriolis parameter.

answers: NDQ_000739

answers: cooled.

answers: NDQ_000740

answers: Coriolis

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: can be measured with a calculator

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: can be measured with a compass

answers: NDQ_000745

answers: Coriolis

answers: NDQ_000746

answers: joule

answers: NDQ_000702

answers: Coriolis parameter.

answers: NDQ_000704

answers: Coriolis parameter.

answers: NDQ_000706

answers: Coriolis parameter.

answers: NDQ_000707

answers: Coriolis parameter.

answers: NDQ_000710

answers: Coriolis parameter.

answers: NDQ_000715

answers: Coriolis parameter.

answers: NDQ_000718

answers: Coriolis parameter.

answers: NDQ_000720

answers: Coriolis parameter.

answers: NDQ_000721

answers: Coriolis parameter.

answers: NDQ_000722

answers: Coriolis parameter.

answers: NDQ_000723

answers: Coriolis parameter.

answers: NDQ_000724

answers: Coriolis parameter.

answers: NDQ_000725

answers: Coriolis parameter.

answers: NDQ_000726

answers: Coriolis parameter.

answers: NDQ_000727

answers: Coriolis parameter.

answers: NDQ_000728

answers: Coriolis parameter.

answers: NDQ_000729

answers: Coriolis parameter.

answers: NDQ_000730

answers: Coriolis parameter.

answers: NDQ_000731

answers: Coriolis parameter.

answers: NDQ_000732

answers: Coriolis parameter.

answers: NDQ_000733

answers: Coriolis parameter.

answers: NDQ_000734

answers: Coriolis parameter.

answers: NDQ_000735

answers: Coriolis parameter.

answers: NDQ_000736

answers: Coriolis parameter.

answers: NDQ_000737

answers: Coriolis parameter.

answers: NDQ_000738

answers: Coriolis parameter.

answers: NDQ_000739

answers: Coriolis parameter.

answers: NDQ_000740

answers: Coriolis parameter.

answers: NDQ_000741

answers: Coriolis parameter.

answers: NDQ_000742

answers: Coriolis parameter.

answers: NDQ_000743

answers: Coriolis parameter.

answers: NDQ_000744

answers: Coriolis parameter.

answers: NDQ_000745

answers: Coriolis parameter.

answers: NDQ_000746

answers: Coriolis parameter.

text: Deep ocean currents are driven by density and temperature gradients. Thermohaline circulation is also known as the ocean's conveyor belt (which refers to deep ocean density driven ocean basin currents). These currents, called submarine rivers, flow under the surface of the ocean and are hidden from immediate detection. Where significant vertical movement of ocean currents is observed, this is known as upwelling and downwelling.  Deep ocean currents are currently being researched using a fleet of underwater robots called Argo.

text: Deep ocean currents are driven by density and temperature gradients.

text: Thermohaline circulation

text: is also known as the ocean's conveyor belt (which refers to deep ocean density driven

text: ocean basin

text: currents). These currents, called submarine rivers, flow under the surface of the ocean and are hidden from immediate detection. Where significant vertical movement of ocean currents is observed, this is known as

text: upwelling

text: and

text: downwelling

text: .  Deep ocean currents are currently being researched using a fleet of underwater robots called

text: Argo

answers: NDQ_000702

answers: Deep ocean currents

answers: NDQ_000704

answers: Which of the following is not a type of ocean current: submarine rivers, upwelling or downwelling?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: ocean currents are moving

answers: NDQ_000710

answers: vertical movement of ocean currents

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How do tides cause water levels to rise and fall?

answers: NDQ_000726

answers: Thermohaline circulation is also known as the ocean's conveyor belt

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: upwelling

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: deep ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: downwelling

answers: NDQ_000737

answers: submarine river

answers: NDQ_000738

answers: downwelling

answers: NDQ_000739

answers: downwelling

answers: NDQ_000740

answers: upwelling and downwelling

answers: NDQ_000741

answers: submarine rivers

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: thermal energy

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling and downwelling

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: Deep ocean currents are driven by density and temperature gradients.

answers: NDQ_000704

answers: submarine rivers,

answers: NDQ_000706

answers: Deep

answers: NDQ_000707

answers: density and temperature gradients.

answers: NDQ_000710

answers: vertical movement of ocean currents

answers: NDQ_000715

answers: Deep ocean currents are driven by density and temperature gradients.

answers: NDQ_000718

answers: Deep ocean currents are driven by density and temperature gradients.

answers: NDQ_000720

answers: upwelling and downwelling.

answers: NDQ_000721

answers: Deep ocean currents are driven by density and temperature gradients.

answers: NDQ_000722

answers: Deep ocean currents

answers: NDQ_000723

answers: Deep ocean currents

answers: NDQ_000724

answers: Deep ocean currents are driven by density and temperature gradients.

answers: NDQ_000725

answers: upwelling and downwelling.

answers: NDQ_000726

answers: Deep ocean currents are driven by density and temperature gradients.

answers: NDQ_000727

answers: Deep ocean currents

answers: NDQ_000728

answers: upwelling and downwelling.

answers: NDQ_000729

answers: Deep ocean currents are driven by density and temperature gradients.

answers: NDQ_000730

answers: Deep ocean currents are driven by density and temperature gradients.

answers: NDQ_000731

answers: upwelling and downwelling.

answers: NDQ_000732

answers: upwelling and downwelling.

answers: NDQ_000733

answers: Deep ocean currents

answers: NDQ_000734

answers: density and temperature gradients.

answers: NDQ_000735

answers: upwelling and downwelling.

answers: NDQ_000736

answers: upwelling and downwelling.

answers: NDQ_000737

answers: submarine rivers,

answers: NDQ_000738

answers: upwelling

answers: NDQ_000739

answers: Deep ocean currents are driven by density and temperature gradients.

answers: NDQ_000740

answers: upwelling and downwelling.

answers: NDQ_000741

answers: submarine rivers,

answers: NDQ_000742

answers: upwelling and downwelling.

answers: NDQ_000743

answers: density and temperature gradients.

answers: NDQ_000744

answers: upwelling and downwelling.

answers: NDQ_000745

answers: upwelling and downwelling.

answers: NDQ_000746

answers: density

text: The precise measurements of TOPEX/Poseidon’s and Jason-1 have brought knowledge of ocean tides to an unprecedented level. The change of water level due to tidal motion in the deep ocean is known everywhere on the globe to within 2.5 centimeters (one inch). This new knowledge has revised notions about how tides dissipate. Instead of losing all their energy over shallow seas near the coasts, as previously believed, about one third of tidal energy is actually lost to the deep ocean. There, the energy is consumed by mixing water of different properties, a fundamental mechanism in the physics governing the general circulation of the ocean.

text: The precise measurements of TOPEX/Poseidon’s and Jason-1 have brought knowledge of ocean

text: tide

text: s to an unprecedented level. The change of water level due to tidal motion in the deep ocean is known everywhere on the globe to within 2.5 centimeters (one inch). This new knowledge has revised notions about how tides dissipate. Instead of losing all their energy over shallow seas near the coasts, as previously believed, about one third of tidal energy is actually lost to the

text: deep ocean

text: . There, the energy is consumed by

text: mixing water of different properties

text: , a fundamental mechanism in the physics governing the general circulation of the ocean.

answers: NDQ_000702

answers: tidal motion

answers: NDQ_000704

answers: Which of the following is not a source of energy for the deep ocean: surface currents, tidal energy, or tidal motion?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: tidal energy is lost

answers: NDQ_000710

answers: water of different properties to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the change of water level due to tidal motion in the deep ocean?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: 2.5 centimeters

answers: NDQ_000728

answers: the change of water level due to tidal motion

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does the change of water level due to tidal motion in the deep ocean?

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: tidal motion

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: shallow seas

answers: NDQ_000737

answers: deep ocean

answers: NDQ_000738

answers: losing all their energy over shallow seas near the coasts

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: Tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: physics

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: tidal motion

answers: NDQ_000746

answers: (one inch)

answers: NDQ_000702

answers: tidal motion

answers: NDQ_000704

answers: shallow seas

answers: NDQ_000706

answers: deep ocean.

answers: NDQ_000707

answers: mixing water of different properties,

answers: NDQ_000710

answers: mixing water of different properties,

answers: NDQ_000715

answers: 2.5 centimeters

answers: NDQ_000718

answers: 2.5 centimeters

answers: NDQ_000720

answers: tides

answers: NDQ_000721

answers: energy

answers: NDQ_000722

answers: shallow seas

answers: NDQ_000723

answers: tides

answers: NDQ_000724

answers: one third of tidal energy

answers: NDQ_000725

answers: The change of water level due to tidal motion

answers: NDQ_000726

answers: tidal energy

answers: NDQ_000727

answers: tidal motion

answers: NDQ_000728

answers: The change of water level due to tidal motion

answers: NDQ_000729

answers: The change of water level due to tidal motion

answers: NDQ_000730

answers: tidal energy is actually lost to the deep ocean.

answers: NDQ_000731

answers: tides

answers: NDQ_000732

answers: shallow seas

answers: NDQ_000733

answers: ocean tides

answers: NDQ_000734

answers: tidal motion

answers: NDQ_000735

answers: tides

answers: NDQ_000736

answers: shallow seas

answers: NDQ_000737

answers: shallow seas

answers: NDQ_000738

answers: losing all their energy over shallow seas near the coasts,

answers: NDQ_000739

answers: deep ocean

answers: NDQ_000740

answers: 2.5 centimeters (one inch).

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: tides

answers: NDQ_000743

answers: mixing water of different properties,

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: tidal motion

answers: NDQ_000746

answers: (one inch).

text: The origin of Iniki is unclear, but it possibly began as a tropical wave that exited the African coast on August 18. It moved westward across the unfavorable Atlantic Ocean and crossed Central America into the Pacific on the August 28. The wave continued rapidly westward and remained disorganized. Conditions slowly became more favorable, and, as the convection concentrated around a center, the wave was classified Tropical Depression Eighteen-E on September 5. At this time, the wave was located 1700 miles (2700 km) southwest of Cabo San Lucas or 1550 miles (2500 km) east-southeast of Hilo. Initially, the thunderstorm activity was not concentrated towards the center and thus the depression was not expected to intensify beyond minimal tropical storm strength. The depression continued quickly westward and remained weak until the September 8, when it slowed enough to strengthen to a tropical storm.

text: The origin of Iniki is unclear, but it possibly began as a

text: tropical wave

text: that exited the African coast on August 18. It moved westward across the unfavorable Atlantic Ocean and crossed

text: Central America

text: into the Pacific on the August 28. The wave continued rapidly westward and remained disorganized. Conditions slowly became more favorable, and, as the convection concentrated around a center, the wave was classified Tropical Depression Eighteen-E on September 5. At this time, the wave was located 1700 miles (2700 km) southwest of

text: Cabo San Lucas

text: or 1550 miles (2500 km) east-southeast of

text: Hilo

text: . Initially, the thunderstorm activity was not concentrated towards the center and thus the depression was not expected to intensify beyond minimal tropical storm strength. The depression continued quickly westward and remained weak until the September 8, when it slowed enough to strengthen to a tropical storm.

answers: NDQ_000702

answers: tropical storm

answers: NDQ_000704

answers: What caused Iniki to exit the African coast?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: Convection concentrated around a center

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unfavorable

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: It is not possible to tell

answers: NDQ_000725

answers: How many days did it take Iniki to enter the Atlantic Ocean?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Tropical Depression Eighteen-E

answers: NDQ_000729

answers: How does the Coriolis effect work?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unfavorable Atlantic Ocean

answers: NDQ_000733

answers: Ocean

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Initially, the thunderstorm activity was not concentrated towards the center

answers: NDQ_000739

answers: Atlantic

answers: NDQ_000740

answers: Atlantic Ocean

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: convection

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tropical wave

answers: NDQ_000746

answers: 2700 km

answers: NDQ_000702

answers: tropical wave

answers: NDQ_000704

answers: Atlantic Ocean

answers: NDQ_000706

answers: around a center,

answers: NDQ_000707

answers: convection concentrated around a center,

answers: NDQ_000710

answers: convection concentrated around a center,

answers: NDQ_000715

answers: tropical wave

answers: NDQ_000718

answers: 1700 miles (2700 km)

answers: NDQ_000720

answers: Tropical Depression Eighteen-E

answers: NDQ_000721

answers: tropical wave

answers: NDQ_000722

answers: unfavorable Atlantic Ocean

answers: NDQ_000723

answers: tropical wave

answers: NDQ_000724

answers: tropical wave

answers: NDQ_000725

answers: 18. It moved westward across the unfavorable Atlantic Ocean

answers: NDQ_000726

answers: tropical wave

answers: NDQ_000727

answers: 18.

answers: NDQ_000728

answers: The wave continued rapidly westward

answers: NDQ_000729

answers: tropical wave that exited the African coast on August 18.

answers: NDQ_000730

answers: tropical wave

answers: NDQ_000731

answers: 1700 miles (2700 km) southwest of Cabo San Lucas

answers: NDQ_000732

answers: Atlantic Ocean

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: tropical wave

answers: NDQ_000735

answers: 18.

answers: NDQ_000736

answers: tropical wave

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: Atlantic Ocean

answers: NDQ_000739

answers: Atlantic Ocean

answers: NDQ_000740

answers: Atlantic Ocean

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: tropical wave that exited the African coast on August 18.

answers: NDQ_000743

answers: tropical wave

answers: NDQ_000744

answers: tropical wave

answers: NDQ_000745

answers: tropical wave

answers: NDQ_000746

answers: 1700 miles (2700 km)

text: Ward and Day (2003), reported on the only documented flank collapse of a volcanic island - Ritter Island, that occurred on 13 March 1888. Approximately 5 X 10 m (or about 2 orders of magnitude less than the claimed mass of the Cumbre Vieja), of material generated a landslide which entered the ocean and generated a westerly directed tsunami. The tsunami inundated adjoining islands and may have killed several hundreds of people. According to Cooke  damage was inflicted on islands several hundreds of kilometres from Ritter Island. There is no record of inundation occurring at trans-oceanic distances. The tsunami was witnessed by several Europeans living on many of the islands.

text: Ward and Day (2003), reported on the only documented flank collapse of a volcanic island -

text: Ritter Island

text: , that occurred on 13 March 1888. Approximately 5 X 10 m (or about 2 orders of magnitude less than the claimed mass of the Cumbre Vieja), of material generated a landslide which entered the ocean and generated a westerly directed tsunami. The tsunami inundated adjoining islands and may have killed several hundreds of people. According to Cooke  damage was inflicted on islands several hundreds of kilometres from Ritter Island. There is no record of inundation occurring at trans-oceanic distances. The tsunami was witnessed by several Europeans living on many of the islands.

answers: NDQ_000702

answers: landslide

answers: NDQ_000704

answers: What did the tsunami inundate?

answers: NDQ_000706

answers: westerly

answers: NDQ_000707

answers: a landslide occurs

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: landslide

answers: NDQ_000729

answers: What is the Coriolis effect?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: how many orders of magnitude less than the claimed mass of the Cumbre Vieja)

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: tsunami inundated

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: trans-oceanic distances

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: inundation

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 5 X 10 m

answers: NDQ_000702

answers: landslide

answers: NDQ_000704

answers: westerly directed tsunami.

answers: NDQ_000706

answers: westerly

answers: NDQ_000707

answers: landslide

answers: NDQ_000710

answers: tsunami.

answers: NDQ_000715

answers: 5 X 10 m (or about 2 orders of magnitude

answers: NDQ_000718

answers: 2 orders of magnitude

answers: NDQ_000720

answers: tsunami.

answers: NDQ_000721

answers: volcanic island

answers: NDQ_000722

answers: tsunami.

answers: NDQ_000723

answers: tsunami.

answers: NDQ_000724

answers: tsunami.

answers: NDQ_000725

answers: 13 March 1888.

answers: NDQ_000726

answers: tsunami.

answers: NDQ_000727

answers: 5 X 10 m

answers: NDQ_000728

answers: westerly directed tsunami.

answers: NDQ_000729

answers: westerly directed tsunami.

answers: NDQ_000730

answers: tsunami.

answers: NDQ_000731

answers: westerly directed tsunami.

answers: NDQ_000732

answers: westerly directed tsunami.

answers: NDQ_000733

answers: 13 March 1888.

answers: NDQ_000734

answers: landslide which entered the ocean

answers: NDQ_000735

answers: 13 March 1888.

answers: NDQ_000736

answers: westerly directed tsunami.

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: inundation occurring at trans-oceanic distances.

answers: NDQ_000739

answers: volcanic island

answers: NDQ_000740

answers: no record of inundation occurring at trans-oceanic distances.

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: tsunami.

answers: NDQ_000743

answers: generated a landslide

answers: NDQ_000744

answers: tsunami.

answers: NDQ_000745

answers: tsunami.

answers: NDQ_000746

answers: 5 X 10 m

text: Pius XI offered three encyclicals against the rising tide of European totalitarianism: Non abbiamo bisogno (1931; "We Do Not Need to Acquaint You" —against Italian Fascism); Mit brennender Sorge (1937; "With Deep Anxiety" —against Nazism) and Divini redemptoris (1937; "Divine Redeemer" —against atheist Communism). "Non abbiamo bisogno" directly challenged Italian fascism as a "pagan" movement which "snatches the young from the Church and from Jesus Christ, and which inculcates in its own young people hatred, violence and irreverence." Pius XI also challenged the extremist nationalism of the Action Francaise movement and anti-semitism in the United States.

text: Pius XI offered three encyclicals against the rising tide of European totalitarianism:

text: Non abbiamo bisogno

text: (1931; "We Do Not Need to Acquaint You" —against Italian Fascism);

text: Mit brennender Sorge

text: (1937; "With Deep Anxiety" —against Nazism) and

text: Divini redemptoris

text: (1937; "Divine Redeemer" —against atheist Communism). "Non abbiamo bisogno" directly challenged Italian fascism as a "pagan" movement which "snatches the young from the Church and from Jesus Christ, and which inculcates in its own young people hatred, violence and irreverence." Pius XI also challenged the extremist nationalism of the Action Francaise movement and anti-semitism in the United States.

answers: NDQ_000702

answers: European totalitarianism

answers: NDQ_000704

answers: What did Pius XI offer three encyclicals against?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: Pius XI is a religious leader

answers: NDQ_000710

answers: Pius XI encyclicals against the rising tide of European totalitarianism

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the opposite of crest?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unknown

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: tide

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Nazism

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: NDQ_000702

answers: European totalitarianism:

answers: NDQ_000704

answers: European totalitarianism:

answers: NDQ_000706

answers: Pius XI

answers: NDQ_000707

answers: tide

answers: NDQ_000710

answers: European totalitarianism:

answers: NDQ_000715

answers: Pius XI

answers: NDQ_000718

answers: Pius XI

answers: NDQ_000720

answers: Pius XI

answers: NDQ_000721

answers: Pius XI

answers: NDQ_000722

answers: Pius XI

answers: NDQ_000723

answers: Pius XI

answers: NDQ_000724

answers: Pius XI

answers: NDQ_000725

answers: Pius XI offered three encyclicals

answers: NDQ_000726

answers: Pius XI

answers: NDQ_000727

answers: Pius XI

answers: NDQ_000728

answers: Pius XI

answers: NDQ_000729

answers: Pius XI

answers: NDQ_000730

answers: Pius XI

answers: NDQ_000731

answers: Pius XI

answers: NDQ_000732

answers: Pius XI

answers: NDQ_000733

answers: Pius XI

answers: NDQ_000734

answers: European totalitarianism:

answers: NDQ_000735

answers: rising tide

answers: NDQ_000736

answers: rising tide

answers: NDQ_000737

answers: Action Francaise

answers: NDQ_000738

answers: rising tide of European totalitarianism:

answers: NDQ_000739

answers: Mit brennender Sorge (1937;

answers: NDQ_000740

answers: Pius XI

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: rising tide

answers: NDQ_000743

answers: Mit brennender Sorge

answers: NDQ_000744

answers: rising tide

answers: NDQ_000745

answers: Deep Anxiety"

answers: NDQ_000746

answers: Pius XI

text: A second significant cause of eustatic sea level rise is thermal expansion of sea water when Earth's mean temperature increases. Current estimates of global eustatic rise from tide gauge records and satellite altimetry is about +3 mm/a (see 2007 IPCC report).  Global sea level is also affected by vertical crustal movements, changes in Earth's rotation rate, large-scale changes in continental margins and changes in the spreading rate of the ocean floor.

text: A second significant cause of eustatic sea level rise is thermal expansion of sea water when Earth's mean temperature increases. Current estimates of global eustatic rise from tide gauge records and

text: satellite altimetry

text: is about +3

text: mm

text: a

text: (see 2007 IPCC report).  Global sea level is also affected by vertical crustal movements, changes in Earth's rotation rate, large-scale changes in

text: continental margin

text: s and changes in the spreading rate of the

text: ocean floor

answers: NDQ_000702

answers: thermal expansion of sea water

answers: NDQ_000704

answers: Which of the following is not affected by global sea level rise: vertical crustal movements, changes in Earth's rotation rate, large-scale changes in continental margins and changes in the spreading rate of the ocean floor?

answers: NDQ_000706

answers: ocean floor

answers: NDQ_000707

answers: thermal expansion of sea water increases

answers: NDQ_000710

answers: sea water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: Which of the following is not a cause of eustatic sea level rise?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: +3 mm/a

answers: NDQ_000728

answers: not enough information

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: thermal expansion of sea water

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: +3 mm/a

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: thermal expansion of sea water when Earth's mean temperature increases

answers: NDQ_000739

answers: thermal expanded

answers: NDQ_000740

answers: eustatic rise

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: tide gauge records

answers: NDQ_000743

answers: thermal expansion

answers: NDQ_000744

answers: no

answers: NDQ_000745

answers: spreading rate of the ocean floor

answers: NDQ_000746

answers: mm/a

answers: NDQ_000702

answers: thermal expansion of sea water

answers: NDQ_000704

answers: thermal expansion of sea water

answers: NDQ_000706

answers: ocean floor.

answers: NDQ_000707

answers: thermal expansion of sea water

answers: NDQ_000710

answers: eustatic sea level rise is thermal expansion of sea water

answers: NDQ_000715

answers: +3 mm/a

answers: NDQ_000718

answers: thermal expansion of sea water

answers: NDQ_000720

answers: thermal expansion of sea water

answers: NDQ_000721

answers: thermal expansion of sea water

answers: NDQ_000722

answers: sea water

answers: NDQ_000723

answers: thermal expansion of sea water

answers: NDQ_000724

answers: tide

answers: NDQ_000725

answers: tide gauge records

answers: NDQ_000726

answers: second

answers: NDQ_000727

answers: tide gauge records

answers: NDQ_000728

answers: eustatic sea level rise is thermal expansion of sea water

answers: NDQ_000729

answers: changes in Earth's rotation rate,

answers: NDQ_000730

answers: thermal expansion of sea water

answers: NDQ_000731

answers: vertical crustal movements,

answers: NDQ_000732

answers: Global sea level is also affected by vertical crustal movements,

answers: NDQ_000733

answers: tide gauge records

answers: NDQ_000734

answers: thermal expansion of sea water

answers: NDQ_000735

answers: Earth's mean temperature increases.

answers: NDQ_000736

answers: eustatic sea level rise is thermal expansion of sea water

answers: NDQ_000737

answers: sea water

answers: NDQ_000738

answers: thermal expansion of sea water

answers: NDQ_000739

answers: Earth's mean temperature increases.

answers: NDQ_000740

answers: tide gauge

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: tide gauge

answers: NDQ_000743

answers: thermal expansion of sea water

answers: NDQ_000744

answers: tide

answers: NDQ_000745

answers: spreading rate of the ocean floor.

answers: NDQ_000746

answers: +3 mm/a

text: Downwelling occurs in areas such as in the subpolar gyre of the North Atlantic where several surface currents meet. We also find downwelling along the outermost boundary of the Southern Ocean where cold Antarctic water sinks below warmer South Pacific and South Atlantic waters. There is also downwelling on a few coastlines where the wind blows in such a direction that it causes Ekman transport to move water towards the coast which then causes the water to pile up and be pushed down.

text: Downwelling occurs in areas such as in the

text: subpolar gyre

text: of the

text: North Atlantic

text: where several surface currents meet. We also find downwelling along the outermost boundary of the

text: Southern Ocean

text: where cold Antarctic water sinks below warmer South Pacific and South Atlantic waters. There is also downwelling on a few coastlines where the wind blows in such a direction that it causes

text: Ekman transport

text: to move water towards the coast which then causes the water to pile up and be pushed down.

answers: NDQ_000702

answers: downwelling

answers: NDQ_000704

answers: What causes downwelling in the subpolar gyre of the North Atlantic?

answers: NDQ_000706

answers: the outermost boundary of the Southern Ocean

answers: NDQ_000707

answers: water is pushed down by the wind

answers: NDQ_000710

answers: downwelling to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: Which of the following is not a type of wave?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: downwelling

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: downwelling

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: subpolar gyre

answers: NDQ_000737

answers: surface current

answers: NDQ_000738

answers: Antarctic water sinks below warmer South Pacific and South Atlantic waters.

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: downwelling

answers: NDQ_000741

answers: surface currents

answers: NDQ_000742

answers: downwelling

answers: NDQ_000743

answers: Ekman transport

answers: NDQ_000744

answers: downwelling

answers: NDQ_000745

answers: downwelling

answers: NDQ_000746

answers: Ekman transport

answers: NDQ_000702

answers: Downwelling

answers: NDQ_000704

answers: surface currents

answers: NDQ_000706

answers: subpolar gyre

answers: NDQ_000707

answers: Downwelling

answers: NDQ_000710

answers: Downwelling

answers: NDQ_000715

answers: Downwelling

answers: NDQ_000718

answers: Downwelling

answers: NDQ_000720

answers: Downwelling

answers: NDQ_000721

answers: Downwelling

answers: NDQ_000722

answers: Downwelling

answers: NDQ_000723

answers: Downwelling

answers: NDQ_000724

answers: Downwelling

answers: NDQ_000725

answers: Downwelling

answers: NDQ_000726

answers: wind blows in such a direction that it causes Ekman transport

answers: NDQ_000727

answers: Downwelling

answers: NDQ_000728

answers: Downwelling

answers: NDQ_000729

answers: Ekman transport

answers: NDQ_000730

answers: Downwelling

answers: NDQ_000731

answers: Downwelling

answers: NDQ_000732

answers: Downwelling

answers: NDQ_000733

answers: North Atlantic

answers: NDQ_000734

answers: Downwelling

answers: NDQ_000735

answers: warmer

answers: NDQ_000736

answers: Downwelling

answers: NDQ_000737

answers: surface currents

answers: NDQ_000738

answers: Downwelling

answers: NDQ_000739

answers: cold Antarctic water sinks

answers: NDQ_000740

answers: Downwelling

answers: NDQ_000741

answers: Downwelling

answers: NDQ_000742

answers: Downwelling

answers: NDQ_000743

answers: Ekman transport

answers: NDQ_000744

answers: Downwelling

answers: NDQ_000745

answers: Downwelling

answers: NDQ_000746

answers: Ekman transport

text: The Pacific Tsunami Warning System is based in Honolulu, Hawaii. It monitors Pacific Ocean seismic activity. A sufficiently large earthquake magnitude and other information triggers a tsunami warning. While the subduction zones around the Pacific are seismically active, not all earthquakes generate tsunami. Computers assist in analysing the tsunami risk of every earthquake that occurs in the Pacific Ocean and the adjoining land masses.

text: The

text: Pacific Tsunami Warning System

text: is based in

text: Honolulu

text: Hawaii

text: . It monitors Pacific Ocean seismic activity. A sufficiently large earthquake magnitude and other information triggers a tsunami warning. While the subduction zones around the Pacific are seismically active, not all earthquakes generate tsunami. Computers assist in analysing the tsunami risk of every earthquake that occurs in the Pacific Ocean and the adjoining land masses.

answers: NDQ_000702

answers: subduction zones

answers: NDQ_000704

answers: Which of the following is not a source of tsunami: subduction zones or surface currents?

answers: NDQ_000706

answers: subduction zones

answers: NDQ_000707

answers: a tsunami warning is issued

answers: NDQ_000710

answers: Pacific Tsunami Warning System

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the second to last word in the passage?

answers: NDQ_000720

answers: not

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days does the Pacific Tsunami Warning System monitor seismic activity?

answers: NDQ_000726

answers: What does the Pacific Tsunami Warning System monitor?

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: a sufficiently large earthquake magnitude

answers: NDQ_000729

answers: What does the Pacific Tsunami Warning System monitor?

answers: NDQ_000730

answers: What does the Pacific Tsunami Warning System monitor?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does the Pacific Tsunami Warning System monitor?

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: subduction zones around the Pacific

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: not all earthquakes generate tsunami

answers: NDQ_000739

answers: submerged

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: is a type of

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: subduction

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: subduction zones

answers: NDQ_000704

answers: subduction zones

answers: NDQ_000706

answers: subduction zones

answers: NDQ_000707

answers: earthquake magnitude

answers: NDQ_000710

answers: not all earthquakes generate tsunami.

answers: NDQ_000715

answers: magnitude

answers: NDQ_000718

answers: The Pacific Tsunami Warning System

answers: NDQ_000720

answers: earthquake magnitude and other information triggers a tsunami warning.

answers: NDQ_000721

answers: The Pacific Tsunami Warning System

answers: NDQ_000722

answers: tsunami warning. While the subduction zones

answers: NDQ_000723

answers: The Pacific Tsunami Warning System

answers: NDQ_000724

answers: not all earthquakes

answers: NDQ_000725

answers: The Pacific Tsunami Warning System

answers: NDQ_000726

answers: The Pacific Tsunami Warning System

answers: NDQ_000727

answers: The Pacific Tsunami Warning System

answers: NDQ_000728

answers: A sufficiently large earthquake magnitude

answers: NDQ_000729

answers: The Pacific Tsunami Warning System

answers: NDQ_000730

answers: The Pacific Tsunami Warning System

answers: NDQ_000731

answers: The Pacific Tsunami Warning System

answers: NDQ_000732

answers: Pacific Tsunami Warning System

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: subduction zones

answers: NDQ_000735

answers: The Pacific Tsunami Warning System

answers: NDQ_000736

answers: tsunami warning. While the subduction zones

answers: NDQ_000737

answers: subduction zones

answers: NDQ_000738

answers: not all earthquakes generate tsunami.

answers: NDQ_000739

answers: subduction zones

answers: NDQ_000740

answers: The Pacific Tsunami Warning System

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: The Pacific Tsunami Warning System

answers: NDQ_000743

answers: subduction zones

answers: NDQ_000744

answers: tsunami warning.

answers: NDQ_000745

answers: subduction

answers: NDQ_000746

answers: The Pacific Tsunami Warning System

text: Water is a chemical substance that is composed of hydrogen and oxygen and is vital for all known forms of life. In typical usage, water refers only to its liquid form or state, but the substance also has a solid state, ice, and a gaseous state, water vapor, or steam. Water covers 71% of the Earth's surface. On Earth, it is found mostly in oceans and other large water bodies, with 1.6% of water below ground in aquifers and 0.001% in the air as vapor, clouds, and precipitation. Oceans hold 97% of surface water, glaciers, and polar ice caps 2.4%, and other land surface water such as rivers, lakes, and ponds 0.6%. Additionally, a minute amount of the Earth's water is contained within biological bodies and manufactured products.

text: Water is a

text: chemical substance

text: that is composed of

text: hydrogen

text: and

text: oxygen

text: and is vital for all known forms of life. In typical usage, water refers only to its liquid form or

text: state

text: , but the substance also has a solid state,

text: ice

text: , and a

text: gaseous

text: state,

text: water vapor

text: , or

text: steam

text: . Water covers 71% of the

text: Earth

text: 's surface. On Earth, it is found mostly in oceans and other large water bodies, with 1.6% of water below ground in

text: aquifer

text: s and 0.001% in the

text: air

text: as

text: vapor

text: , clouds, and

text: precipitation

text: . Oceans hold 97% of surface water,

text: glacier

text: s, and polar

text: ice cap

text: s 2.4%, and other land surface water such as rivers, lakes, and ponds 0.6%. Additionally, a minute amount of the Earth's water is contained within biological bodies and manufactured products.

answers: NDQ_000702

answers: oceans

answers: NDQ_000704

answers: Which of the following is not a body of water: oceans, glaciers, or lakes?

answers: NDQ_000706

answers: large water bodies

answers: NDQ_000707

answers: water vapor is in the air

answers: NDQ_000710

answers: water to the surface of the ocean

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: ponds

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a source of waves: winds, glaciers, or glaciers?

answers: NDQ_000725

answers: How many percent of the Earth's surface is covered by water?

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: 1.6%

answers: NDQ_000728

answers: 0.001%

answers: NDQ_000729

answers: Which of the following is not a chemical substance: hydrogen and oxygen or water?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: oceans hold 97% of surface water

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: oceans

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: oceans hold 97% of surface water

answers: NDQ_000737

answers: large water bodies

answers: NDQ_000738

answers: oceans hold 97% of surface water

answers: NDQ_000739

answers: ice

answers: NDQ_000740

answers: 0.001%

answers: NDQ_000741

answers: rivers

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: aquifers

answers: NDQ_000746

answers: 0.001%

answers: NDQ_000702

answers: Water

answers: NDQ_000704

answers: rivers, lakes, and ponds 0.6%.

answers: NDQ_000706

answers: 97% of surface water,

answers: NDQ_000707

answers: Water

answers: NDQ_000710

answers: 1.6% of water below ground in aquifers

answers: NDQ_000715

answers: Water

answers: NDQ_000718

answers: Water

answers: NDQ_000720

answers: oceans

answers: NDQ_000721

answers: Water

answers: NDQ_000722

answers: rivers, lakes, and ponds 0.6%.

answers: NDQ_000723

answers: Water

answers: NDQ_000724

answers: Water

answers: NDQ_000725

answers: 0.001%

answers: NDQ_000726

answers: Water

answers: NDQ_000727

answers: Water

answers: NDQ_000728

answers: Water

answers: NDQ_000729

answers: Water

answers: NDQ_000730

answers: Water

answers: NDQ_000731

answers: 97% of surface water,

answers: NDQ_000732

answers: 97%

answers: NDQ_000733

answers: Earth,

answers: NDQ_000734

answers: Water

answers: NDQ_000735

answers: Water

answers: NDQ_000736

answers: rivers, lakes, and ponds 0.6%.

answers: NDQ_000737

answers: oceans and other large water bodies,

answers: NDQ_000738

answers: Water

answers: NDQ_000739

answers: ice,

answers: NDQ_000740

answers: 97% of surface water,

answers: NDQ_000741

answers: rivers,

answers: NDQ_000742

answers: Water

answers: NDQ_000743

answers: Water

answers: NDQ_000744

answers: Water

answers: NDQ_000745

answers: aquifers

answers: NDQ_000746

answers: 0.001%

text: Tuvalu is affected by perigean spring tide events which raise the sea level higher than a normal high tide. The highest peak tide recorded by the Tuvalu Meteorological Service was  on 24 February 2006 and again on 19 February 2015. As a result of historical sea level rise, the king tide events lead to flooding of low-lying areas, which is compounded when sea levels are further raised by La Niña effects or local storms and waves. In the future, sea level rise may threaten to submerge the nation entirely as it is estimated that a sea level rise of 20–40 centimetres (8–16 inches) in the next 100 years could make Tuvalu uninhabitable.

text: Tuvalu is affected by

text: perigean spring tide

text: events which raise the sea level higher than a normal

text: high tide

text: . The highest peak tide recorded by the

text: Tuvalu Meteorological Service

text: was  on 24 February 2006 and again on 19 February 2015. As a result of historical sea level rise, the

text: king tide

text: events lead to flooding of low-lying areas, which is compounded when sea levels are further raised by

text: La Niña

text: effects or local storms and waves. In the future, sea level rise may threaten to submerge the nation entirely as it is estimated that a sea level rise of 20–40 centimetres (8–16 inches) in the next 100 years could make Tuvalu uninhabitable.

answers: NDQ_000702

answers: perigean spring tide events

answers: NDQ_000704

answers: Which of the following is not affected by perigean spring tide events: La Ni a effects or local storms and waves?

answers: NDQ_000706

answers: perigean

answers: NDQ_000707

answers: the water is too high

answers: NDQ_000710

answers: sea levels higher than normal high tides

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: What is the difference between a crest and a trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: raise the sea level higher

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Tuvalu

answers: NDQ_000734

answers: sea level rise

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: normal high tide

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: a normal high tide

answers: NDQ_000739

answers: higher in the water

answers: NDQ_000740

answers: spring tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: spring tide

answers: NDQ_000743

answers: NDQ_000744

answers: king tide

answers: NDQ_000745

answers: spring tide

answers: NDQ_000746

answers: NDQ_000702

answers: historical sea level rise,

answers: NDQ_000704

answers: waves.

answers: NDQ_000706

answers: local storms

answers: NDQ_000707

answers: storms

answers: NDQ_000710

answers: flooding of low-lying areas,

answers: NDQ_000715

answers: 24 February 2006 and again on 19 February 2015.

answers: NDQ_000718

answers: waves.

answers: NDQ_000720

answers: La Ni<unk>a effects or local storms

answers: NDQ_000721

answers: perigean spring tide events

answers: NDQ_000722

answers: low-lying areas,

answers: NDQ_000723

answers: waves.

answers: NDQ_000724

answers: storms

answers: NDQ_000725

answers: 24 February 2006

answers: NDQ_000726

answers: waves.

answers: NDQ_000727

answers: perigean spring tide events

answers: NDQ_000728

answers: waves.

answers: NDQ_000729

answers: Tuvalu is affected by perigean spring tide events

answers: NDQ_000730

answers: perigean spring tide events

answers: NDQ_000731

answers: perigean

answers: NDQ_000732

answers: 24 February 2006 and again on 19 February 2015.

answers: NDQ_000733

answers: Tuvalu

answers: NDQ_000734

answers: sea level rise,

answers: NDQ_000735

answers: spring tide events

answers: NDQ_000736

answers: raise the sea level higher than a normal high tide.

answers: NDQ_000737

answers: La Ni<unk>a effects or local storms and waves.

answers: NDQ_000738

answers: flooding of low-lying areas,

answers: NDQ_000739

answers: spring tide events which raise the sea level higher than a normal high tide.

answers: NDQ_000740

answers: high tide.

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: king tide

answers: NDQ_000743

answers: La Ni<unk>a effects or local storms and waves.

answers: NDQ_000744

answers: king tide

answers: NDQ_000745

answers: spring tide

answers: NDQ_000746

answers: 20–40 centimetres

text: The wave pattern seen in the image is not from large ocean waves, however. The pattern is of atmospheric gravity waves above the surface of the ocean. As the name implies, atmospheric gravity waves form when buoyancy pushes air up, and gravity pulls it back down. On its descent into the low-point of the wave (the trough), the air touches the surface of the ocean, roughening the water. The long, vertical dark lines show where the troughs of gravity waves have roughened the surface. The brighter regions show the crests of the atmospheric waves. Beneath the crests, the water is calm and reflects light directly back towards the sensor. Clouds commonly form at the crests of the waves, and such clouds are visible throughout this scene.

text: The wave pattern seen in the image is not from large ocean waves, however. The pattern is of atmospheric

text: gravity wave

text: s above the surface of the ocean. As the name implies, atmospheric gravity waves form when buoyancy pushes air up, and

text: gravity

text: pulls it back down. On its descent into the low-point of the wave (the trough), the

text: air

text: touches the surface of the ocean, roughening the water. The long, vertical dark lines show where the troughs of gravity waves have roughened the surface. The brighter regions show the crests of the atmospheric waves. Beneath the crests, the water is calm and reflects light directly back towards the sensor.

text: Cloud

text: s commonly form at the crests of the waves, and such clouds are visible throughout this scene.

answers: NDQ_000702

answers: atmospheric gravity waves

answers: NDQ_000704

answers: Which of the following is not a type of surface current?

answers: NDQ_000706

answers: above the surface

answers: NDQ_000707

answers: buoyancy pushes air up

answers: NDQ_000710

answers: air up and pulls it down

answers: NDQ_000715

answers: What is the lowest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: Beneath the crests

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: No

answers: NDQ_000725

answers: How do tides cause water levels to rise and fall?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: When the sun and moon are in a straight line.

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: buoyancy

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: low-point of the wave

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the water is calm and reflects light directly back towards the sensor

answers: NDQ_000739

answers: roughed

answers: NDQ_000740

answers: NDQ_000741

answers: ocean waves

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: atmospheric gravity waves

answers: NDQ_000746

answers: NDQ_000702

answers: buoyancy pushes air up, and gravity pulls it back down.

answers: NDQ_000704

answers: atmospheric gravity waves

answers: NDQ_000706

answers: above the surface

answers: NDQ_000707

answers: buoyancy pushes air up, and gravity pulls it back down.

answers: NDQ_000710

answers: buoyancy pushes air up,

answers: NDQ_000715

answers: crests

answers: NDQ_000718

answers: crests

answers: NDQ_000720

answers: large ocean waves,

answers: NDQ_000721

answers: atmospheric gravity waves

answers: NDQ_000722

answers: Beneath the crests, the water is calm

answers: NDQ_000723

answers: crests

answers: NDQ_000724

answers: atmospheric gravity waves

answers: NDQ_000725

answers: atmospheric gravity waves

answers: NDQ_000726

answers: buoyancy pushes air up, and gravity pulls it back down.

answers: NDQ_000727

answers: atmospheric gravity waves

answers: NDQ_000728

answers: atmospheric gravity waves

answers: NDQ_000729

answers: buoyancy pushes air up, and gravity pulls it back down.

answers: NDQ_000730

answers: buoyancy pushes air up, and gravity pulls it back down.

answers: NDQ_000731

answers: atmospheric gravity waves above the surface of the ocean.

answers: NDQ_000732

answers: atmospheric gravity waves

answers: NDQ_000733

answers: atmospheric gravity waves above the surface of the ocean.

answers: NDQ_000734

answers: buoyancy pushes air up, and gravity pulls it back down.

answers: NDQ_000735

answers: buoyancy pushes air up, and gravity pulls it back down.

answers: NDQ_000736

answers: atmospheric gravity waves

answers: NDQ_000737

answers: atmospheric gravity waves

answers: NDQ_000738

answers: large ocean waves,

answers: NDQ_000739

answers: buoyancy pushes air up, and gravity pulls it back down.

answers: NDQ_000740

answers: roughening the water.

answers: NDQ_000741

answers: atmospheric gravity waves

answers: NDQ_000742

answers: atmospheric gravity waves

answers: NDQ_000743

answers: buoyancy pushes air up, and gravity pulls it back down.

answers: NDQ_000744

answers: atmospheric gravity waves

answers: NDQ_000745

answers: the air touches the surface of the ocean, roughening the water.

answers: NDQ_000746

answers: gravity

text: Large amounts of carbon are exchanged each year between the ocean and the atmosphere. A major controlling factor in oceanic-atmospheric carbon exchange is thermohaline circulation. In regions of ocean upwelling, carbon rich water from the deep ocean comes to the surface and releases carbon into the atmosphere as carbon dioxide. Large amounts of carbon dioxide are dissolved in cold water in higher latitudes. This water sinks down and brings the carbon into the deeper ocean levels, where it can stay for anywhere between decades and several centuries. Ocean circulation events cause this process to be variable. For example, during El Nino events there is less deep ocean upwelling, leading to lower outgasing of carbon dioxide into the atmosphere.

text: Large amounts of carbon are exchanged each year between the ocean and the atmosphere. A major controlling factor in oceanic-atmospheric carbon exchange is

text: thermohaline circulation

text: . In regions of ocean upwelling, carbon rich water from the deep ocean comes to the surface and releases carbon into the atmosphere as carbon dioxide. Large amounts of carbon dioxide are dissolved in cold water in higher latitudes. This water sinks down and brings the carbon into the deeper ocean levels, where it can stay for anywhere between decades and several centuries. Ocean circulation events cause this process to be variable. For example, during

text: El Nino

text: events there is less deep ocean upwelling, leading to lower outgasing of carbon dioxide into the atmosphere.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which of the following is not a major controlling factor in oceanic-atmospheric carbon exchange?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: carbon dioxide is released from the ocean

answers: NDQ_000710

answers: carbon rich water from the deep ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: water is shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or crest?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: ocean upwelling

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not a cause of spring tides?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: ocean upwelling

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: deep ocean upwelling

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: carbon rich water from the deep ocean comes to the surface

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: El Nino

answers: NDQ_000743

answers: What is the term for the process of releasing energy through matter?

answers: NDQ_000744

answers: El Nino

answers: NDQ_000745

answers: ocean upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: thermohaline circulation.

answers: NDQ_000704

answers: ocean upwelling,

answers: NDQ_000706

answers: ocean upwelling,

answers: NDQ_000707

answers: ocean upwelling,

answers: NDQ_000710

answers: carbon rich water from the deep ocean comes to the surface and releases carbon

answers: NDQ_000715

answers: Large amounts of carbon

answers: NDQ_000718

answers: Large amounts of carbon

answers: NDQ_000720

answers: El Nino

answers: NDQ_000721

answers: Large amounts of carbon

answers: NDQ_000722

answers: deep ocean

answers: NDQ_000723

answers: Large amounts of carbon are exchanged each year

answers: NDQ_000724

answers: Large amounts of carbon

answers: NDQ_000725

answers: El Nino

answers: NDQ_000726

answers: Large amounts of carbon

answers: NDQ_000727

answers: Large amounts of carbon

answers: NDQ_000728

answers: ocean upwelling,

answers: NDQ_000729

answers: thermohaline circulation.

answers: NDQ_000730

answers: Large amounts of carbon

answers: NDQ_000731

answers: El Nino

answers: NDQ_000732

answers: thermohaline circulation.

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: ocean upwelling,

answers: NDQ_000735

answers: El Nino

answers: NDQ_000736

answers: El Nino events there is less deep ocean upwelling,

answers: NDQ_000737

answers: ocean upwelling,

answers: NDQ_000738

answers: lower outgasing of carbon dioxide into the atmosphere.

answers: NDQ_000739

answers: sinks down

answers: NDQ_000740

answers: ocean upwelling,

answers: NDQ_000741

answers: thermohaline circulation.

answers: NDQ_000742

answers: El Nino

answers: NDQ_000743

answers: carbon

answers: NDQ_000744

answers: El Nino events there is less deep ocean upwelling,

answers: NDQ_000745

answers: ocean upwelling,

answers: NDQ_000746

answers: Large amounts of carbon

text: The general characteristics of teletsunamis are similar to those of local tsunamis. The interval between waves can range from 5 to 60 minutes, although it usually falls between 10 and 30 minutes. The speed at which the teletsunami travels is dependent on the depth of the water, decreasing as the water becomes more shallow. On average, tsunamis in the Pacific Ocean travel at about ; however, due to the depth of the ocean, the height may only be a few feet. The low amplitude, along with the broad wavelength, which spans approximately , makes vessels in open water unaware of the passing tsunami. In shallow water, scuba divers caught in the 2004 Indian Ocean tsunami were reportedly tossed around underwater, yet boat floating above were unaffected and failed to notice the wave as it passed by.

text: The general characteristics of teletsunamis are similar to those of local tsunamis. The interval between waves can range from 5 to 60 minutes, although it usually falls between 10 and 30 minutes. The speed at which the teletsunami travels is dependent on the

text: depth

text: of the water, decreasing as the water becomes more shallow. On average, tsunamis in the Pacific Ocean travel at about ; however, due to the depth of the ocean, the height may only be a few feet. The low

text: amplitude

text: , along with the broad

text: wavelength

text: , which spans approximately , makes vessels in open water unaware of the passing tsunami. In shallow water,

text: scuba divers

text: caught in the 2004 Indian Ocean tsunami were reportedly tossed around underwater, yet boat floating above were unaffected and failed to notice the wave as it passed by.

answers: NDQ_000702

answers: tsunamis

answers: NDQ_000704

answers: Which of the following is not a type of tsunami: teletsunamis or surface currents?

answers: NDQ_000706

answers: shallow water

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: tsunamis closer to shore

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: shallow water

answers: NDQ_000729

answers: not enough information

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Ocean

answers: NDQ_000734

answers: depth of the water

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: interval between waves can range from 5 to 60 minutes, although it usually falls between 10 and 30 minutes

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unaffected and failed to notice the wave

answers: NDQ_000739

answers: shallow

answers: NDQ_000740

answers: depth of the water

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: On average, tsunamis in the Pacific Ocean travel at about

answers: NDQ_000702

answers: teletsunamis

answers: NDQ_000704

answers: depth of the water,

answers: NDQ_000706

answers: open water

answers: NDQ_000707

answers: amplitude,

answers: NDQ_000710

answers: teletsunamis are similar to those of local tsunamis.

answers: NDQ_000715

answers: amplitude,

answers: NDQ_000718

answers: wavelength,

answers: NDQ_000720

answers: teletsunamis

answers: NDQ_000721

answers: teletsunamis

answers: NDQ_000722

answers: shallow water,

answers: NDQ_000723

answers: teletsunamis are similar to those of local tsunamis.

answers: NDQ_000724

answers: teletsunamis are similar to those of local tsunamis.

answers: NDQ_000725

answers: 5 to 60 minutes,

answers: NDQ_000726

answers: wave

answers: NDQ_000727

answers: 5 to 60 minutes, although it usually falls between 10 and 30 minutes.

answers: NDQ_000728

answers: teletsunami travels is dependent on the depth of the water,

answers: NDQ_000729

answers: teletsunamis are similar to those of local tsunamis.

answers: NDQ_000730

answers: teletsunamis

answers: NDQ_000731

answers: teletsunamis

answers: NDQ_000732

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: teletsunamis

answers: NDQ_000735

answers: 5 to 60 minutes, although it usually falls between 10 and 30 minutes.

answers: NDQ_000736

answers: 10 and 30 minutes.

answers: NDQ_000737

answers: teletsunamis

answers: NDQ_000738

answers: shallow.

answers: NDQ_000739

answers: depth of the water, decreasing as the water becomes more shallow.

answers: NDQ_000740

answers: decreasing as the water becomes more shallow.

answers: NDQ_000741

answers: teletsunamis are similar to those of local tsunamis.

answers: NDQ_000742

answers: teletsunamis

answers: NDQ_000743

answers: teletsunamis

answers: NDQ_000744

answers: teletsunamis

answers: NDQ_000745

answers: The speed at which the teletsunami

answers: NDQ_000746

text: Research also suggests that ocean acidification due to increasing concentrations of CO in the atmosphere may affect the calcification machinery of coccolithophores.  This may not only affect immediate events such as increases in population or coccolith production, but also may induce evolutionary adaptation of coccolithophore species over longer periods of time.  For example, coccolithophores use H ion channels in to constantly pump H ions out of the cell during coccolith production.  This allows them to avoid acidosis, as coccolith production would otherwise produce a toxic excess of H ions.  When the function of these ion channels is disrupted, the coccolithophores stop the calcification process to avoid acidosis, thus forming a feedback loop. Low ocean alkalinity, impairs ion channel function and therefore places evolutionary selective pressure on coccolithophores and makes them (and other ocean calcifiers) vulnerable to ocean acidification. In 2008, field evidence indicating an increase in calcification of newly formed ocean sediments containing coccolithophores bolstered the first ever experimental data showing that an increase in ocean CO concentration results in an increase in calcification of these organisms.Decreasing coccolith mass is related to both the increasing concentrations of CO and decreasing concentrations of CO in the world’s oceans.  This lower calcification is assumed to put coccolithophores at ecological disadvantage.  Some species like Calcidiscus leptoporus, however, are not affected in this way, while the most abundant coccolithophore species, E. huxleyi is. Also, highly calcified coccolithophorids have been found in conditions of low CO contrary to predictions. Understanding the effects of increasing ocean acidification on coccolithophore species is absolutely essential to predicting the future chemical composition of the ocean, particularly its carbonate chemistry.  Viable conservation and management measures will come from future research in this area.  Groups like the European-based CALMARO are monitoring the responses of coccolithophore populations to varying pH’s and working to determine environmentally sound measures of control.

text: Research also suggests that

text: ocean acidification

text: due to increasing concentrations of CO in the atmosphere may affect the calcification machinery of coccolithophores.  This may not only affect immediate events such as increases in population or coccolith production, but also may induce

text: evolutionary adaptation

text: of coccolithophore species over longer periods of time.  For example, coccolithophores use H

text: ion channels

text: in to constantly pump H ions out of the cell during coccolith production.  This allows them to avoid

text: acidosis

text: , as coccolith production would otherwise produce a toxic excess of H ions.  When the function of these ion channels is disrupted, the coccolithophores stop the calcification process to avoid acidosis, thus forming a

text: feedback loop

text: . Low ocean

text: alkalinity

text: CALMARO

text: are monitoring the responses of coccolithophore populations to varying pH’s and working to determine environmentally sound measures of control.

answers: NDQ_000702

answers: ocean acidification

answers: NDQ_000704

answers: Which of the following is not a calcifier: coccolithophores, CO, or alkalinity?

answers: NDQ_000706

answers: Low ocean alkalinity

answers: NDQ_000707

answers: ocean acidification causes it to be

answers: NDQ_000710

answers: Coccolithophore species

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: ocean acidification

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a type of wave?

answers: NDQ_000725

answers: Which of the following is not a type of water level change?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: ocean acidification

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide?

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean acidification

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: calcification process to avoid acidosis

answers: NDQ_000737

answers: ocean calcifier

answers: NDQ_000738

answers: highly calcified coccolithophorids have been found in conditions of low CO

answers: NDQ_000739

answers: acidic

answers: NDQ_000740

answers: alkalinity

answers: NDQ_000741

answers: ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean acidification

answers: NDQ_000746

answers: coccolith mass

answers: NDQ_000702

answers: ocean acidification

answers: NDQ_000704

answers: coccolithophores

answers: NDQ_000706

answers: coccolithophores

answers: NDQ_000707

answers: increase in ocean CO concentration results in an increase in calcification

answers: NDQ_000710

answers: increase in ocean CO concentration results in an increase in calcification

answers: NDQ_000715

answers: conservation and management measures

answers: NDQ_000718

answers: varying pH’s

answers: NDQ_000720

answers: Calcidiscus leptoporus,

answers: NDQ_000721

answers: Calcidiscus leptoporus,

answers: NDQ_000722

answers: conservation and management

answers: NDQ_000723

answers: coccolithophores

answers: NDQ_000724

answers: an increase in ocean CO

answers: NDQ_000725

answers: varying pH’s

answers: NDQ_000726

answers: conservation and management measures

answers: NDQ_000727

answers: varying pH’s

answers: NDQ_000728

answers: acidification

answers: NDQ_000729

answers: conservation and management

answers: NDQ_000730

answers: varying pH’s

answers: NDQ_000731

answers: conservation and management measures

answers: NDQ_000732

answers: varying pH’s

answers: NDQ_000733

answers: conservation and management

answers: NDQ_000734

answers: ocean acidification

answers: NDQ_000735

answers: Calcidiscus leptoporus,

answers: NDQ_000736

answers: coccolith mass

answers: NDQ_000737

answers: coccolithophores

answers: NDQ_000738

answers: Calcidiscus leptoporus,

answers: NDQ_000739

answers: alkalinity,

answers: NDQ_000740

answers: Low ocean alkalinity,

answers: NDQ_000741

answers: CO

answers: NDQ_000742

answers: Calcidiscus leptoporus,

answers: NDQ_000743

answers: H ion channels

answers: NDQ_000744

answers: conservation and management measures

answers: NDQ_000745

answers: Low ocean alkalinity,

answers: NDQ_000746

answers: organisms.Decreasing coccolith mass

text: A prominent feature of Eastern Boundary Currents is the presence of upwelling.  Ekman drift causes offshore transport of surface waters, which are then replaced with deep water from below.  Deep waters are cold and nutrient-rich and have a key role in stimulating primary productivity.  Upwelling has led to the enhancement of coastal fisheries in western Morocco (Hance, 1975).

text: A prominent feature of Eastern Boundary Currents is the presence of

text: upwelling

text: Ekman drift

text: causes offshore transport of surface waters, which are then replaced with deep water from below.  Deep waters are cold and

text: nutrient

text: -rich and have a key role in stimulating

text: primary productivity

text: .  Upwelling has led to the enhancement of

text: coastal fisheries

text: in western

text: Morocco

text: (Hance, 1975).

answers: NDQ_000702

answers: Ekman drift

answers: NDQ_000704

answers: Which of the following is not a feature of Eastern Boundary Currents?

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: deep water from below

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a feature of Eastern Boundary Currents: upwelling, upwelling, or upwelling?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: upwelling

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a feature of Eastern Boundary Currents: upwelling, Ekman drift, or Coriolis?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: Ekman drift

answers: NDQ_000735

answers: in the same phase

answers: NDQ_000736

answers: Upwelling

answers: NDQ_000737

answers: Boundary Current

answers: NDQ_000738

answers: Deep waters are cold and nutrient-rich

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: Currents

answers: NDQ_000742

answers: NDQ_000743

answers: transport of surface waters

answers: NDQ_000744

answers: NDQ_000745

answers: Ekman drift

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: upwelling.

answers: NDQ_000704

answers: surface waters,

answers: NDQ_000706

answers: offshore

answers: NDQ_000707

answers: upwelling.

answers: NDQ_000710

answers: deep water from below.

answers: NDQ_000715

answers: upwelling.

answers: NDQ_000718

answers: upwelling.

answers: NDQ_000720

answers: upwelling.

answers: NDQ_000721

answers: upwelling.

answers: NDQ_000722

answers: deep water

answers: NDQ_000723

answers: upwelling. Ekman drift causes offshore transport of surface waters,

answers: NDQ_000724

answers: upwelling.

answers: NDQ_000725

answers: upwelling. Ekman drift causes offshore transport of surface waters,

answers: NDQ_000726

answers: upwelling. Ekman drift causes offshore transport of surface waters,

answers: NDQ_000727

answers: upwelling.

answers: NDQ_000728

answers: upwelling.

answers: NDQ_000729

answers: Ekman drift causes offshore transport of surface waters,

answers: NDQ_000730

answers: upwelling.

answers: NDQ_000731

answers: upwelling.

answers: NDQ_000732

answers: Ekman drift

answers: NDQ_000733

answers: Eastern Boundary Currents

answers: NDQ_000734

answers: upwelling.

answers: NDQ_000735

answers: upwelling.

answers: NDQ_000736

answers: upwelling.

answers: NDQ_000737

answers: Eastern Boundary Currents

answers: NDQ_000738

answers: enhancement of coastal fisheries

answers: NDQ_000739

answers: deep water from below.

answers: NDQ_000740

answers: upwelling.

answers: NDQ_000741

answers: upwelling.

answers: NDQ_000742

answers: Ekman drift

answers: NDQ_000743

answers: Ekman drift causes offshore transport of surface waters,

answers: NDQ_000744

answers: upwelling.

answers: NDQ_000745

answers: Ekman drift

answers: NDQ_000746

answers: upwelling. Ekman drift causes offshore transport of surface waters,

text: Fishing is a very important part of the economy. Oysters are farmed in the bay and keep the bay fairly clean. Sport fishing makes up most of the rest. With nine rivers salmon is the biggest with nearly recovered runs as salmon had to be given away to the food bank. Tillamook County is the first in the continental United States to be declared ready for a tsunami.  This designation was given by the National Oceanic and Atmospheric Administration after the county paid $15,000 for 27 warning sirens and an emergency radio system.

text: Fishing is a very important part of the economy. Oysters are farmed in the bay and keep the bay fairly clean. Sport fishing makes up most of the rest. With nine rivers salmon is the biggest with nearly recovered runs as salmon had to be given away to the food bank. Tillamook County is the first in the continental United States to be declared ready for a

text: tsunami

text: .  This designation was given by the

text: National Oceanic and Atmospheric Administration

text: after the county paid $15,000 for 27 warning sirens and an emergency radio system.

answers: NDQ_000702

answers: Oceanic and Atmospheric Administration

answers: NDQ_000704

answers: Which of the following is not a type of fish: oysters, sport fishing, or salmon?

answers: NDQ_000706

answers: Tillamook

answers: NDQ_000707

answers: a body of water moves at a faster rate than the surrounding water

answers: NDQ_000710

answers: Oysters to the bay

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Which of the following is not a type of ocean wave: hurricanes, tsunami, or storms?

answers: NDQ_000721

answers: Which is not true?

answers: NDQ_000722

answers: Which of the following is true of Tillamook County?

answers: NDQ_000723

answers: Which of the following is not a type of wave: high tide, crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a type of fish: Oysters, salmon or Oysters?

answers: NDQ_000726

answers: Which of the following is not a type of energy transfer?

answers: NDQ_000727

answers: what is the first in the continental United States to be declared ready for a tsunami?

answers: NDQ_000728

answers: Which of the following is not a reason for Tillamook County to be declared ready for a tsunami?

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: Which of the following is not a cause of tides: the sun's gravity or Earth's gravity?

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring, summer, or autumn?

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Oregon day?

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: bay fairly clean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Oysters are farmed in the bay

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: tsunami

answers: NDQ_000741

answers: rivers

answers: NDQ_000742

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: Fishing

answers: NDQ_000704

answers: tsunami.

answers: NDQ_000706

answers: tsunami.

answers: NDQ_000707

answers: tsunami.

answers: NDQ_000710

answers: tsunami.

answers: NDQ_000715

answers: tsunami.

answers: NDQ_000718

answers: tsunami.

answers: NDQ_000720

answers: tsunami.

answers: NDQ_000721

answers: tsunami.

answers: NDQ_000722

answers: tsunami.

answers: NDQ_000723

answers: tsunami.

answers: NDQ_000724

answers: tsunami.

answers: NDQ_000725

answers: tsunami.

answers: NDQ_000726

answers: tsunami.

answers: NDQ_000727

answers: tsunami.

answers: NDQ_000728

answers: 27 warning sirens and an emergency radio system.

answers: NDQ_000729

answers: tsunami.

answers: NDQ_000730

answers: tsunami.

answers: NDQ_000731

answers: tsunami.

answers: NDQ_000732

answers: 27 warning sirens and an emergency radio system.

answers: NDQ_000733

answers: Tillamook County is the first in the continental United States

answers: NDQ_000734

answers: Fishing

answers: NDQ_000735

answers: tsunami.

answers: NDQ_000736

answers: tsunami.

answers: NDQ_000737

answers: rivers

answers: NDQ_000738

answers: salmon had to be given away to the food bank.

answers: NDQ_000739

answers: tsunami.

answers: NDQ_000740

answers: tsunami.

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: tsunami.

answers: NDQ_000743

answers: tsunami.

answers: NDQ_000744

answers: tsunami.

answers: NDQ_000745

answers: tsunami.

answers: NDQ_000746

answers: tsunami.

text: In general, the voltage sensing portion of the ion channel is responsible for the detection of changes in transmembrane potential that trigger the opening or closing of the channel. The S1-4 alpha helices are generally thought to serve this role. In potassium and sodium channels, voltage-sensing S4 helices contain positively-charged lysine or arginine residues in repeated motifs. In its resting state, half of each S4 helix is in contact with the cell cytosol. Upon depolarization, the positively-charged residues on the S4 domains toward the exoplasmic surface of the membrane. It is thought that the first 4 arginines account for the gating current, moving toward the extracellular solvent upon channel activation in response to membrane depolarization. The movement of 10–12 of these protein-bound positive charges triggers a conformational change in the protein that opens the channel. The exact mechanism by which this movement occurs is not currently agreed upon, however the canonical, transporter, paddle, and twisted models are examples of current theories.

text: In general, the voltage sensing portion of the ion channel is responsible for the detection of changes in transmembrane potential that trigger the opening or closing of the channel. The S1-4 alpha helices are generally thought to serve this role. In potassium and sodium channels, voltage-sensing S4 helices contain positively-charged lysine or arginine residues in repeated motifs. In its resting state, half of each S4 helix is in contact with the cell cytosol. Upon depolarization, the positively-charged residues on the S4 domains toward the exoplasmic surface of the membrane. It is thought that the first 4 arginines account for the gating current, moving toward the extracellular solvent upon channel activation in response to membrane depolarization. The movement of 10–12 of these protein-bound positive charges triggers a conformational change in the protein that opens the channel. The exact mechanism by which this movement occurs is not currently agreed upon, however the canonical, transporter, paddle, and twisted models are examples of current theories.

answers: NDQ_000702

answers: changes in transmembrane potential

answers: NDQ_000704

answers: What are the first 4 arginines responsible for?

answers: NDQ_000706

answers: exoplasmic surface

answers: NDQ_000707

answers: depolarization occurs

answers: NDQ_000710

answers: salt water to the surface of the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: hypothetically

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: The exact mechanism by which this movement occurs is not currently agreed upon

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: changes in transmembrane potential

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: voltage sensing portion of the ion channel

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: half of each S4 helix is in contact with the cell cytosol

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: gating current

answers: NDQ_000746

answers: 10–12

answers: NDQ_000702

answers: voltage sensing portion of the ion channel

answers: NDQ_000704

answers: gating current,

answers: NDQ_000706

answers: extracellular solvent

answers: NDQ_000707

answers: depolarization,

answers: NDQ_000710

answers: extracellular solvent

answers: NDQ_000715

answers: changes in transmembrane potential

answers: NDQ_000718

answers: S4 helix is in contact with the cell cytosol.

answers: NDQ_000720

answers: twisted models

answers: NDQ_000721

answers: ion channel

answers: NDQ_000722

answers: cell cytosol.

answers: NDQ_000723

answers: opening or closing of the channel.

answers: NDQ_000724

answers: the canonical, transporter, paddle, and twisted models

answers: NDQ_000725

answers: voltage sensing portion of the ion channel

answers: NDQ_000726

answers: twisted models

answers: NDQ_000727

answers: changes in transmembrane potential

answers: NDQ_000728

answers: voltage sensing portion of the ion channel

answers: NDQ_000729

answers: twisted models

answers: NDQ_000730

answers: the canonical, transporter, paddle, and twisted models

answers: NDQ_000731

answers: twisted models

answers: NDQ_000732

answers: twisted models

answers: NDQ_000733

answers: opening or closing of the channel.

answers: NDQ_000734

answers: changes in transmembrane potential

answers: NDQ_000735

answers: depolarization,

answers: NDQ_000736

answers: S1-4 alpha helices

answers: NDQ_000737

answers: ion channel

answers: NDQ_000738

answers: extracellular solvent

answers: NDQ_000739

answers: depolarization,

answers: NDQ_000740

answers: changes in transmembrane potential

answers: NDQ_000741

answers: gating current,

answers: NDQ_000742

answers: S1-4

answers: NDQ_000743

answers: cell cytosol.

answers: NDQ_000744

answers: changes in transmembrane potential

answers: NDQ_000745

answers: gating current,

answers: NDQ_000746

answers: 10–12

text: There are assumptions that go along with tidal prism models.  The first is that they are applied to smaller estuaries (less than a few kilometers wide)  and secondly, that the estuaries are internally well mixed. Additionally, it is assumed that the water entering the estuary is of oceanic salinity mixing with the fresh river discharge, and that the mixed water will be exported on the ebb tide.  Officer provides a model for simple tidal prism theory where the estuary is represented by a box with the inflow as the volume of river discharge at a salinity of 0, within the estuary, the river discharge mixes with the volume of the tide flooding in (Vp) from the ocean at oceanic salinity (So) and the mixed VR + VP) water flows out at ebb tide.

text: There are assumptions that go along with tidal prism models.  The first is that they are applied to smaller estuaries (less than a few kilometers wide)  and secondly, that the estuaries are internally well mixed. Additionally, it is assumed that the water entering the estuary is of oceanic

text: salinity

text: mixing with the fresh river discharge, and that the mixed water will be exported on the ebb tide.  Officer provides a model for simple tidal prism theory where the estuary is represented by a box with the

text: inflow

text: as the volume of river discharge at a salinity of 0, within the estuary, the river discharge mixes with the volume of the tide flooding in (Vp) from the ocean at oceanic salinity (So) and the mixed VR + VP) water flows out at ebb tide.

answers: NDQ_000702

answers: fresh river discharge

answers: NDQ_000704

answers: What is the name of the ebb tide?

answers: NDQ_000706

answers: estuaries

answers: NDQ_000707

answers: the water in the ocean is too salty

answers: NDQ_000710

answers: water from the ocean to the estuary

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How often do tidal tides occur?

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: Which of the following is not a tidal prism?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: oceanic salinity

answers: NDQ_000735

answers: occult

answers: NDQ_000736

answers: ebb tide

answers: NDQ_000737

answers: estuary

answers: NDQ_000738

answers: tidal prism models

answers: NDQ_000739

answers: salinity 0

answers: NDQ_000740

answers: Ebb tide

answers: NDQ_000741

answers: Tidal

answers: NDQ_000742

answers: ebb

answers: NDQ_000743

answers: NDQ_000744

answers: ebb

answers: NDQ_000745

answers: Ebb tide

answers: NDQ_000746

answers: volume

answers: NDQ_000702

answers: river discharge,

answers: NDQ_000704

answers: ebb tide.

answers: NDQ_000706

answers: oceanic salinity

answers: NDQ_000707

answers: ebb tide.

answers: NDQ_000710

answers: fresh river discharge,

answers: NDQ_000715

answers: tidal prism models.

answers: NDQ_000718

answers: tidal prism models.

answers: NDQ_000720

answers: tidal prism models.

answers: NDQ_000721

answers: tidal prism models.

answers: NDQ_000722

answers: smaller estuaries

answers: NDQ_000723

answers: ebb tide.

answers: NDQ_000724

answers: tidal prism models.

answers: NDQ_000725

answers: ebb tide.

answers: NDQ_000726

answers: tidal prism models.

answers: NDQ_000727

answers: tidal prism models.

answers: NDQ_000728

answers: tidal prism models.

answers: NDQ_000729

answers: ebb tide.

answers: NDQ_000730

answers: tidal prism models.

answers: NDQ_000731

answers: ebb tide.

answers: NDQ_000732

answers: tidal prism models.

answers: NDQ_000733

answers: ebb tide.

answers: NDQ_000734

answers: the ocean

answers: NDQ_000735

answers: ebb tide.

answers: NDQ_000736

answers: ebb tide.

answers: NDQ_000737

answers: estuaries

answers: NDQ_000738

answers: internally well mixed.

answers: NDQ_000739

answers: oceanic salinity

answers: NDQ_000740

answers: ebb tide.

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: ebb tide.

answers: NDQ_000743

answers: oceanic salinity

answers: NDQ_000744

answers: ebb tide.

answers: NDQ_000745

answers: ebb tide.

answers: NDQ_000746

answers: volume of river discharge at a salinity of 0,

text: The Wave-dancers are a tribe of elves who took refuge in the oceans of the World of Two Moons.  Thanks to elfin flesh-shaping magic, the Wave-dancers have in some cases undergone physical alterations such as fins and fish-like tails to help them adapt to an aquatic life.

text: The Wave-dancers are a tribe of elves who took refuge in the oceans of the World of Two Moons.  Thanks to elfin flesh-shaping magic, the Wave-dancers have in some cases undergone physical alterations such as fins and fish-like tails to help them adapt to an aquatic life.

answers: NDQ_000702

answers: Wave-dancers

answers: NDQ_000704

answers: What do the Wave-dancers use to navigate the oceans?

answers: NDQ_000706

answers: the World of Two Moons

answers: NDQ_000707

answers: the wave-dancers are elves

answers: NDQ_000710

answers: Wave-dancers

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many moons does the World of Two Moons have?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: (4).

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Moon

answers: NDQ_000734

answers: oceans

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: World of Two Moons

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Wave-dancers are a tribe of elves

answers: NDQ_000739

answers: elves

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: Wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: magic

answers: NDQ_000744

answers: NDQ_000745

answers: wave

answers: NDQ_000746

answers: NDQ_000702

answers: oceans

answers: NDQ_000704

answers: oceans of the World of Two Moons.

answers: NDQ_000706

answers: World of Two Moons.

answers: NDQ_000707

answers: elfin flesh-shaping magic,

answers: NDQ_000710

answers: fins and fish-like tails

answers: NDQ_000715

answers: oceans of the World of Two Moons.

answers: NDQ_000718

answers: World of Two Moons.

answers: NDQ_000720

answers: elves

answers: NDQ_000721

answers: oceans of the World of Two Moons.

answers: NDQ_000722

answers: oceans of the World of Two Moons.

answers: NDQ_000723

answers: fins and fish-like tails

answers: NDQ_000724

answers: oceans of the World of Two Moons.

answers: NDQ_000725

answers: oceans of the World of Two Moons.

answers: NDQ_000726

answers: oceans of the World of Two Moons.

answers: NDQ_000727

answers: World of Two Moons.

answers: NDQ_000728

answers: The Wave-dancers are a tribe of elves

answers: NDQ_000729

answers: World of Two Moons.

answers: NDQ_000730

answers: oceans of the World of Two Moons.

answers: NDQ_000731

answers: Two Moons.

answers: NDQ_000732

answers: oceans of the World of Two Moons.

answers: NDQ_000733

answers: World of Two Moons.

answers: NDQ_000734

answers: oceans

answers: NDQ_000735

answers: Two Moons.

answers: NDQ_000736

answers: fins and fish-like tails

answers: NDQ_000737

answers: oceans

answers: NDQ_000738

answers: elves

answers: NDQ_000739

answers: oceans of the World of Two Moons.

answers: NDQ_000740

answers: oceans of the World of Two Moons.

answers: NDQ_000741

answers: Wave-dancers

answers: NDQ_000742

answers: Two Moons.

answers: NDQ_000743

answers: flesh-shaping magic,

answers: NDQ_000744

answers: Two Moons.

answers: NDQ_000745

answers: oceans of the World of Two Moons.

answers: NDQ_000746

answers: oceans of the World of Two Moons.

text: Vessels are also subject to ocean surface waves and sea swell as well as effects of wind and weather. These movements can be stressful for passengers and equipment, and must be controlled if possible. The rolling movement can be controlled, to an extent, by ballasting or by devices such as fin stabilizers. Pitching movement is more difficult to limit and can be dangerous if the bow submerges in the waves, a phenomenon called pounding. Sometimes, ships must change course or speed to stop violent rolling or pitching.

text: Vessels are also subject to

text: ocean surface wave

text: s and

text: sea swell

text: as well as effects of

text: wind

text: and

text: weather

text: . These movements can be stressful for passengers and equipment, and must be controlled if possible. The rolling movement can be controlled, to an extent, by ballasting or by devices such as

text: fin stabilizers

text: . Pitching movement is more difficult to limit and can be dangerous if the bow submerges in the waves, a phenomenon called pounding. Sometimes, ships must change course or speed to stop violent rolling or pitching.

answers: NDQ_000702

answers: ocean surface waves

answers: NDQ_000704

answers: Which of the following is not a vessel subject to: surface waves, sea swell, or wind?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: a ship is submerged in it

answers: NDQ_000710

answers: sea swell to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough, or crest?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not caused by Tides: rolling movement, sea swell, or pounding?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What can be controlled, to an extent, by ballasting or by devices such as fin stabilizers?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean surface waves

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: sea swell

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the bow submerges in the waves

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: surface waves

answers: NDQ_000742

answers: NDQ_000743

answers: can be stressful for passengers

answers: NDQ_000744

answers: NDQ_000745

answers: sea swell

answers: NDQ_000746

answers: molar mass

answers: NDQ_000702

answers: ocean surface waves

answers: NDQ_000704

answers: ocean surface waves

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: pounding.

answers: NDQ_000710

answers: ocean surface waves

answers: NDQ_000715

answers: waves

answers: NDQ_000718

answers: waves

answers: NDQ_000720

answers: ocean surface waves

answers: NDQ_000721

answers: ocean surface waves

answers: NDQ_000722

answers: ocean surface waves

answers: NDQ_000723

answers: waves

answers: NDQ_000724

answers: ocean surface waves

answers: NDQ_000725

answers: ocean surface waves and sea swell

answers: NDQ_000726

answers: ocean surface waves

answers: NDQ_000727

answers: ocean surface waves

answers: NDQ_000728

answers: ocean surface waves

answers: NDQ_000729

answers: ocean surface waves

answers: NDQ_000730

answers: ocean surface waves

answers: NDQ_000731

answers: pounding.

answers: NDQ_000732

answers: ocean surface waves

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean surface waves

answers: NDQ_000735

answers: ocean surface waves

answers: NDQ_000736

answers: Pitching movement

answers: NDQ_000737

answers: ocean surface waves

answers: NDQ_000738

answers: ocean surface waves

answers: NDQ_000739

answers: ocean surface waves

answers: NDQ_000740

answers: ocean surface waves and sea swell

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: ocean surface waves

answers: NDQ_000743

answers: The rolling movement can be controlled, to an extent, by ballasting

answers: NDQ_000744

answers: ocean surface waves

answers: NDQ_000745

answers: waves

answers: NDQ_000746

answers: Vessels are also subject to ocean surface waves

text: OPC has a number of ongoing research-to-operations transition efforts that will lead to a suite of new oceanographic analysis and forecast products, such as ocean temperatures and currents based on real time observations and advanced global and basin scale ocean forecasting models. Global ocean sea surface temperatures and currents are now available on the OPC website.

text: OPC has a number of ongoing research-to-operations transition efforts that will lead to a suite of new oceanographic analysis and forecast products, such as ocean temperatures and currents based on real time observations and advanced global and basin scale ocean forecasting models. Global ocean

text: sea surface temperature

text: s and currents are now available on the OPC website.

answers: NDQ_000702

answers: ocean temperatures

answers: NDQ_000704

answers: Which of the following is not available on the OPC website: Global ocean sea surface temperatures or Currents?

answers: NDQ_000706

answers: basin

answers: NDQ_000707

answers: ocean currents are too strong

answers: NDQ_000710

answers: ocean surface temperatures and currents

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: ocean temperatures and currents

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: ocean surface temperatures and currents

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: global ocean sea surface temperatures are now available on the OPC website.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: ocean temperatures and currents

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: NDQ_000702

answers: ocean temperatures and currents

answers: NDQ_000704

answers: Global ocean sea surface temperatures and currents

answers: NDQ_000706

answers: basin

answers: NDQ_000707

answers: currents

answers: NDQ_000710

answers: ocean temperatures and currents

answers: NDQ_000715

answers: Global ocean sea surface temperatures and currents

answers: NDQ_000718

answers: ocean temperatures and currents based on real time observations

answers: NDQ_000720

answers: ocean temperatures and currents

answers: NDQ_000721

answers: ocean temperatures and currents

answers: NDQ_000722

answers: ocean temperatures and currents based on real time observations

answers: NDQ_000723

answers: ocean temperatures and currents based on real time observations

answers: NDQ_000724

answers: ocean temperatures and currents

answers: NDQ_000725

answers: currents

answers: NDQ_000726

answers: ocean temperatures and currents based on real time observations

answers: NDQ_000727

answers: ocean temperatures and currents

answers: NDQ_000728

answers: ocean temperatures and currents

answers: NDQ_000729

answers: ocean temperatures and currents

answers: NDQ_000730

answers: currents

answers: NDQ_000731

answers: ocean temperatures and currents based on real time observations

answers: NDQ_000732

answers: Global ocean sea surface temperatures and currents

answers: NDQ_000733

answers: ocean temperatures and currents based on real time observations

answers: NDQ_000734

answers: ocean temperatures and currents

answers: NDQ_000735

answers: ocean temperatures and currents based on real time observations

answers: NDQ_000736

answers: currents

answers: NDQ_000737

answers: currents

answers: NDQ_000738

answers: ocean temperatures and currents based on real time observations

answers: NDQ_000739

answers: ocean temperatures and currents based on real time observations

answers: NDQ_000740

answers: currents

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: currents

answers: NDQ_000743

answers: ocean temperatures and currents based on real time observations

answers: NDQ_000744

answers: currents

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: Global ocean sea surface temperatures and currents

text: The Mozambique Current is an ocean current in the Indian Ocean, usually defined as warm surface waters flowing south along the African east coast in the Mozambique Channel, between Mozambique and the island of Madagascar.

text: The Mozambique Current is an

text: ocean current

text: in the

text: Indian Ocean

text: , usually defined as warm surface waters flowing south along the African east coast in the Mozambique Channel, between

text: Mozambique

text: and the island of

text: Madagascar

answers: NDQ_000702

answers: warm surface waters flowing south

answers: NDQ_000704

answers: What type of ocean current is the Mozambique Current?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: Mozambique Current

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the opposite of Mozambique Current?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What is the Mozambique Current?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: The Mozambique Current

answers: NDQ_000729

answers: What is the Mozambique Current?

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: The Mozambique Current is an ocean current in the Indian Ocean

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Mozambique Current

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: The Mozambique Current is an ocean current in the Indian Ocean

answers: NDQ_000739

answers: warm

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: ocean current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean current

answers: NDQ_000746

answers: NDQ_000702

answers: warm surface waters

answers: NDQ_000704

answers: warm surface waters

answers: NDQ_000706

answers: Mozambique Channel,

answers: NDQ_000707

answers: warm surface waters

answers: NDQ_000710

answers: warm surface waters

answers: NDQ_000715

answers: The Mozambique Current

answers: NDQ_000718

answers: The Mozambique Current

answers: NDQ_000720

answers: The Mozambique Current

answers: NDQ_000721

answers: The Mozambique Current

answers: NDQ_000722

answers: The Mozambique Current

answers: NDQ_000723

answers: The Mozambique Current

answers: NDQ_000724

answers: The Mozambique Current

answers: NDQ_000725

answers: The Mozambique Current

answers: NDQ_000726

answers: The Mozambique Current

answers: NDQ_000727

answers: The Mozambique Current

answers: NDQ_000728

answers: The Mozambique Current

answers: NDQ_000729

answers: The Mozambique Current

answers: NDQ_000730

answers: The Mozambique Current

answers: NDQ_000731

answers: The Mozambique Current

answers: NDQ_000732

answers: The Mozambique Current

answers: NDQ_000733

answers: Indian Ocean,

answers: NDQ_000734

answers: warm surface waters

answers: NDQ_000735

answers: The Mozambique Current

answers: NDQ_000736

answers: The Mozambique Current

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: warm surface waters

answers: NDQ_000739

answers: warm

answers: NDQ_000740

answers: warm surface waters

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: The Mozambique Current

answers: NDQ_000743

answers: The Mozambique Current

answers: NDQ_000744

answers: The Mozambique Current

answers: NDQ_000745

answers: warm surface waters

answers: NDQ_000746

answers: The Mozambique Current

text: Ocean surface topography is used to map ocean currents, which move around the ocean's "hills" and "valleys" in predictable ways. A clockwise sense of rotation is found around "hills" in the northern hemisphere and "valleys" in the southern hemisphere. This is because of the Coriolis effect. Conversely, a counterclockwise sense of rotation is found around "valleys" in the northern hemisphere and "hills" in the southern hemisphere.

text: Ocean surface topography is used to map

text: ocean current

text: s, which move around the ocean's "hills" and "valleys" in predictable ways. A clockwise sense of rotation is found around "hills" in the northern hemisphere and "valleys" in the southern hemisphere. This is because of the

text: Coriolis effect

text: . Conversely, a counterclockwise sense of rotation is found around "valleys" in the northern hemisphere and "hills" in the southern hemisphere.

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: are used to map ocean currents

answers: NDQ_000706

answers: valleys" in the northern hemisphere

answers: NDQ_000707

answers: ocean currents move around the ocean's

answers: NDQ_000710

answers: ocean currents

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: valleys

answers: NDQ_000723

answers: What is the difference between a crest and a trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the Coriolis effect occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: "hills"

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: the Coriolis effect

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: counterclockwise sense of rotation

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: ocean currents move around the ocean's "hills" and "valleys" in predictable ways

answers: NDQ_000739

answers: evaporating

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: NDQ_000702

answers: Coriolis effect.

answers: NDQ_000704

answers: Ocean surface topography is used to map ocean currents,

answers: NDQ_000706

answers: "hills" and "valleys"

answers: NDQ_000707

answers: Coriolis effect.

answers: NDQ_000710

answers: ocean currents,

answers: NDQ_000715

answers: Coriolis effect.

answers: NDQ_000718

answers: Coriolis effect.

answers: NDQ_000720

answers: Coriolis effect.

answers: NDQ_000721

answers: Coriolis effect.

answers: NDQ_000722

answers: Coriolis effect.

answers: NDQ_000723

answers: Coriolis effect.

answers: NDQ_000724

answers: Coriolis effect.

answers: NDQ_000725

answers: Coriolis effect.

answers: NDQ_000726

answers: Coriolis effect.

answers: NDQ_000727

answers: Ocean surface topography

answers: NDQ_000728

answers: Ocean surface topography is used to map ocean currents,

answers: NDQ_000729

answers: clockwise

answers: NDQ_000730

answers: Coriolis effect.

answers: NDQ_000731

answers: Coriolis effect.

answers: NDQ_000732

answers: clockwise

answers: NDQ_000733

answers: "hills" in the northern hemisphere

answers: NDQ_000734

answers: Coriolis effect.

answers: NDQ_000735

answers: counterclockwise

answers: NDQ_000736

answers: counterclockwise

answers: NDQ_000737

answers: ocean currents,

answers: NDQ_000738

answers: clockwise

answers: NDQ_000739

answers: Coriolis effect.

answers: NDQ_000740

answers: Coriolis effect.

answers: NDQ_000741

answers: ocean currents,

answers: NDQ_000742

answers: Coriolis effect.

answers: NDQ_000743

answers: Coriolis effect.

answers: NDQ_000744

answers: Coriolis effect.

answers: NDQ_000745

answers: ocean currents,

answers: NDQ_000746

answers: Coriolis effect.

text: Baseball players don't care about which hemisphere they're playing in. However, an unguided missile obeys exactly the same physics as a baseball, but can travel far enough and be in the air long enough to experience the effect of Coriolis force. Long-range shells in the Northern Hemisphere landed close to, but to the right of, where they were aimed until this was noted. (Those fired in the Southern Hemisphere landed to the left.) In fact, it was this effect that first got the attention of Coriolis himself.

text: Baseball players don't care about which hemisphere they're playing in. However, an unguided missile obeys exactly the same physics as a baseball, but can travel far enough and be in the air long enough to experience the effect of Coriolis force. Long-range shells in the Northern Hemisphere landed close to, but to the right of, where they were aimed until this was noted. (Those fired in the Southern Hemisphere landed to the left.) In fact, it was this effect that first got the attention of Coriolis himself.

answers: NDQ_000702

answers: Coriolis force

answers: NDQ_000704

answers: are caused by what?

answers: NDQ_000706

answers: Southern Hemisphere

answers: NDQ_000707

answers: Coriolis force is stronger than

answers: NDQ_000710

answers: what to the surface of the ocean?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How would you describe Coriolis?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a hemisphere?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: Coriolis

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: effect of Coriolis

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unguided missile obeys exactly the same physics as a baseball

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: Coriolis

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: NDQ_000745

answers: Coriolis force

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Coriolis

answers: NDQ_000704

answers: Coriolis

answers: NDQ_000706

answers: Coriolis

answers: NDQ_000707

answers: Coriolis force.

answers: NDQ_000710

answers: Coriolis force.

answers: NDQ_000715

answers: Coriolis force.

answers: NDQ_000718

answers: Coriolis

answers: NDQ_000720

answers: Coriolis force.

answers: NDQ_000721

answers: Coriolis

answers: NDQ_000722

answers: Coriolis force.

answers: NDQ_000723

answers: Coriolis force.

answers: NDQ_000724

answers: Coriolis

answers: NDQ_000725

answers: Coriolis force.

answers: NDQ_000726

answers: Coriolis force.

answers: NDQ_000727

answers: Coriolis force.

answers: NDQ_000728

answers: Coriolis force.

answers: NDQ_000729

answers: Coriolis force.

answers: NDQ_000730

answers: Coriolis force.

answers: NDQ_000731

answers: Coriolis force.

answers: NDQ_000732

answers: Coriolis force.

answers: NDQ_000733

answers: Baseball players don't care about which hemisphere

answers: NDQ_000734

answers: Coriolis

answers: NDQ_000735

answers: Coriolis

answers: NDQ_000736

answers: Coriolis

answers: NDQ_000737

answers: Coriolis

answers: NDQ_000738

answers: Baseball players don't care about which hemisphere

answers: NDQ_000739

answers: Southern Hemisphere

answers: NDQ_000740

answers: Coriolis

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis

answers: NDQ_000743

answers: Coriolis force.

answers: NDQ_000744

answers: Coriolis

answers: NDQ_000745

answers: Coriolis

answers: NDQ_000746

answers: Coriolis force.

text: Kelvin waves have been connected to El Niño (beginning in the Northern Hemisphere winter months) in recent years in terms of precursors to this atmospheric and oceanic phenomenon.  Many scientists have utilized coupled atmosphere–ocean models to simulate an El Niño Southern Oscillation (ENSO) event and have stated that the Madden–Julian oscillation (MJO) can trigger oceanic Kelvin waves throughout its 30- to 60-day cycle or the latent heat of condensation can be released (from intense convection) resulting in Kelvin waves as well; this process can then signal the onset of an El Niño event.  The weak low pressure in the Indian Ocean (due to the MJO) typically propagates eastward into the North Pacific Ocean and can produce easterly winds.  These easterly winds can transfer West Pacific warm water toward the east, thereby exciting a Kelvin wave, which in this sense can be thought of as a warm-water anomaly that travels under the ocean’s surface at a depth of about 150 meters.  This wave can be observed at the surface by a slight rise in sea surface height of about 8 cm (associated with  a depression of the thermocline) and an SST increase that covers hundreds of square miles across the surface of the ocean.

text: Kelvin waves have been connected to El Niño (beginning in the Northern Hemisphere winter months) in recent years in terms of precursors to this atmospheric and oceanic phenomenon.  Many scientists have utilized coupled atmosphere–ocean models to simulate an

text: El Niño Southern Oscillation

text: (ENSO) event and have stated that the

text: Madden–Julian oscillation

text: (MJO) can trigger oceanic Kelvin waves throughout its 30- to 60-day cycle or the latent heat of condensation can be released (from intense convection) resulting in Kelvin waves as well; this process can then signal the onset of an El Niño event.  The weak low pressure in the

text: Indian Ocean

text: (due to the MJO) typically propagates eastward into the

text: North Pacific Ocean

text: and can produce easterly winds.  These easterly winds can transfer

text: West Pacific

text: warm water toward the east, thereby exciting a Kelvin wave, which in this sense can be thought of as a warm-water anomaly that travels under the ocean’s surface at a depth of about 150 meters.  This wave can be observed at the surface by a slight rise in sea surface height of about 8 cm (associated with  a depression of the thermocline) and an

text: SST

text: increase that covers hundreds of square miles across the surface of the ocean.

answers: NDQ_000702

answers: Kelvin waves

answers: NDQ_000704

answers: What can be observed by a slight rise in sea surface height of about 8 cm?

answers: NDQ_000706

answers: Kelvin waves

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: West Pacific warm water toward the east

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Kelvin waves

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many days does the Madden–Julian oscillation last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Kelvin waves

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: cycle

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Kelvin waves be connected to El Ni o?

answers: NDQ_000737

answers: oceanic

answers: NDQ_000738

answers: Kelvin waves have been connected to El Ni o

answers: NDQ_000739

answers: warm

answers: NDQ_000740

answers: 30- to 60-day cycle

answers: NDQ_000741

answers: Kelvin wave

answers: NDQ_000742

answers: SST

answers: NDQ_000743

answers: latent heat

answers: NDQ_000744

answers: SST

answers: NDQ_000745

answers: Kelvin wave

answers: NDQ_000746

answers: latent heat

answers: NDQ_000702

answers: weak low pressure

answers: NDQ_000704

answers: SST

answers: NDQ_000706

answers: under the ocean’s surface

answers: NDQ_000707

answers: easterly winds can transfer West Pacific warm water

answers: NDQ_000710

answers: warm water

answers: NDQ_000715

answers: Kelvin waves

answers: NDQ_000718

answers: Kelvin waves

answers: NDQ_000720

answers: Kelvin waves

answers: NDQ_000721

answers: Kelvin waves have been connected to El Ni<unk>o

answers: NDQ_000722

answers: 150 meters.

answers: NDQ_000723

answers: Kelvin waves

answers: NDQ_000724

answers: winds.

answers: NDQ_000725

answers: 30- to 60-day cycle

answers: NDQ_000726

answers: winds.

answers: NDQ_000727

answers: Kelvin waves

answers: NDQ_000728

answers: a slight rise in sea surface height of about 8 cm

answers: NDQ_000729

answers: easterly winds.

answers: NDQ_000730

answers: SST

answers: NDQ_000731

answers: Kelvin waves

answers: NDQ_000732

answers: easterly winds.

answers: NDQ_000733

answers: 30- to 60-day cycle

answers: NDQ_000734

answers: low pressure

answers: NDQ_000735

answers: easterly winds.

answers: NDQ_000736

answers: Kelvin waves

answers: NDQ_000737

answers: easterly winds.

answers: NDQ_000738

answers: warm water toward the east,

answers: NDQ_000739

answers: condensation

answers: NDQ_000740

answers: 30- to 60-day cycle

answers: NDQ_000741

answers: Kelvin wave,

answers: NDQ_000742

answers: SST

answers: NDQ_000743

answers: latent heat

answers: NDQ_000744

answers: SST

answers: NDQ_000745

answers: Kelvin wave,

answers: NDQ_000746

answers: 30- to 60-day cycle

text: The team also found evidence of four older layers of turbidite, suggesting that such collapses have been a recurrent event since Lake Geneva formed at the end of the last Ice Age some 19,000 years ago. It is not yet known how frequently they have occurred – further investigation will be required to answer this question – but researcher Guy Simpson says, "It's certainly happened before and I think that we can expect that it will probably happen again sometime." Although most people's focus has been on marine tsunamis such as the 2004 Indian Ocean tsunami and the March 2011 tsunami in Japan, lakeside cities such as Geneva,  from the sea, are also at risk. Katrina Kremer notes that the risk of a fresh tsunami still exists, not just in Lake Geneva, but in other mountain lakes as well: "We have recognised that a tsunami risk applies to all lakes that have unstable slopes along the shore." However, she warns, "the risk is underestimated because most people just do not know that tsunamis can happen in lakes." The risk is particularly pronounced for the city of Geneva, given its position on low ground at the funnel-shaped end of the lake, which magnifies the effects of a tsunami. The impact of a new tsunami on the whole of Lake Geneva would be far more severe now than in 563, as over a million people now live along the lake's shores.

text: The team also found evidence of four older layers of turbidite, suggesting that such collapses have been a recurrent event since Lake Geneva formed at the end of the last

text: Ice Age

text: some 19,000 years ago. It is not yet known how frequently they have occurred – further investigation will be required to answer this question – but researcher Guy Simpson says, "It's certainly happened before and I think that we can expect that it will probably happen again sometime." Although most people's focus has been on marine tsunamis such as the

text: 2004 Indian Ocean tsunami

text: and the

text: March 2011 tsunami in Japan

text: , lakeside cities such as Geneva,  from the sea, are also at risk. Katrina Kremer notes that the risk of a fresh tsunami still exists, not just in Lake Geneva, but in other mountain lakes as well: "We have recognised that a tsunami risk applies to all lakes that have unstable slopes along the shore." However, she warns, "the risk is underestimated because most people just do not know that tsunamis can happen in lakes." The risk is particularly pronounced for the city of Geneva, given its position on low ground at the funnel-shaped end of the lake, which magnifies the effects of a tsunami. The impact of a new tsunami on the whole of Lake Geneva would be far more severe now than in 563, as over a million people now live along the lake's shores.

answers: NDQ_000702

answers: turbidite

answers: NDQ_000704

answers: Lake Geneva is a lake located in which country?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: unstable slopes are along the shore

answers: NDQ_000710

answers: Lake Geneva's water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: How many layers of turbidite were found?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many layers of turbidite were found in Lake Geneva?

answers: NDQ_000726

answers: What is a tsunami?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: What is the first sign of a tsunami?

answers: NDQ_000729

answers: How does the Coriolis effect work?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does the Coriolis effect cause?

answers: NDQ_000733

answers: lake

answers: NDQ_000734

answers: Lake Geneva

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: lake's position on low ground

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Lake Geneva formed at the end of the last Ice Age some 19,000 years ago

answers: NDQ_000739

answers: Lake Geneva

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: no

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: turbidity

answers: NDQ_000702

answers: collapses

answers: NDQ_000704

answers: unstable slopes

answers: NDQ_000706

answers: marine

answers: NDQ_000707

answers: turbidite,

answers: NDQ_000710

answers: tsunami.

answers: NDQ_000715

answers: tsunami.

answers: NDQ_000718

answers: 563,

answers: NDQ_000720

answers: marine tsunamis

answers: NDQ_000721

answers: marine tsunamis

answers: NDQ_000722

answers: unstable slopes

answers: NDQ_000723

answers: tsunami.

answers: NDQ_000724

answers: marine tsunamis

answers: NDQ_000725

answers: Lake Geneva

answers: NDQ_000726

answers: marine tsunamis

answers: NDQ_000727

answers: turbidite,

answers: NDQ_000728

answers: marine tsunamis such as the 2004 Indian Ocean tsunami

answers: NDQ_000729

answers: Lake Geneva formed at the end of the last Ice Age

answers: NDQ_000730

answers: Lake Geneva formed at the end of the last Ice Age

answers: NDQ_000731

answers: end of the last Ice Age

answers: NDQ_000732

answers: 2004 Indian Ocean tsunami and the March 2011 tsunami in Japan,

answers: NDQ_000733

answers: 563,

answers: NDQ_000734

answers: turbidite,

answers: NDQ_000735

answers: end of the last Ice Age

answers: NDQ_000736

answers: Lake Geneva formed at the end of the last Ice Age

answers: NDQ_000737

answers: marine tsunamis

answers: NDQ_000738

answers: Lake Geneva formed at the end of the last Ice Age

answers: NDQ_000739

answers: 2004 Indian Ocean tsunami and the March 2011 tsunami in Japan,

answers: NDQ_000740

answers: 2004 Indian Ocean tsunami

answers: NDQ_000741

answers: tsunamis

answers: NDQ_000742

answers: turbidite,

answers: NDQ_000743

answers: turbidite,

answers: NDQ_000744

answers: turbidite,

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: four older layers of turbidite,

text: The benthic region of the ocean begins at the shore line (intertidal or eulittoral zone) and extends downward along the surface of  the continental shelf out to sea. The continental shelf is a gently sloping benthic region that extends away from the land mass. At the continental shelf edge, usually about 200 meters deep, the gradient greatly increases and is known as the continental slope. The continental slope drops down to the deep sea floor. The deep-sea floor is called the abyssal plain and is usually about 4,000 meters deep. The ocean floor is not all flat but has submarine ridges and deep ocean trenches known as the hadal zone.

text: The benthic region of the ocean begins at the shore line (

text: intertidal

text: or

text: eulittoral

text: zone) and extends downward along the surface of  the

text: continental shelf

text: out to sea. The continental shelf is a gently sloping benthic region that extends away from the land mass. At the continental shelf edge, usually about 200 meters deep, the gradient greatly increases and is known as the continental slope. The continental slope drops down to the deep sea floor. The deep-sea floor is called the

text: abyssal plain

text: and is usually about 4,000 meters deep. The ocean floor is not all flat but has

text: submarine ridges

text: and deep

text: ocean trench

text: es known as the

text: hadal zone

answers: NDQ_000702

answers: continental slope

answers: NDQ_000704

answers: Which of the following is not a benthic region: continental shelf, continental slope or hadal zone?

answers: NDQ_000706

answers: continental shelf edge

answers: NDQ_000707

answers: the surface of the ocean is not flat.

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: The continental shelf

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many meters deep is the continental slope?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: the continental slope

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: continental slope

answers: NDQ_000737

answers: continental shelf

answers: NDQ_000738

answers: the continental shelf is a gently sloping benthic region

answers: NDQ_000739

answers: 4,000 meters deep

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: eulittoral

answers: NDQ_000742

answers: intertidal

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: eutrophication

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: benthic region of the ocean

answers: NDQ_000704

answers: continental shelf

answers: NDQ_000706

answers: At the continental shelf edge,

answers: NDQ_000707

answers: shore line

answers: NDQ_000710

answers: continental slope. The continental slope drops down to the deep sea floor.

answers: NDQ_000715

answers: continental slope. The continental slope drops down to the deep sea floor.

answers: NDQ_000718

answers: continental slope.

answers: NDQ_000720

answers: The benthic region of the ocean

answers: NDQ_000721

answers: The benthic region of the ocean

answers: NDQ_000722

answers: (intertidal or eulittoral zone)

answers: NDQ_000723

answers: The benthic region of the ocean

answers: NDQ_000724

answers: The benthic region of the ocean

answers: NDQ_000725

answers: ocean begins at the shore line (intertidal

answers: NDQ_000726

answers: The benthic region of the ocean

answers: NDQ_000727

answers: the continental slope.

answers: NDQ_000728

answers: The benthic region of the ocean begins at the shore line

answers: NDQ_000729

answers: The benthic region of the ocean

answers: NDQ_000730

answers: The benthic region of the ocean

answers: NDQ_000731

answers: continental slope.

answers: NDQ_000732

answers: continental slope.

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: benthic region of the ocean

answers: NDQ_000735

answers: eulittoral zone)

answers: NDQ_000736

answers: continental slope.

answers: NDQ_000737

answers: The benthic region

answers: NDQ_000738

answers: continental slope. The continental slope drops down to the deep sea floor.

answers: NDQ_000739

answers: deep sea floor.

answers: NDQ_000740

answers: (intertidal

answers: NDQ_000741

answers: continental slope.

answers: NDQ_000742

answers: (intertidal

answers: NDQ_000743

answers: The benthic region of the ocean begins at the shore line

answers: NDQ_000744

answers: (intertidal

answers: NDQ_000745

answers: downward along the surface of the continental shelf

answers: NDQ_000746

answers: 200 meters deep, the gradient greatly increases and is known as the continental slope.

text: A rogue wave is a natural ocean phenomenon that is not caused by land movement, only lasts briefly, occurs in a limited location, and most often happens far out at sea. Rogue waves are considered rare but potentially very dangerous, since they can involve the spontaneous formation of massive waves far beyond the usual expectations of ship designers, and can overwhelm the usual capabilities of ocean-going vessels which are not designed for such encounters. Rogue waves are therefore distinct from tsunamis. Tsunamis are caused by massive displacement of water, often resulting from sudden movement of the ocean floor, after which they propagate at high speed over a wide area. They are nearly unnoticeable in deep water and only become dangerous as they approach the shoreline and the ocean floor becomes shallower; therefore tsunamis do not present a threat to shipping at sea (the only ships lost in the 2004 Asian tsunami were in port). They are also distinct from megatsunamis, which are single massive waves caused by sudden impact, such as meteor impact or landslides within enclosed or limited bodies of water. They are also different from the waves described as "hundred-year waves", which is a purely statistical prediction of the highest wave likely to occur in a hundred-year period in a particular body of water.

text: A rogue wave is a natural ocean phenomenon that is not caused by land movement, only lasts briefly, occurs in a limited location, and most often happens far out at sea. Rogue waves are considered rare but potentially very dangerous, since they can involve the spontaneous formation of massive waves far beyond the usual expectations of

text: ship design

text: ers, and can overwhelm the usual capabilities of ocean-going vessels which are not designed for such encounters. Rogue waves are therefore distinct from

text: tsunami

text: s. Tsunamis are caused by massive displacement of water, often resulting from

text: sudden movement

text: of the

text: ocean floor

text: , after which they propagate at high speed over a wide area. They are nearly unnoticeable in deep water and only become dangerous as they approach the shoreline and the ocean floor becomes shallower; therefore tsunamis do not present a threat to shipping at sea (the only ships lost in the

text: 2004 Asian tsunami

text: were in port). They are also distinct from

text: megatsunami

text: s, which are single massive waves caused by sudden impact, such as

text: meteor impact

text: or

text: landslide

text: s within enclosed or limited bodies of water. They are also different from the waves described as "

text: hundred-year wave

text: s", which is a purely

text: statistical

text: prediction of the highest wave likely to occur in a hundred-year period in a particular body of water.

answers: NDQ_000702

answers: massive displacement of water

answers: NDQ_000704

answers: What are caused by sudden movement of the ocean floor?

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: sudden movement of the ocean floor

answers: NDQ_000710

answers: Tsunamis closer to shore

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: not enough information

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: land movement

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Tsunamis

answers: NDQ_000737

answers: natural ocean phenomenon

answers: NDQ_000738

answers: the only ships lost in the 2004 Asian tsunami were in port

answers: NDQ_000739

answers: shallower

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunamis

answers: NDQ_000742

answers: Tsunamis

answers: NDQ_000743

answers: Tsunamis

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: mass

answers: NDQ_000702

answers: sudden movement of the ocean floor,

answers: NDQ_000704

answers: tsunamis.

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: sudden impact,

answers: NDQ_000710

answers: Tsunamis are caused by massive displacement of water,

answers: NDQ_000715

answers: "hundred-year waves",

answers: NDQ_000718

answers: "hundred-year waves",

answers: NDQ_000720

answers: megatsunamis,

answers: NDQ_000721

answers: tsunamis. Tsunamis are caused by massive displacement of water,

answers: NDQ_000722

answers: Tsunamis

answers: NDQ_000723

answers: Tsunamis

answers: NDQ_000724

answers: land movement,

answers: NDQ_000725

answers: Tsunamis

answers: NDQ_000726

answers: land movement,

answers: NDQ_000727

answers: rogue wave

answers: NDQ_000728

answers: they propagate at high speed over a wide area.

answers: NDQ_000729

answers: land movement,

answers: NDQ_000730

answers: massive displacement of water,

answers: NDQ_000731

answers: "hundred-year waves",

answers: NDQ_000732

answers: Tsunamis

answers: NDQ_000733

answers: hundred-year period

answers: NDQ_000734

answers: massive displacement of water,

answers: NDQ_000735

answers: "hundred-year waves",

answers: NDQ_000736

answers: "hundred-year waves",

answers: NDQ_000737

answers: rogue wave

answers: NDQ_000738

answers: land movement,

answers: NDQ_000739

answers: deep water

answers: NDQ_000740

answers: Tsunamis are caused by massive displacement of water,

answers: NDQ_000741

answers: tsunamis.

answers: NDQ_000742

answers: "hundred-year waves",

answers: NDQ_000743

answers: Tsunamis are caused by massive displacement of water,

answers: NDQ_000744

answers: A rogue wave

answers: NDQ_000745

answers: Tsunamis

answers: NDQ_000746

answers: Tsunamis are caused by massive displacement of water,

text: For the specific case of predicting wind wave statistics on the ocean, the term ocean surface wave model is used.

text: For the specific case of predicting wind wave statistics on the ocean, the term ocean surface wave model is used.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: can be used to predict wind wave statistics on the ocean

answers: NDQ_000706

answers: ocean surface

answers: NDQ_000707

answers: a wave is too large.

answers: NDQ_000710

answers: ice to the surface of the ocean

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: it is shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: Why are all waves caused by winds?

answers: NDQ_000725

answers: What is the best way to measure tides?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: what is the difference between high and low tides?

answers: NDQ_000728

answers: the ocean surface wave model

answers: NDQ_000729

answers: what is the cause of coriolis effect

answers: NDQ_000730

answers: what is the reason for the tides?

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in the east.

answers: NDQ_000736

answers: ocean surface wave model

answers: NDQ_000737

answers: ocean surface wave

answers: NDQ_000738

answers: wind wave statistics on the ocean are used.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: can not be predicted

answers: NDQ_000741

answers: wind

answers: NDQ_000742

answers: can not be predicted

answers: NDQ_000743

answers: is a term used to describe

answers: NDQ_000744

answers: can not be predicted

answers: NDQ_000745

answers: surface wave model

answers: NDQ_000746

answers: numerator

answers: NDQ_000702

answers: wind wave

answers: NDQ_000704

answers: ocean surface wave model

answers: NDQ_000706

answers: ocean surface

answers: NDQ_000707

answers: wind wave statistics on the ocean, the term ocean surface wave model

answers: NDQ_000710

answers: wind wave statistics

answers: NDQ_000715

answers: ocean surface wave model

answers: NDQ_000718

answers: ocean surface wave model

answers: NDQ_000720

answers: ocean surface wave model

answers: NDQ_000721

answers: For the specific case of predicting wind wave statistics on the ocean,

answers: NDQ_000722

answers: ocean surface wave model

answers: NDQ_000723

answers: ocean surface wave model

answers: NDQ_000724

answers: ocean surface wave model

answers: NDQ_000725

answers: ocean surface wave model

answers: NDQ_000726

answers: ocean surface wave model

answers: NDQ_000727

answers: ocean surface wave model

answers: NDQ_000728

answers: ocean surface wave model

answers: NDQ_000729

answers: ocean surface wave model

answers: NDQ_000730

answers: ocean surface wave model

answers: NDQ_000731

answers: ocean surface wave model

answers: NDQ_000732

answers: ocean surface wave model

answers: NDQ_000733

answers: ocean,

answers: NDQ_000734

answers: wind wave

answers: NDQ_000735

answers: ocean surface wave model

answers: NDQ_000736

answers: ocean surface wave model

answers: NDQ_000737

answers: wind wave

answers: NDQ_000738

answers: ocean surface wave model

answers: NDQ_000739

answers: ocean surface wave model

answers: NDQ_000740

answers: ocean surface wave model

answers: NDQ_000741

answers: wind wave

answers: NDQ_000742

answers: ocean surface wave model

answers: NDQ_000743

answers: ocean surface wave model

answers: NDQ_000744

answers: ocean surface wave model

answers: NDQ_000745

answers: ocean surface wave model

answers: NDQ_000746

answers: ocean surface wave model

text: He was the son of Luiz de Araujo Franco and Adelina Santos Franco.He attended high school in the traditional school Pedro II in Rio de Janeiro and became a Navy officer in the Naval Academy in 1933. Participated in the war efforts of the Navy of Brazil during World War II. Later he specialized in studies related to the phenomena of the tides. He was promoted to Rear Admiral in 1961, he won several medals and was awarded the title of Professor Emeritus of the Oceanographic Institute of the University of São Paulo in 1996, where he was director in the period 1970-1974. Developed computational methods based on techniques of Fast Fourier Transform for analysis and prediction of tides. In 1976 he earned a doctorate in Naval Engineering from Polytechnic School of the University of São Paulo defending thesis entitled "Components in Harmonic Tide Small Funds" . These components are generated by tidal currents, where the periodic movements (amplitude and phase) of Sun and Moon in "around the Earth" are combined in a nonlinear way leading to other components called small fund. It is now generated by the transformation of the tide in ocean barotropic baroclinic tides in the shallow regions of offshore.

text: He was the son of Luiz de Araujo Franco and Adelina Santos Franco.He attended high school in the traditional school Pedro II in Rio de Janeiro and became a Navy officer in the Naval Academy in 1933. Participated in the war efforts of the Navy of Brazil during

text: World War II

text: . Later he specialized in studies related to the phenomena of the tides. He was promoted to Rear Admiral in 1961, he won several medals and was awarded the title of Professor Emeritus of the

entity_name: Oceanographic Institute of the University of São Paulo

text: Oceanographic Institute of the University of São Paulo

text: in 1996, where he was director in the period 1970-1974. Developed computational methods based on techniques of

text: Fast Fourier Transform

text: for analysis and prediction of tides. In 1976 he earned a doctorate in Naval Engineering from

entity_name: Polytechnic School of the University of São Paulo

text: Polytechnic School of the University of São Paulo

text: defending thesis entitled "Components in Harmonic Tide Small Funds" . These components are generated by tidal currents, where the periodic movements (amplitude and phase) of

text: Sun

text: and

text: Moon

text: in "around the

text: Earth

text: " are combined in a nonlinear way leading to other components called small fund. It is now generated by the transformation of the

text: tide

text: in ocean barotropic baroclinic tides in the shallow regions of offshore.

answers: NDQ_000702

answers: tidal currents

answers: NDQ_000704

answers: Which of the following is not a type of tide: barotropic baroclinic tides or tidal currents?

answers: NDQ_000706

answers: shallow regions of offshore

answers: NDQ_000707

answers: tidal currents

answers: NDQ_000710

answers: Tide Small Funds

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: Why is the water shallow?

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many years was he director of the Oceanographic Institute of the University of S o Paulo

answers: NDQ_000726

answers: What did he specialized in studies related to the phenomena of the tides?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: tidal currents

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect: rotation of the Earth, Sun, or Moon?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: tidal currents

answers: NDQ_000735

answers: around the Earth

answers: NDQ_000736

answers: barotropic baroclinic

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: tidal currents are generated by tidal currents

answers: NDQ_000739

answers: shallow

answers: NDQ_000740

answers: Tidal

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: barotropic baroclinic

answers: NDQ_000743

answers: Which of the following is not a type of energy transfer?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tidal currents

answers: NDQ_000746

answers: barotropic baroclinic

answers: NDQ_000702

answers: tidal currents,

answers: NDQ_000704

answers: tidal currents,

answers: NDQ_000706

answers: offshore.

answers: NDQ_000707

answers: tidal currents,

answers: NDQ_000710

answers: tidal currents,

answers: NDQ_000715

answers: (amplitude

answers: NDQ_000718

answers: barotropic baroclinic tides

answers: NDQ_000720

answers: Oceanographic Institute of the University of S<unk>o Paulo

answers: NDQ_000721

answers: Sun and Moon

answers: NDQ_000722

answers: offshore.

answers: NDQ_000723

answers: Franco

answers: NDQ_000724

answers: tidal currents,

answers: NDQ_000725

answers: tides.

answers: NDQ_000726

answers: tidal currents,

answers: NDQ_000727

answers: tidal currents,

answers: NDQ_000728

answers: tidal currents,

answers: NDQ_000729

answers: Sun and Moon in "around the Earth"

answers: NDQ_000730

answers: tidal currents,

answers: NDQ_000731

answers: barotropic baroclinic tides

answers: NDQ_000732

answers: Oceanographic Institute of the University of S<unk>o Paulo

answers: NDQ_000733

answers: Rio de Janeiro

answers: NDQ_000734

answers: tidal currents,

answers: NDQ_000735

answers: tidal currents, where the periodic movements

answers: NDQ_000736

answers: barotropic baroclinic tides

answers: NDQ_000737

answers: tidal currents,

answers: NDQ_000738

answers: shallow regions of offshore.

answers: NDQ_000739

answers: offshore.

answers: NDQ_000740

answers: tidal currents,

answers: NDQ_000741

answers: tidal currents,

answers: NDQ_000742

answers: barotropic baroclinic tides

answers: NDQ_000743

answers: tidal currents,

answers: NDQ_000744

answers: barotropic baroclinic tides

answers: NDQ_000745

answers: tidal currents,

answers: NDQ_000746

answers: Franco

text: Flow of ocean water is also largely geostrophic.  Just as multiple weather balloons that measure pressure as a function of height in the atmosphere are used to map the atmospheric pressure field and infer the geostrophic wind, measurements of density as a function of depth in the ocean are used to infer geostrophic currents.  Satellite altimeters are also used to measure sea surface height anomaly, which permits a calculation of the geostrophic current at the surface.

text: Flow of ocean water is also largely geostrophic.  Just as multiple weather balloons that measure pressure as a function of height in the atmosphere are used to map the atmospheric pressure field and infer the geostrophic wind, measurements of density as a function of depth in the ocean are used to infer geostrophic currents.

text: Satellite altimeters

text: are also used to measure sea surface height anomaly, which permits a calculation of the geostrophic current at the surface.

answers: NDQ_000702

answers: geostrophic

answers: NDQ_000704

answers: What are used to calculate the geostrophic current at the surface?

answers: NDQ_000706

answers: the surface

answers: NDQ_000707

answers: density is a function of depth

answers: NDQ_000710

answers: ocean water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: density

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: sea surface height anomaly

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: geostrophic

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: buoyancy of water

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: satellite altimeters are also used to measure sea surface height anomaly

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: sea surface height anomaly

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: geostrophic current

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: Flow of ocean water

answers: NDQ_000704

answers: geostrophic current at the surface.

answers: NDQ_000706

answers: the surface.

answers: NDQ_000707

answers: pressure

answers: NDQ_000710

answers: Flow of ocean water

answers: NDQ_000715

answers: Satellite altimeters

answers: NDQ_000718

answers: wind,

answers: NDQ_000720

answers: Flow of ocean water is also largely geostrophic.

answers: NDQ_000721

answers: Flow of ocean water is also largely geostrophic.

answers: NDQ_000722

answers: measurements of density as a function of depth

answers: NDQ_000723

answers: Flow of ocean water

answers: NDQ_000724

answers: wind,

answers: NDQ_000725

answers: Flow of ocean water is also largely geostrophic.

answers: NDQ_000726

answers: wind,

answers: NDQ_000727

answers: Flow of ocean water

answers: NDQ_000728

answers: Flow of ocean water is also largely geostrophic.

answers: NDQ_000729

answers: Flow of ocean water is also largely geostrophic.

answers: NDQ_000730

answers: Flow of ocean water is also largely geostrophic.

answers: NDQ_000731

answers: Satellite altimeters

answers: NDQ_000732

answers: Satellite altimeters

answers: NDQ_000733

answers: ocean water

answers: NDQ_000734

answers: Flow of ocean water

answers: NDQ_000735

answers: Satellite altimeters

answers: NDQ_000736

answers: geostrophic.

answers: NDQ_000737

answers: Flow of ocean water

answers: NDQ_000738

answers: Flow of ocean water is also largely geostrophic.

answers: NDQ_000739

answers: depth

answers: NDQ_000740

answers: Flow of ocean water is also largely geostrophic.

answers: NDQ_000741

answers: currents.

answers: NDQ_000742

answers: Flow of ocean water is also largely geostrophic.

answers: NDQ_000743

answers: Flow of ocean water

answers: NDQ_000744

answers: Flow of ocean water

answers: NDQ_000745

answers: Flow of ocean water is also largely geostrophic.

answers: NDQ_000746

answers: density

text: A Kelvin wave is any progressive wave that is channeled between two boundaries or opposing forces (usually between the Coriolis force and a coastline or the equator). There are two types, coastal and equatorial. Kelvin waves are gravity driven and non-dispersive. This means that Kelvin waves can retain their shape and direction over long periods of time. They are usually created by a sudden shift in the wind, such as the change of the trade winds at the beginning of the El Niño-Southern Oscillation.

text: A

text: Kelvin wave

text: is any

text: progressive wave

text: that is channeled between two boundaries or opposing forces (usually between the

text: Coriolis force

text: and a

text: coastline

text: or the

text: equator

text: ). There are two types, coastal and equatorial. Kelvin waves are

text: gravity

text: driven and

text: non-dispersive

text: . This means that Kelvin waves can retain their shape and direction over long periods of time. They are usually created by a sudden shift in the wind, such as the change of the

text: trade wind

text: s at the beginning of the

text: El Niño-Southern Oscillation

answers: NDQ_000702

answers: Kelvin waves

answers: NDQ_000704

answers: Which of the following is not a type of wave: coastal or equatorial?

answers: NDQ_000706

answers: equatorial

answers: NDQ_000707

answers: a sudden change in the wind

answers: NDQ_000710

answers: Kelvin waves

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: Kelvin waves

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a Kelvin wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many types of Kelvin waves are there?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Kelvin waves

answers: NDQ_000729

answers: What is the cause of Kelvin waves?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Kelvin

answers: NDQ_000734

answers: Kelvin waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Kelvin wave

answers: NDQ_000737

answers: Kelvin wave

answers: NDQ_000738

answers: Kelvin waves are gravity driven and non-dispersive

answers: NDQ_000739

answers: equator

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Kelvin wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: Kelvin waves

answers: NDQ_000746

answers: Gravity

answers: NDQ_000702

answers: a sudden shift in the wind,

answers: NDQ_000704

answers: Kelvin wave

answers: NDQ_000706

answers: equator).

answers: NDQ_000707

answers: a sudden shift in the wind,

answers: NDQ_000710

answers: Kelvin wave

answers: NDQ_000715

answers: Kelvin wave

answers: NDQ_000718

answers: Kelvin wave

answers: NDQ_000720

answers: Kelvin wave

answers: NDQ_000721

answers: a sudden shift in the wind,

answers: NDQ_000722

answers: Kelvin wave

answers: NDQ_000723

answers: Kelvin wave

answers: NDQ_000724

answers: a sudden shift in the wind,

answers: NDQ_000725

answers: A Kelvin wave

answers: NDQ_000726

answers: a sudden shift in the wind,

answers: NDQ_000727

answers: Kelvin wave

answers: NDQ_000728

answers: a sudden shift in the wind,

answers: NDQ_000729

answers: A Kelvin wave

answers: NDQ_000730

answers: Kelvin waves are gravity driven and non-dispersive.

answers: NDQ_000731

answers: Kelvin wave

answers: NDQ_000732

answers: Kelvin wave

answers: NDQ_000733

answers: two types, coastal and equatorial.

answers: NDQ_000734

answers: a sudden shift in the wind,

answers: NDQ_000735

answers: a sudden shift in the wind,

answers: NDQ_000736

answers: Kelvin wave

answers: NDQ_000737

answers: Kelvin wave

answers: NDQ_000738

answers: Kelvin waves can retain their shape and direction over long periods of time.

answers: NDQ_000739

answers: gravity driven and non-dispersive.

answers: NDQ_000740

answers: change of the trade winds

answers: NDQ_000741

answers: Kelvin wave

answers: NDQ_000742

answers: Kelvin wave

answers: NDQ_000743

answers: gravity driven and non-dispersive.

answers: NDQ_000744

answers: Kelvin wave

answers: NDQ_000745

answers: Kelvin wave

answers: NDQ_000746

answers: gravity driven and non-dispersive.

text: Floating wind turbines can be used to provide motive power for achieving artificial upwelling of nutrient-rich deep ocean water to the surface for enhancing fisheries growth in areas with tropical and temperate weather. Though deep seawater (below 50 meters depth) is rich in nutrients such as nitrogen and phosphorus, the phytoplankton growth is poor due to the absence of sunlight. The most productive ocean fishing grounds are located in cold water seas at high latitudes where natural upwelling of deep sea water occurs due to inverse thermocline temperatures. The electricity generated by the floating wind turbine would be used to drive high–flow and low–head water pumps to draw cold water from below 50 meters water depth and mixed with warm surface water by eductors before releasing into the sea. Mediterranean sea, Black sea, Caspian sea, Red sea, Persian gulf, deep water lakes/reservoirs are suitable for artificial upwelling for enhancing fish catch economically. These units can also be mobile type to utilise the seasonal favourable winds all around the year.

text: Floating wind turbines can be used to provide motive power for achieving artificial

text: upwelling

text: of nutrient-rich deep ocean water to the surface for enhancing fisheries growth in areas with tropical and temperate weather. Though deep seawater (below 50 meters depth) is rich in nutrients such as nitrogen and phosphorus, the

text: phytoplankton

text: growth is poor due to the absence of sunlight. The most productive ocean fishing grounds are located in cold water seas at high latitudes where natural upwelling of deep sea water occurs due to inverse

text: thermocline

text: temperatures. The electricity generated by the floating wind turbine would be used to drive high–flow and low–head water pumps to draw cold water from below 50 meters water depth and mixed with warm surface water by

text: eductors

text: before releasing into the sea.

text: Mediterranean sea

text: Black sea

text: Caspian sea

text: Red sea

text: Persian gulf

text: , deep water lakes/reservoirs are suitable for artificial upwelling for enhancing fish catch economically. These units can also be mobile type to utilise the seasonal favourable winds all around the year.

answers: NDQ_000702

answers: inverse thermocline temperatures

answers: NDQ_000704

answers: Which of the following is not a source of nutrient-rich deep ocean water to the surface for enhancing fisheries growth?

answers: NDQ_000706

answers: deep sea

answers: NDQ_000707

answers: the water in the ocean is too cold

answers: NDQ_000710

answers: nutrient-rich deep ocean water

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What is the most productive ocean fishing grounds?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: inverse thermocline temperatures

answers: NDQ_000728

answers: deep seawater

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What is the most productive ocean fishing grounds?

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: natural upwelling

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: inverse thermocline

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: the phytoplankton growth is poor due to the absence of sunlight

answers: NDQ_000739

answers: below 50 meters

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: upwell

answers: NDQ_000742

answers: seasonal

answers: NDQ_000743

answers: NDQ_000744

answers: seasonal favourable winds

answers: NDQ_000745

answers: artificial upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: warm surface water

answers: NDQ_000706

answers: cold water seas at high latitudes

answers: NDQ_000707

answers: winds

answers: NDQ_000710

answers: enhancing fisheries growth

answers: NDQ_000715

answers: high–flow and low–head

answers: NDQ_000718

answers: inverse thermocline temperatures.

answers: NDQ_000720

answers: Floating wind turbines

answers: NDQ_000721

answers: sunlight.

answers: NDQ_000722

answers: deep seawater

answers: NDQ_000723

answers: nutrient-rich deep ocean water

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: seasonal favourable winds all around the year.

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: high–flow and low–head water pumps

answers: NDQ_000728

answers: Floating wind turbines

answers: NDQ_000729

answers: inverse thermocline temperatures.

answers: NDQ_000730

answers: sunlight.

answers: NDQ_000731

answers: inverse thermocline temperatures.

answers: NDQ_000732

answers: inverse thermocline temperatures.

answers: NDQ_000733

answers: seasonal favourable winds all around the year.

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: sunlight.

answers: NDQ_000736

answers: favourable winds

answers: NDQ_000737

answers: Persian gulf,

answers: NDQ_000738

answers: the phytoplankton growth is poor due to the absence of sunlight.

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: seasonal favourable winds all around the year.

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: seasonal favourable winds

answers: NDQ_000743

answers: The electricity

answers: NDQ_000744

answers: seasonal favourable winds

answers: NDQ_000745

answers: artificial upwelling

answers: NDQ_000746

answers: high–flow

text: For small arms, the Coriolis effect is generally insignificant, but for ballistic projectiles with long flight times, such as extreme long-range rifle projectiles, artillery and intercontinental ballistic missiles, it is a significant factor in calculating the trajectory.

text: For

text: small arms

text: , the Coriolis effect is generally insignificant, but for ballistic projectiles with long flight times, such as extreme long-range rifle projectiles,

text: artillery

text: and

text: intercontinental ballistic missiles

text: , it is a significant factor in calculating the trajectory.

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: are caused by what?

answers: NDQ_000706

answers: unanswerable

answers: NDQ_000707

answers: Coriolis is a force acting on it

answers: NDQ_000710

answers: ice to the surface of the ocean

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It is not shallow

answers: NDQ_000723

answers: unanswerable

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How does the Coriolis effect affect water levels?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: the Coriolis effect

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: it is a significant factor in calculating the trajectory

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: can not be used to calculate the trajectory

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: a full moon

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: Coriolis effect

answers: NDQ_000706

answers: Coriolis effect is generally insignificant,

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: Coriolis effect is generally insignificant,

answers: NDQ_000718

answers: Coriolis effect

answers: NDQ_000720

answers: the Coriolis effect is generally insignificant,

answers: NDQ_000721

answers: the Coriolis effect is generally insignificant,

answers: NDQ_000722

answers: the Coriolis effect is generally insignificant,

answers: NDQ_000723

answers: the Coriolis effect is generally insignificant,

answers: NDQ_000724

answers: the Coriolis effect is generally insignificant,

answers: NDQ_000725

answers: Coriolis effect is generally insignificant,

answers: NDQ_000726

answers: Coriolis effect

answers: NDQ_000727

answers: Coriolis effect is generally insignificant,

answers: NDQ_000728

answers: Coriolis effect is generally insignificant,

answers: NDQ_000729

answers: the Coriolis effect is generally insignificant,

answers: NDQ_000730

answers: Coriolis effect is generally insignificant,

answers: NDQ_000731

answers: Coriolis effect

answers: NDQ_000732

answers: the Coriolis effect is generally insignificant,

answers: NDQ_000733

answers: Coriolis effect is generally insignificant,

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: Coriolis effect

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: intercontinental ballistic missiles,

answers: NDQ_000738

answers: the Coriolis effect is generally insignificant,

answers: NDQ_000739

answers: Coriolis effect

answers: NDQ_000740

answers: Coriolis effect is generally insignificant,

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: Coriolis effect

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: Coriolis effect is generally insignificant,

text: Lake Tahoe is an example of a lake that is in danger of having a tsunami due to faulting processes. Lake Tahoe in California and Nevada USA lies within an intermountain basin bounded by faults, with most of these faults at the lake bottom or hidden in glaciofluvial deposits. Lake Tahoe has had many prehistoric eruptions and in studies of the lake bottom sediments, a 10m high scarp has displaced the lake bottom sediments, indicating that the water was displaced by the same magnitude, as well as generating a tsunami. A tsunami and seiche in Lake Tahoe can be treated as shallow-water long waves as the maximum water depth is much smaller than the wavelength. This demonstrates the interesting impact that lakes have on the tsunami wave characteristics, as it is very different from ocean tsunami wave characteristics due to the ocean being deeper, and lakes being relatively shallow in comparison. With ocean tsunami waves amplitudes only increase when the tsunami gets close to shore, in lake tsunami waves are generated and stay in a shallow environment.

text: Lake Tahoe

text: is an example of a lake that is in danger of having a tsunami due to faulting processes. Lake Tahoe in California and Nevada USA lies within an intermountain basin bounded by faults, with most of these faults at the lake bottom or hidden in glaciofluvial deposits. Lake Tahoe has had many prehistoric eruptions and in studies of the lake bottom sediments, a 10m high scarp has displaced the lake bottom sediments, indicating that the water was displaced by the same magnitude, as well as generating a tsunami. A tsunami and seiche in Lake Tahoe can be treated as shallow-water long waves as the maximum water depth is much smaller than the wavelength. This demonstrates the interesting impact that lakes have on the tsunami wave characteristics, as it is very different from ocean tsunami wave characteristics due to the ocean being deeper, and lakes being relatively shallow in comparison. With ocean tsunami waves amplitudes only increase when the tsunami gets close to shore, in lake tsunami waves are generated and stay in a shallow environment.

answers: NDQ_000702

answers: faulting processes

answers: NDQ_000704

answers: Which of the following is not a feature of Lake Tahoe: faults, glaciofluvial deposits, or surface currents?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: How does the water get displaced?

answers: NDQ_000710

answers: Lake Tahoe's water closer to shore

answers: NDQ_000715

answers: When the tsunami gets close to shore

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: Why do tsunami waves break on shore?

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does Lake Tahoe have a tsunami?

answers: NDQ_000726

answers: Which of the following is not a type of wave?

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: What is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not an example of a faulting process?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Lake Tahoe

answers: NDQ_000734

answers: ocean tsunami

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: ocean tsunami waves amplitudes only increase when the tsunami gets close to shore

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Lake Tahoe has had many prehistoric eruptions

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: What is the topic of the passage?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: Lake Tahoe has had many prehistoric eruptions

answers: NDQ_000702

answers: eruptions

answers: NDQ_000704

answers: shallow-water long waves

answers: NDQ_000706

answers: deeper,

answers: NDQ_000707

answers: displaced

answers: NDQ_000710

answers: water

answers: NDQ_000715

answers: amplitudes only increase when the tsunami gets close to shore,

answers: NDQ_000718

answers: wavelength.

answers: NDQ_000720

answers: deeper,

answers: NDQ_000721

answers: ocean being deeper,

answers: NDQ_000722

answers: lake tsunami waves are generated and stay in a shallow environment.

answers: NDQ_000723

answers: shallow-water long waves

answers: NDQ_000724

answers: ocean tsunami waves

answers: NDQ_000725

answers: tsunami and seiche in Lake Tahoe

answers: NDQ_000726

answers: shallow-water long waves

answers: NDQ_000727

answers: Lake Tahoe

answers: NDQ_000728

answers: deeper,

answers: NDQ_000729

answers: faults,

answers: NDQ_000730

answers: deeper,

answers: NDQ_000731

answers: Lake Tahoe

answers: NDQ_000732

answers: deeper,

answers: NDQ_000733

answers: Lake Tahoe

answers: NDQ_000734

answers: eruptions

answers: NDQ_000735

answers: prehistoric eruptions

answers: NDQ_000736

answers: shallow-water long waves

answers: NDQ_000737

answers: ocean tsunami wave characteristics due to the ocean

answers: NDQ_000738

answers: glaciofluvial deposits.

answers: NDQ_000739

answers: deeper,

answers: NDQ_000740

answers: deeper,

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: seiche

answers: NDQ_000743

answers: eruptions

answers: NDQ_000744

answers: seiche

answers: NDQ_000745

answers: ocean tsunami waves

answers: NDQ_000746

answers: wavelength.

text: The system of waterways of the Port of New York and New Jersey forms one of the most intricate natural harbors in the world.  Although the overall form of the harbor remains unchanged from the time of Giovanni da Verrazzano's visit in 1524, no part of it remains unaffected by human activity, and some parts, such as Hell Gate and Ellis Island have been almost completely altered. In the greatest hidden change, the navigational channels have been deepened from the natural 17 feet depth to 45 feet, in some places requiring blasting of bedrock.The harbor lies at the confluence of three major bodies of water.The harbor opens onto the New York Bight (Atlantic Ocean) to the southeast and Long Island Sound to the northeast. Both of these are essentially marine bodies with both tides and saltwater, but the Sound compared to the Atlantic is about 20-30% less saline (as an estuary), and the tide is about 3 hours later with as much as 70% more variation. The Hudson River adds a fresher, non-tidal inflow from the north, although the tide and brackishness extend well up river.

text: The system of waterways of the

text: Port of New York and New Jersey

text: forms one of the most intricate natural harbors in the world.  Although the overall form of the harbor remains unchanged from the time of

text: Giovanni da Verrazzano

text: 's visit in 1524, no part of it remains unaffected by human activity, and some parts, such as

text: Hell Gate

text: and

text: Ellis Island

text: have been almost completely altered. In the greatest hidden change, the navigational channels have been deepened from the natural 17 feet depth to 45 feet, in some places requiring blasting of

text: bedrock

text: .The harbor lies at the confluence of three major bodies of water.The harbor opens onto the

text: New York Bight

text: Atlantic Ocean

text: ) to the southeast and

text: Long Island Sound

text: to the northeast. Both of these are essentially

text: marine

text: bodies with both

text: tides

text: and

text: saltwater

text: , but the Sound compared to the Atlantic is about 20-30% less saline (as an

text: estuary

text: ), and the tide is about 3 hours later with as much as 70% more variation. The

text: Hudson River

text: adds a

text: fresher

text: , non-tidal inflow from the north, although the tide and

text: brackish

text: ness extend well up river.

answers: NDQ_000702

answers: saltwater

answers: NDQ_000704

answers: Which of the following is not a marine body: Atlantic Ocean, Long Island Sound, or Hudson River?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: the water in the ocean is

answers: NDQ_000710

answers: The Hudson River adds a fresher, non-tidal inflow from what?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: How many hours later with as much as 70% more variation?

answers: NDQ_000720

answers: Atlantic Ocean

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: The Hudson River

answers: NDQ_000723

answers: Which of the following is not a marine body: Atlantic Ocean, Long Island Sound, or Hudson River?

answers: NDQ_000724

answers: Which of the following is not a source of waves: winds, tides, or saltwater?

answers: NDQ_000725

answers: How many hours later with as much as 70% more variation?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: 70% more variation

answers: NDQ_000728

answers: The Hudson River

answers: NDQ_000729

answers: Which of the following is not a major body of water: Atlantic Ocean, Long Island Sound, or Hudson River?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many major bodies of water does the harbor open onto?

answers: NDQ_000733

answers: New York Bight

answers: NDQ_000734

answers: Long Island Sound

answers: NDQ_000735

answers: about 3 hours later

answers: NDQ_000736

answers: Atlantic Ocean to the southeast

answers: NDQ_000737

answers: major bodies of water

answers: NDQ_000738

answers: Hudson River adds a fresher, non-tidal inflow from the north

answers: NDQ_000739

answers: saltier

answers: NDQ_000740

answers: tides and saltwater

answers: NDQ_000741

answers: Hudson River

answers: NDQ_000742

answers: the tide is about 3 hours later

answers: NDQ_000743

answers: What is the main idea of this passage?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: 20-30%

answers: NDQ_000702

answers: non-tidal

answers: NDQ_000704

answers: tides and saltwater,

answers: NDQ_000706

answers: (Atlantic Ocean)

answers: NDQ_000707

answers: tides

answers: NDQ_000710

answers: fresher, non-tidal inflow

answers: NDQ_000715

answers: New York Bight

answers: NDQ_000718

answers: Long Island Sound

answers: NDQ_000720

answers: (Atlantic Ocean)

answers: NDQ_000721

answers: New York Bight

answers: NDQ_000722

answers: Long Island Sound

answers: NDQ_000723

answers: New York Bight

answers: NDQ_000724

answers: tides

answers: NDQ_000725

answers: 3 hours

answers: NDQ_000726

answers: tides and saltwater,

answers: NDQ_000727

answers: 70% more variation.

answers: NDQ_000728

answers: New York Bight

answers: NDQ_000729

answers: (Atlantic Ocean) to the southeast and Long Island Sound

answers: NDQ_000730

answers: (Atlantic Ocean) to the southeast and Long Island Sound

answers: NDQ_000731

answers: Long Island Sound

answers: NDQ_000732

answers: New York Bight

answers: NDQ_000733

answers: New York Bight

answers: NDQ_000734

answers: Long Island Sound

answers: NDQ_000735

answers: 3 hours later

answers: NDQ_000736

answers: 3 hours later with as much as 70% more variation.

answers: NDQ_000737

answers: marine bodies with both tides and saltwater,

answers: NDQ_000738

answers: non-tidal

answers: NDQ_000739

answers: saltwater,

answers: NDQ_000740

answers: the tide is about 3 hours later with as much as 70% more variation.

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: Long Island Sound

answers: NDQ_000743

answers: no part of it remains unaffected by human activity,

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: 17 feet depth to 45 feet,

text: On average, ocean waves in New Zealand deliver about 25 kW to each metre of coastline. The west and south-west coasts have the country’s most energetic waves. Even on windless days, swells that were generated in the Southern Ocean still arrive. Less wave energy arrives at the north-east coast, because it is sheltered from the south-west waves (click the link on the right for a diagram). The amount of energy in a wave is proportional to the square of its height, so a two-metre wave contains four times the energy of a one-metre wave.

text: On average, ocean waves in New Zealand deliver about 25 kW to each metre of coastline. The west and south-west coasts have the country’s most energetic waves. Even on windless days, swells that were generated in the Southern Ocean still arrive. Less wave energy arrives at the north-east coast, because it is sheltered from the south-west waves (click the link on the right for a diagram). The amount of

text: energy in a wave

text: is proportional to the square of its height, so a two-metre wave contains four times the energy of a one-metre wave.

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: Which of the following is not a type of wave?

answers: NDQ_000706

answers: south-west coasts

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: swells that were generated in the Southern Ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not a type of wave?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: what is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not a type of tide?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: New Zealand

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: country’s most energetic waves

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the amount of energy in a wave is proportional to the square of its height

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: wind

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: wave energy

answers: NDQ_000744

answers: NDQ_000745

answers: ocean waves

answers: NDQ_000746

answers: square of its height

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: windless days, swells that were generated in the Southern Ocean

answers: NDQ_000706

answers: west and south-west coasts

answers: NDQ_000707

answers: energy in a wave is proportional to the square of its height,

answers: NDQ_000710

answers: Less wave energy

answers: NDQ_000715

answers: square of its height,

answers: NDQ_000718

answers: height,

answers: NDQ_000720

answers: The west and south-west coasts

answers: NDQ_000721

answers: ocean waves in New Zealand

answers: NDQ_000722

answers: Less wave energy arrives at the north-east coast,

answers: NDQ_000723

answers: west and south-west coasts have the country’s most energetic waves.

answers: NDQ_000724

answers: windless days,

answers: NDQ_000725

answers: ocean waves in New Zealand

answers: NDQ_000726

answers: windless days, swells that were generated in the Southern Ocean

answers: NDQ_000727

answers: ocean waves in New Zealand

answers: NDQ_000728

answers: swells

answers: NDQ_000729

answers: 25 kW to each metre of coastline.

answers: NDQ_000730

answers: swells that were generated in the Southern Ocean

answers: NDQ_000731

answers: windless days,

answers: NDQ_000732

answers: four times the energy of a one-metre wave.

answers: NDQ_000733

answers: New Zealand

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: windless days,

answers: NDQ_000736

answers: west and south-west coasts have the country’s most energetic waves.

answers: NDQ_000737

answers: Southern Ocean

answers: NDQ_000738

answers: Less wave energy arrives at the north-east coast,

answers: NDQ_000739

answers: Southern Ocean

answers: NDQ_000740

answers: windless days, swells

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: swells

answers: NDQ_000743

answers: wave

answers: NDQ_000744

answers: swells

answers: NDQ_000745

answers: swells

answers: NDQ_000746

answers: 25 kW

text: The dock had an area of about , with the Half-tide Basin , the outer basin onto the Humber , and the Drypool Basin . In some respects the dock was of a slightly larger design that Walker's 1840 proposal: water depth was  (spring to neap tide), and the entrances onto the Humber and River were  wide respectively. There were two entrances: the larger entrance was onto the Humber; from an outer basin it led via two parallel locks to the Half Tide Basin,

text: The dock had an area of about , with the Half-tide Basin , the outer basin onto the Humber , and the Drypool Basin . In some respects the dock was of a slightly larger design that Walker's 1840 proposal: water depth was  (spring to neap tide), and the entrances onto the Humber and River were  wide respectively. There were two entrances: the larger entrance was onto the Humber; from an outer basin it led via two parallel locks to the Half Tide Basin,

answers: NDQ_000702

answers: water depth

answers: NDQ_000704

answers: What caused the dock to be of a slightly larger design?

answers: NDQ_000706

answers: Half-tide Basin

answers: NDQ_000707

answers: water pressure is too high

answers: NDQ_000710

answers: water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the opposite of crest?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The water depth was

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: the tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: what is the last word in the passage?

answers: NDQ_000733

answers: spring

answers: NDQ_000734

answers: water depth

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Humber

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the larger entrance was onto the Humber

answers: NDQ_000739

answers: spring

answers: NDQ_000740

answers: spring to neap tide

answers: NDQ_000741

answers: River

answers: NDQ_000742

answers: neap tide

answers: NDQ_000743

answers: NDQ_000744

answers: neap tide

answers: NDQ_000745

answers: neap tide

answers: NDQ_000746

answers: about

answers: NDQ_000702

answers: water

answers: NDQ_000704

answers: (spring to neap tide),

answers: NDQ_000706

answers: Half-tide Basin,

answers: NDQ_000707

answers: water depth was (spring to neap tide),

answers: NDQ_000710

answers: water depth was (spring to neap tide),

answers: NDQ_000715

answers: Half-tide Basin,

answers: NDQ_000718

answers: Half Tide Basin,

answers: NDQ_000720

answers: Half Tide Basin,

answers: NDQ_000721

answers: Half-tide Basin,

answers: NDQ_000722

answers: (spring to neap tide),

answers: NDQ_000723

answers: Half Tide Basin,

answers: NDQ_000724

answers: Half-tide Basin,

answers: NDQ_000725

answers: (spring to neap tide),

answers: NDQ_000726

answers: Half Tide Basin,

answers: NDQ_000727

answers: Half-tide Basin,

answers: NDQ_000728

answers: Half-tide Basin,

answers: NDQ_000729

answers: Half-tide Basin, the outer basin onto the Humber,

answers: NDQ_000730

answers: Half-tide Basin,

answers: NDQ_000731

answers: (spring to neap tide),

answers: NDQ_000732

answers: Half Tide Basin,

answers: NDQ_000733

answers: (spring to neap tide),

answers: NDQ_000734

answers: water

answers: NDQ_000735

answers: (spring

answers: NDQ_000736

answers: water depth

answers: NDQ_000737

answers: Half Tide Basin,

answers: NDQ_000738

answers: (spring to neap tide),

answers: NDQ_000739

answers: (spring to neap tide),

answers: NDQ_000740

answers: (spring to neap tide),

answers: NDQ_000741

answers: tide),

answers: NDQ_000742

answers: (spring to neap tide),

answers: NDQ_000743

answers: Half-tide Basin,

answers: NDQ_000744

answers: (spring to neap tide),

answers: NDQ_000745

answers: (spring to neap tide),

answers: NDQ_000746

answers: about,

text: The bay has a very large tidal range which exposes around 160 km of mudflats, 45% of the total bay area, with the tide edge travelling at up to 20 cm per second.  Most of the mudflats are inundated each high tide; spring tides or cyclones may also flood adjoining coastal flats. The tidal system is semi-diurnal with an average amplitude of 5.7 m, varying from 1 m on neap tides to 10.5 m on the highest spring tides. These tidal conditions dominate the intertidal ecology.

text: The bay has a very large

text: tidal range

text: which exposes around 160 km of mudflats, 45% of the total bay area, with the tide edge travelling at up to 20 cm per second.  Most of the mudflats are inundated each high tide;

text: spring tide

text: s or

text: cyclone

text: s may also flood adjoining coastal flats. The tidal system is

text: semi-diurnal

text: with an average

text: amplitude

text: of 5.7 m, varying from 1 m on

text: neap tide

text: s to 10.5 m on the highest spring tides. These tidal conditions dominate the

text: intertidal ecology

answers: NDQ_000702

answers: tidal conditions

answers: NDQ_000704

answers: What is the average amplitude of the tidal system?

answers: NDQ_000706

answers: spring tides

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: tidal conditions

answers: NDQ_000715

answers: 10.5 m

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How often does the tidal system change?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: spring tides or cyclones

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: How many high tides and how many low tides?

answers: NDQ_000734

answers: spring tides

answers: NDQ_000735

answers: unconverging

answers: NDQ_000736

answers: 10.5 m on the highest spring tides

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: most of the mudflats are inundated each high tide

answers: NDQ_000739

answers: mudflats

answers: NDQ_000740

answers: neap tides

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: Tidal range

answers: NDQ_000746

answers: 5.7 m

answers: NDQ_000702

answers: tidal conditions

answers: NDQ_000704

answers: tide edge travelling at up to 20 cm per second.

answers: NDQ_000706

answers: spring tides.

answers: NDQ_000707

answers: tidal

answers: NDQ_000710

answers: mudflats,

answers: NDQ_000715

answers: 10.5 m

answers: NDQ_000718

answers: 5.7 m,

answers: NDQ_000720

answers: cyclones

answers: NDQ_000721

answers: tidal conditions dominate the intertidal ecology.

answers: NDQ_000722

answers: mudflats,

answers: NDQ_000723

answers: tide edge travelling at up to 20 cm per second.

answers: NDQ_000724

answers: tidal

answers: NDQ_000725

answers: semi-diurnal

answers: NDQ_000726

answers: tidal range

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: tide edge travelling at up to 20 cm per second.

answers: NDQ_000729

answers: the tide edge travelling at up to 20 cm per second.

answers: NDQ_000730

answers: spring tides

answers: NDQ_000731

answers: cyclones

answers: NDQ_000732

answers: 20 cm per second.

answers: NDQ_000733

answers: high tide;

answers: NDQ_000734

answers: tidal conditions

answers: NDQ_000735

answers: neap tides

answers: NDQ_000736

answers: cyclones

answers: NDQ_000737

answers: cyclones

answers: NDQ_000738

answers: the tide edge travelling at up to 20 cm per second.

answers: NDQ_000739

answers: neap tides

answers: NDQ_000740

answers: tidal system is semi-diurnal

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: tide edge travelling at up to 20 cm per second.

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: tide edge travelling at up to 20 cm per second.

answers: NDQ_000746

answers: 45%

text: In 1686, Edmond Halley had proposed a theory in an attempt to explain the Trade Winds, a theory which remained the most widely known internationally almost to the beginning of the 19th century. George Hadley's version recognised that the Earth's rotation plays a role in the direction taken by an air mass moving relative to the Earth, an element that had been missing in Halley's proposal. Later, in the second half of the 19th century, Hadley's theory was itself shown to be deficient in that it was based on an assumption that when air mass travels from one latitude to another its linear momentum is conserved. However, since the air mass is at all times in a state of circumnavigating the Earth axis, it is in fact the angular momentum that is conserved, causing an effect known as the Coriolis effect. When using the correct angular momentum conservation in calculations the predicted effect is twice as large as when the erroneous conservation of linear momentum is used.  The fact that Hadley's principle is deficient in this respect is not known to everyone who should know; it can still be found in popular books and popular websites.

text: In 1686,

text: Edmond Halley

text: had proposed a theory in an attempt to explain the Trade Winds, a theory which remained the most widely known internationally almost to the beginning of the 19th century. George Hadley's version recognised that the Earth's rotation plays a role in the direction taken by an air mass moving relative to the Earth, an element that had been missing in Halley's proposal. Later, in the second half of the 19th century, Hadley's theory was itself shown to be deficient in that it was based on an assumption that when air mass travels from one latitude to another its linear

text: momentum

text: is conserved. However, since the air mass is at all times in a state of circumnavigating the Earth axis, it is in fact the angular momentum that is conserved, causing an effect known as the

text: Coriolis effect

text: . When using the correct angular momentum conservation in calculations the predicted effect is twice as large as when the erroneous conservation of linear momentum is used.  The fact that Hadley's principle is deficient in this respect is not known to everyone who should know; it can still be found in popular books and popular websites.

answers: NDQ_000702

answers: the Earth's rotation

answers: NDQ_000704

answers: Which of the following is not a type of surface current?

answers: NDQ_000706

answers: Trade Winds

answers: NDQ_000707

answers: Coriolis is the opposite of

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: its linear momentum is conserved

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: the Coriolis effect

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: the Earth's rotation

answers: NDQ_000735

answers: in the same latitude

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: Trade Wind

answers: NDQ_000738

answers: Hadley's principle is deficient

answers: NDQ_000739

answers: erroneous

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Trade Winds

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: linear momentum

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Trade Winds

answers: NDQ_000746

answers: linear momentum is conserved

answers: NDQ_000702

answers: Earth's rotation

answers: NDQ_000704

answers: Trade Winds,

answers: NDQ_000706

answers: Trade Winds,

answers: NDQ_000707

answers: Coriolis effect.

answers: NDQ_000710

answers: Coriolis effect.

answers: NDQ_000715

answers: momentum

answers: NDQ_000718

answers: Coriolis effect.

answers: NDQ_000720

answers: Coriolis effect.

answers: NDQ_000721

answers: Coriolis effect.

answers: NDQ_000722

answers: Coriolis effect.

answers: NDQ_000723

answers: Coriolis effect.

answers: NDQ_000724

answers: Trade Winds,

answers: NDQ_000725

answers: Coriolis effect.

answers: NDQ_000726

answers: Winds,

answers: NDQ_000727

answers: Coriolis effect.

answers: NDQ_000728

answers: Coriolis effect.

answers: NDQ_000729

answers: angular momentum

answers: NDQ_000730

answers: Coriolis effect.

answers: NDQ_000731

answers: Earth axis,

answers: NDQ_000732

answers: angular momentum

answers: NDQ_000733

answers: Earth axis,

answers: NDQ_000734

answers: Earth's rotation

answers: NDQ_000735

answers: Coriolis effect.

answers: NDQ_000736

answers: Coriolis effect.

answers: NDQ_000737

answers: Trade Winds,

answers: NDQ_000738

answers: linear momentum is conserved.

answers: NDQ_000739

answers: Coriolis effect.

answers: NDQ_000740

answers: Coriolis effect.

answers: NDQ_000741

answers: Trade Winds,

answers: NDQ_000742

answers: Trade Winds,

answers: NDQ_000743

answers: linear momentum

answers: NDQ_000744

answers: Trade Winds,

answers: NDQ_000745

answers: Trade Winds,

answers: NDQ_000746

answers: air mass

text: That daily tides should be caused by full moons and new moons is manifestly wrong, which would be a surprising view in a Greek astronomer and mathematician of the times. He could have meant that spring and neap tides were caused by new and full moons, which is partially correct in that spring tides occur at those times. A gravitational theory (objects fall to the center) existed at the time but Pytheas appears to have meant that the phases themselves were the causes (αἰτίαι aitiai). However imperfect or imperfectly related the viewpoint, Pytheas was the first to associate the tides to the phases of the moon.

text: That daily tides should be caused by full moons and new moons is manifestly wrong, which would be a surprising view in a Greek astronomer and mathematician of the times. He could have meant that spring and neap tides were caused by new and full moons, which is partially correct in that spring tides occur at those times. A gravitational theory (objects fall to the center) existed at the time but Pytheas appears to have meant that the phases themselves were the causes (αἰτίαι aitiai). However imperfect or imperfectly related the viewpoint, Pytheas was the first to associate the tides to the

text: phases of the moon

answers: NDQ_000702

answers: phases of the moon

answers: NDQ_000704

answers: are caused by what?

answers: NDQ_000706

answers: spring tides

answers: NDQ_000707

answers: gravitational force causes objects to fall to the center.

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Yes

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: phases of the moon

answers: NDQ_000735

answers: full

answers: NDQ_000736

answers: phases of the moon

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: full moons and new moons are caused by upwelling

answers: NDQ_000739

answers: full

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: is a term used to describe

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: gravitational theory

answers: NDQ_000702

answers: the phases

answers: NDQ_000704

answers: Pytheas

answers: NDQ_000706

answers: tides

answers: NDQ_000707

answers: gravitational theory

answers: NDQ_000710

answers: spring and neap tides

answers: NDQ_000715

answers: Pytheas

answers: NDQ_000718

answers: Pytheas

answers: NDQ_000720

answers: Pytheas

answers: NDQ_000721

answers: Pytheas

answers: NDQ_000722

answers: spring tides occur at those times. A gravitational theory

answers: NDQ_000723

answers: Pytheas

answers: NDQ_000724

answers: Pytheas

answers: NDQ_000725

answers: daily tides should be caused by full moons and new moons

answers: NDQ_000726

answers: Pytheas

answers: NDQ_000727

answers: Pytheas

answers: NDQ_000728

answers: Pytheas

answers: NDQ_000729

answers: Pytheas

answers: NDQ_000730

answers: (objects fall to the center)

answers: NDQ_000731

answers: Pytheas

answers: NDQ_000732

answers: Pytheas

answers: NDQ_000733

answers: daily

answers: NDQ_000734

answers: the phases

answers: NDQ_000735

answers: new and full moons,

answers: NDQ_000736

answers: the phases

answers: NDQ_000737

answers: tides

answers: NDQ_000738

answers: daily tides should be caused by full moons and new moons

answers: NDQ_000739

answers: new and full moons,

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: gravitational theory

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: gravitational theory

text: Tides are the rise and fall of sea levels caused by the combined effects of gravitational forces exerted by the Moon, Sun, and rotation of the Earth. In 1867 the United States Coast Survey started printing annual tide tables to support safe and effective maritime, coastal, and defense activities. Before long, these tables showed the times and heights of high and low tides to the nearest minute and tenth of a foot, respectively. Tables were printed for a year at a time and distributed prior to the start of the year.

text: Tides are the rise and fall of sea levels caused by the combined effects of gravitational forces exerted by the

text: Moon

text: Sun

text: , and

text: rotation of the Earth

text: . In 1867 the United States Coast Survey started printing annual tide tables to support safe and effective maritime, coastal, and defense activities. Before long, these tables showed the times and heights of high and low tides to the nearest minute and tenth of a foot, respectively. Tables were printed for a year at a time and distributed prior to the start of the year.

answers: NDQ_000702

answers: the Moon, Sun, and rotation of the Earth

answers: NDQ_000704

answers: are caused by the combined effects of gravity exerted by

answers: NDQ_000706

answers: high tides

answers: NDQ_000707

answers: gravitational forces

answers: NDQ_000710

answers: sea levels to a higher level

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: tenth of a foot

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: combined effects of gravitational forces

answers: NDQ_000735

answers: unopposed

answers: NDQ_000736

answers: high tides

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: Tides are the rise and fall of sea levels caused by the combined effects of gravity

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: Tides

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: gravitational force

answers: NDQ_000744

answers: high

answers: NDQ_000745

answers: Tides

answers: NDQ_000746

answers: gravitational force

answers: NDQ_000702

answers: gravitational forces

answers: NDQ_000704

answers: Tides

answers: NDQ_000706

answers: Tides

answers: NDQ_000707

answers: gravitational forces

answers: NDQ_000710

answers: Tides are the rise and fall of sea levels

answers: NDQ_000715

answers: tenth of a foot,

answers: NDQ_000718

answers: Tides are the rise and fall of sea levels

answers: NDQ_000720

answers: Tides

answers: NDQ_000721

answers: the Moon, Sun,

answers: NDQ_000722

answers: tenth of a foot,

answers: NDQ_000723

answers: rise and fall of sea levels

answers: NDQ_000724

answers: Tides

answers: NDQ_000725

answers: Moon, Sun, and rotation of the Earth.

answers: NDQ_000726

answers: Tides

answers: NDQ_000727

answers: tenth of a foot,

answers: NDQ_000728

answers: Tides

answers: NDQ_000729

answers: Tides

answers: NDQ_000730

answers: gravitational forces exerted by the Moon, Sun,

answers: NDQ_000731

answers: Moon, Sun, and rotation of the Earth.

answers: NDQ_000732

answers: Moon, Sun, and rotation of the Earth.

answers: NDQ_000733

answers: annual tide tables

answers: NDQ_000734

answers: gravitational forces

answers: NDQ_000735

answers: Moon, Sun, and rotation of the Earth.

answers: NDQ_000736

answers: tenth of a foot,

answers: NDQ_000737

answers: Tides

answers: NDQ_000738

answers: Tides

answers: NDQ_000739

answers: Moon, Sun, and rotation of the Earth.

answers: NDQ_000740

answers: Tides

answers: NDQ_000741

answers: Tides

answers: NDQ_000742

answers: high and low tides

answers: NDQ_000743

answers: gravitational forces

answers: NDQ_000744

answers: high and low tides

answers: NDQ_000745

answers: Tides

answers: NDQ_000746

answers: tenth of a foot,

text: Spring tides result in high waters that are higher than average, low waters that are lower than average, 'slack water' time that is shorter than average, and stronger tidal currents than average. Neaps result in less-extreme tidal conditions. There is about a seven-day interval between springs and neaps.

text: Spring tides result in high waters that are higher than average, low waters that are lower than average, '

text: slack water

text: ' time that is shorter than average, and stronger tidal currents than average. Neaps result in less-extreme tidal conditions. There is about a seven-day interval between springs and neaps.

answers: NDQ_000702

answers: springs

answers: NDQ_000704

answers: Which of the following is not a tidal condition: springs, neaps, or average?

answers: NDQ_000706

answers: Spring tides

answers: NDQ_000707

answers: spring tides are more extreme than neaps.

answers: NDQ_000710

answers: tidal currents

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: neap

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides cause water levels to rise and fall?

answers: NDQ_000726

answers: It is a transfer of energy that initially began with wind

answers: NDQ_000727

answers: (d).

answers: NDQ_000728

answers: what is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation: spring tides, neaps or Earths rotation?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Spring

answers: NDQ_000734

answers: springs

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: higher waters than average

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: Spring tides result in high waters that are higher than average

answers: NDQ_000739

answers: lower than average

answers: NDQ_000740

answers: spring tides

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: Spring tides

answers: NDQ_000745

answers: spring tides

answers: NDQ_000746

answers: NDQ_000702

answers: tidal currents

answers: NDQ_000704

answers: stronger tidal currents

answers: NDQ_000706

answers: Spring tides

answers: NDQ_000707

answers: tides

answers: NDQ_000710

answers: stronger tidal currents

answers: NDQ_000715

answers: higher than average,

answers: NDQ_000718

answers: Spring tides

answers: NDQ_000720

answers: Spring tides

answers: NDQ_000721

answers: Spring tides

answers: NDQ_000722

answers: low waters that are lower than average,'slack

answers: NDQ_000723

answers: Spring tides

answers: NDQ_000724

answers: Spring tides

answers: NDQ_000725

answers: Spring tides

answers: NDQ_000726

answers: Spring tides

answers: NDQ_000727

answers: stronger tidal currents than average.

answers: NDQ_000728

answers: Spring tides

answers: NDQ_000729

answers: Spring tides

answers: NDQ_000730

answers: Spring tides

answers: NDQ_000731

answers: Spring tides

answers: NDQ_000732

answers: Spring tides

answers: NDQ_000733

answers: Spring tides

answers: NDQ_000734

answers: tidal currents

answers: NDQ_000735

answers: less-extreme tidal conditions.

answers: NDQ_000736

answers: stronger tidal currents than average.

answers: NDQ_000737

answers: tidal currents

answers: NDQ_000738

answers: Neaps

answers: NDQ_000739

answers: Spring tides

answers: NDQ_000740

answers: Spring tides

answers: NDQ_000741

answers: tidal currents

answers: NDQ_000742

answers: Neaps

answers: NDQ_000743

answers: Spring tides

answers: NDQ_000744

answers: Neaps

answers: NDQ_000745

answers: tidal currents

answers: NDQ_000746

answers: average,

text: Wind-wave dissipation or "swell dissipation" is process in which a wave generated via a weather system loses its mechanical energy transferred from the atmosphere via wind. Wind waves, as their name suggests, are generated by wind transferring energy from the atmosphere to the ocean's surface, capillary gravity waves play an essential role in this effect, "wind waves" or "swell" are also known as surface gravity waves.

text: Wind-wave dissipation or "

text: swell dissipation

text: " is process in which a wave generated via a weather system loses its

text: mechanical

text: energy transferred from the atmosphere via wind. Wind waves, as their name suggests, are generated by wind transferring energy from the atmosphere to the ocean's surface,

text: capillary gravity waves

text: play an essential role in this effect, "wind waves" or "swell" are also known as

text: surface gravity wave

text: s.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: What do surface currents do?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: it loses its mechanical energy

answers: NDQ_000710

answers: wind waves to the ocean's surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: capillary gravity waves

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: capillary gravity waves play an essential role in this effect

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: swell

answers: NDQ_000742

answers: can not be used to describe

answers: NDQ_000743

answers: mechanical energy

answers: NDQ_000744

answers: NDQ_000745

answers: wind

answers: NDQ_000746

answers: NDQ_000702

answers: wind transferring energy from the atmosphere to the ocean's surface,

answers: NDQ_000704

answers: capillary gravity waves

answers: NDQ_000706

answers: surface,

answers: NDQ_000707

answers: mechanical energy

answers: NDQ_000710

answers: capillary gravity waves

answers: NDQ_000715

answers: energy

answers: NDQ_000718

answers: Wind waves,

answers: NDQ_000720

answers: Wind waves,

answers: NDQ_000721

answers: Wind-wave dissipation

answers: NDQ_000722

answers: capillary gravity waves

answers: NDQ_000723

answers: Wind waves,

answers: NDQ_000724

answers: Wind waves,

answers: NDQ_000725

answers: Wind-wave dissipation

answers: NDQ_000726

answers: wind transferring energy from the atmosphere to the ocean's surface,

answers: NDQ_000727

answers: Wind-wave dissipation

answers: NDQ_000728

answers: Wind waves,

answers: NDQ_000729

answers: capillary gravity waves

answers: NDQ_000730

answers: capillary gravity waves

answers: NDQ_000731

answers: Wind-wave dissipation

answers: NDQ_000732

answers: capillary gravity waves

answers: NDQ_000733

answers: ocean's surface, capillary gravity waves

answers: NDQ_000734

answers: wind transferring energy from the atmosphere to the ocean's surface,

answers: NDQ_000735

answers: Wind-wave dissipation

answers: NDQ_000736

answers: capillary gravity waves

answers: NDQ_000737

answers: Wind-wave dissipation

answers: NDQ_000738

answers: Wind-wave dissipation

answers: NDQ_000739

answers: capillary gravity waves

answers: NDQ_000740

answers: "swell dissipation"

answers: NDQ_000741

answers: Wind waves,

answers: NDQ_000742

answers: Wind-wave dissipation

answers: NDQ_000743

answers: mechanical energy

answers: NDQ_000744

answers: Wind-wave dissipation

answers: NDQ_000745

answers: capillary gravity waves

answers: NDQ_000746

answers: gravity waves

text: Spring tides rise 6.7 m (22 ft) at the entrance of the bay and 7.9 m (26 ft) at its head, while neaps rise 2.7 to 3.3 m (9 to 11 ft). The flood current sets to the north, while the ebb flows to the south. During spring tides these currents may reach up to 2.5 knots near Cape Taygonos. During the season of navigation the southeast part of the bay experiences dense fogs, with May and June being the foggiest months; in August, however, fog is rare. South winds are prevalent in the summer, while north winds are frequent in the fall and the first part of winter. Storms are common from the second half of September to November. In the winter, northwest winds prevail, which are interrupted by blizzards from the northeast. Gentle winds and calms occur in April and May.

text: Spring

text: tide

text: s rise 6.7 m (22 ft) at the entrance of the bay and 7.9 m (26 ft) at its head, while neaps rise 2.7 to 3.3 m (9 to 11 ft). The flood current sets to the north, while the ebb flows to the south. During spring tides these currents may reach up to 2.5

text: knots

text: near Cape Taygonos. During the season of navigation the southeast part of the bay experiences dense

text: fog

text: s, with May and June being the foggiest months; in August, however, fog is rare. South winds are prevalent in the summer, while north winds are frequent in the fall and the first part of winter. Storms are common from the second half of September to November. In the winter, northwest winds prevail, which are interrupted by

text: blizzard

text: s from the northeast. Gentle winds and calms occur in April and May.

answers: NDQ_000702

answers: spring tides

answers: NDQ_000704

answers: Are there any other interesting aspects about this article?

answers: NDQ_000706

answers: near Cape Taygonos

answers: NDQ_000707

answers: spring tides rise 6.7 m

answers: NDQ_000710

answers: spring tides

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: storms

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: neaps

answers: NDQ_000723

answers: What is the difference between high and low tide?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day does the bay experience dense fog?

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: 7.9 m (26 ft) at its head

answers: NDQ_000728

answers: spring tides

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: currents

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: ebb flows to the south

answers: NDQ_000737

answers: North wind

answers: NDQ_000738

answers: May and June being the foggiest months

answers: NDQ_000739

answers: spring tides

answers: NDQ_000740

answers: Spring tides

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: Spring tides

answers: NDQ_000743

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: ebb

answers: NDQ_000746

answers: m

answers: NDQ_000702

answers: The flood current

answers: NDQ_000704

answers: During spring tides these currents may reach up to 2.5 knots

answers: NDQ_000706

answers: Cape Taygonos.

answers: NDQ_000707

answers: South winds

answers: NDQ_000710

answers: dense fogs,

answers: NDQ_000715

answers: 2.7 to 3.3 m (9 to 11 ft).

answers: NDQ_000718

answers: 2.7 to 3.3 m (9 to 11 ft).

answers: NDQ_000720

answers: Storms are common from the second half of September to November.

answers: NDQ_000721

answers: Spring tides

answers: NDQ_000722

answers: 2.7 to 3.3 m (9 to 11 ft).

answers: NDQ_000723

answers: 2.7 to 3.3 m (9 to 11 ft).

answers: NDQ_000724

answers: South winds are prevalent in the summer, while north winds

answers: NDQ_000725

answers: neaps

answers: NDQ_000726

answers: South winds

answers: NDQ_000727

answers: 2.7 to 3.3 m (9 to 11 ft).

answers: NDQ_000728

answers: During spring tides these currents may reach up to 2.5 knots

answers: NDQ_000729

answers: The flood current sets to the north,

answers: NDQ_000730

answers: 2.7 to 3.3 m (9 to 11 ft).

answers: NDQ_000731

answers: neaps

answers: NDQ_000732

answers: The flood current sets to the north,

answers: NDQ_000733

answers: Spring tides

answers: NDQ_000734

answers: The flood current

answers: NDQ_000735

answers: 2.7 to 3.3 m (9 to 11 ft).

answers: NDQ_000736

answers: The flood current

answers: NDQ_000737

answers: The flood current

answers: NDQ_000738

answers: fog is rare.

answers: NDQ_000739

answers: dense fogs,

answers: NDQ_000740

answers: Spring tides

answers: NDQ_000741

answers: flood current

answers: NDQ_000742

answers: neaps

answers: NDQ_000743

answers: The flood current sets to the north,

answers: NDQ_000744

answers: neaps

answers: NDQ_000745

answers: The flood current

answers: NDQ_000746

answers: 2.7 to 3.3 m

text: Most people think of waves as a surface phenomenon, which acts between water (as in lakes or oceans) and the air. Where low density water overlies high density water in the ocean, internal waves propagate along the boundary. They are especially common over the continental shelf regions of the world oceans and where brackish water overlies salt water at the outlet of large rivers. There is typically little surface expression of the waves, aside from slick bands that can form over the trough of the waves.

text: Most people think of waves as a surface phenomenon, which acts between water (as in lakes or oceans) and the air. Where low density water overlies high density water in the

text: ocean

text: , internal waves propagate along the boundary. They are especially common over the

text: continental shelf

text: regions of the world oceans and where

text: brackish

text: water overlies salt water at the outlet of large rivers. There is typically little surface expression of the waves, aside from slick bands that can form over the trough of the waves.

answers: NDQ_000702

answers: low density water

answers: NDQ_000704

answers: Which of the following is not a surface phenomenon: internal waves, brackish water or surface currents?

answers: NDQ_000706

answers: continental shelf regions

answers: NDQ_000707

answers: low density water overlies high density water

answers: NDQ_000710

answers: low density water over high density water in the ocean

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: low density water

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: where low density water overlies high density water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Where low density water overlies high density water in the ocean

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: low density water

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: low density water overlies high density water

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: brackish water overlies salt water at the outlet of large rivers

answers: NDQ_000739

answers: low-density

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: rivers

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: internal waves propagate

answers: NDQ_000744

answers: a full moon

answers: NDQ_000745

answers: internal waves propagate along the boundary

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: low density water overlies high density water in the ocean, internal waves

answers: NDQ_000704

answers: slick bands

answers: NDQ_000706

answers: continental shelf regions

answers: NDQ_000707

answers: between water (as in lakes or oceans) and the air.

answers: NDQ_000710

answers: internal waves

answers: NDQ_000715

answers: waves,

answers: NDQ_000718

answers: waves

answers: NDQ_000720

answers: internal waves

answers: NDQ_000721

answers: waves

answers: NDQ_000722

answers: low density water overlies high density water

answers: NDQ_000723

answers: slick bands that can form over the trough

answers: NDQ_000724

answers: waves as a surface phenomenon,

answers: NDQ_000725

answers: waves

answers: NDQ_000726

answers: water (as in lakes or oceans) and the air.

answers: NDQ_000727

answers: waves

answers: NDQ_000728

answers: Where low density water overlies high density water

answers: NDQ_000729

answers: internal waves

answers: NDQ_000730

answers: waves

answers: NDQ_000731

answers: waves as a surface phenomenon,

answers: NDQ_000732

answers: internal waves propagate along the boundary.

answers: NDQ_000733

answers: world oceans

answers: NDQ_000734

answers: low density water overlies high density water

answers: NDQ_000735

answers: brackish water overlies salt water

answers: NDQ_000736

answers: internal waves

answers: NDQ_000737

answers: rivers.

answers: NDQ_000738

answers: little surface expression

answers: NDQ_000739

answers: low density water overlies high density water

answers: NDQ_000740

answers: brackish water overlies salt water at the outlet of large rivers.

answers: NDQ_000741

answers: internal waves

answers: NDQ_000742

answers: waves as a surface phenomenon,

answers: NDQ_000743

answers: internal waves propagate along the boundary.

answers: NDQ_000744

answers: waves

answers: NDQ_000745

answers: internal waves

answers: NDQ_000746

answers: density

text: Tides are the regular rise and fall in water level experienced by seas and oceans in response to the gravitational influences of the Moon and the Sun, and the effects of the Earth's rotation. At any given place, the water rises over the course of the tidal cycle to a maximum height known as "high tide" before ebbing away again to a minimum "low tide" level. As the water recedes, it uncovers more and more of the foreshore or intertidal zone. The difference in height between the high tide and low tide is known as the tidal range or tidal amplitude. Tidal bores can occur at the mouths of rivers, where the force of the incoming tide pushes waves of seawater upstream against the current. At Hangzhou in China, the bore can reach  high and travel up to  per hour.

text: Tides are the regular rise and fall in water level experienced by seas and oceans in response to the

text: gravitational

text: influences of the Moon and the Sun, and the effects of the Earth's rotation. At any given place, the water rises over the course of the tidal cycle to a maximum height known as "high tide" before ebbing away again to a minimum "low tide" level. As the water recedes, it uncovers more and more of the

text: foreshore

text: or intertidal zone. The difference in height between the high tide and low tide is known as the

text: tidal range

text: or tidal amplitude.

text: Tidal bore

text: s can occur at the mouths of rivers, where the force of the incoming tide pushes waves of seawater upstream against the current. At

text: Hangzhou

text: in China, the bore can reach  high and travel up to  per hour.

answers: NDQ_000702

answers: the Moon and the Sun

answers: NDQ_000704

answers: What can occur at the mouths of rivers, where the force of the incoming tide pushes waves of seawater upstream?

answers: NDQ_000706

answers: Tidal bores

answers: NDQ_000707

answers: tide is higher than low tide

answers: NDQ_000710

answers: Tidal bores to the mouth of rivers

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference in height between the high tide and low tide?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: yes

answers: NDQ_000728

answers: high tide

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: the Moon and the Sun

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: high tide

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: Tidal bores can occur at the mouths of rivers

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: Tides

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: gravitational

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: Tides

answers: NDQ_000746

answers: gravitational

answers: NDQ_000702

answers: gravitational influences of the Moon and the Sun,

answers: NDQ_000704

answers: Tidal bores

answers: NDQ_000706

answers: Tidal bores

answers: NDQ_000707

answers: incoming tide pushes waves of seawater upstream against the current.

answers: NDQ_000710

answers: incoming tide pushes waves of seawater

answers: NDQ_000715

answers: tidal range or tidal amplitude.

answers: NDQ_000718

answers: tidal range or tidal amplitude.

answers: NDQ_000720

answers: Tidal bores

answers: NDQ_000721

answers: Sun,

answers: NDQ_000722

answers: intertidal zone.

answers: NDQ_000723

answers: "high tide"

answers: NDQ_000724

answers: incoming tide pushes waves of seawater

answers: NDQ_000725

answers: regular rise and fall in water level experienced by seas and oceans

answers: NDQ_000726

answers: waves of seawater

answers: NDQ_000727

answers: tidal amplitude.

answers: NDQ_000728

answers: Tidal bores

answers: NDQ_000729

answers: Tides

answers: NDQ_000730

answers: gravitational influences of the Moon and the Sun,

answers: NDQ_000731

answers: Moon

answers: NDQ_000732

answers: Tidal bores

answers: NDQ_000733

answers: At any given place,

answers: NDQ_000734

answers: gravitational influences of the Moon and the Sun,

answers: NDQ_000735

answers: Moon

answers: NDQ_000736

answers: "high tide"

answers: NDQ_000737

answers: Tidal bores can occur at the mouths of rivers,

answers: NDQ_000738

answers: incoming tide pushes waves of seawater upstream against the current.

answers: NDQ_000739

answers: recedes,

answers: NDQ_000740

answers: Tides are the regular rise and fall

answers: NDQ_000741

answers: Tidal bores

answers: NDQ_000742

answers: "high tide"

answers: NDQ_000743

answers: gravitational influences

answers: NDQ_000744

answers: "high tide"

answers: NDQ_000745

answers: Tidal bores

answers: NDQ_000746

answers: tidal amplitude.

text: The Coriolis effect is the behavior added by the Coriolis acceleration. The formula implies that the Coriolis acceleration is perpendicular both to the direction of the velocity of the moving mass and to the frame's rotation axis. So in particular:

text: The Coriolis effect is the behavior added by the Coriolis acceleration. The formula implies that the Coriolis acceleration is perpendicular both to the direction of the velocity of the moving mass and to the frame's rotation axis. So in particular:

answers: NDQ_000702

answers: Coriolis acceleration

answers: NDQ_000704

answers: are caused by what?

answers: NDQ_000706

answers: Coriolis

answers: NDQ_000707

answers: Coriolis acceleration is perpendicular

answers: NDQ_000710

answers: Coriolis acceleration

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: The difference between a crest and a trough

answers: NDQ_000720

answers: Coriolis acceleration

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: the water is shallow

answers: NDQ_000723

answers: The crest of a wave

answers: NDQ_000724

answers: Coriolis

answers: NDQ_000725

answers: The answer:

answers: NDQ_000726

answers: The Coriolis effect

answers: NDQ_000727

answers: the difference between high and low tides

answers: NDQ_000728

answers: the Coriolis effect

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: it is not possible to tell

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: the direction of the velocity of the moving mass

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: Coriolis acceleration

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000739

answers: colder than it is warm

answers: NDQ_000740

answers: can not be determined

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: can not be used to describe

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: The Coriolis effect

answers: NDQ_000706

answers: Coriolis effect

answers: NDQ_000707

answers: Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000710

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000715

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000718

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000720

answers: The Coriolis effect

answers: NDQ_000721

answers: The Coriolis effect

answers: NDQ_000722

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000723

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000724

answers: The Coriolis effect

answers: NDQ_000725

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000726

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000727

answers: The Coriolis effect

answers: NDQ_000728

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000729

answers: frame's rotation axis.

answers: NDQ_000730

answers: The Coriolis effect

answers: NDQ_000731

answers: Coriolis acceleration is perpendicular

answers: NDQ_000732

answers: the Coriolis acceleration is perpendicular

answers: NDQ_000733

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: The Coriolis effect

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: The Coriolis effect

answers: NDQ_000738

answers: The Coriolis effect

answers: NDQ_000739

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000740

answers: The Coriolis effect is the behavior added by the Coriolis acceleration.

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: The Coriolis effect

answers: NDQ_000743

answers: The Coriolis effect

answers: NDQ_000744

answers: The Coriolis effect

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: mass

text: The rotation of the Earth affects the direction ocean currents take, and explains which way the large circular ocean gyres rotate in the image above left. Suppose a current at the equator is heading north. The Earth rotates eastward, so the water possesses that rotational momentum. But the further the water moves north, the slower the earth moves eastward. If the current could get to the North Pole, the earth wouldn't be moving eastward at all. To conserve its rotational momentum, the further the current travels north the faster it must move eastward. So the effect is that the current curves to the right. This is the Coriolis effect. It is weakest at the equator and strongest at the poles. The effect is opposite south of the equator, where currents curve left.

text: The rotation of the Earth affects the direction ocean currents take, and explains which way the large circular

text: ocean gyre

text: s rotate in the image above left. Suppose a current at the equator is heading north. The Earth rotates eastward, so the water possesses that rotational momentum. But the further the water moves north, the slower the earth moves eastward. If the current could get to the North Pole, the earth wouldn't be moving eastward at all. To conserve its rotational momentum, the further the current travels north the faster it must move eastward. So the effect is that the current curves to the right. This is the

text: Coriolis effect

text: . It is weakest at the equator and strongest at the poles. The effect is opposite south of the equator, where currents curve left.

answers: NDQ_000702

answers: the rotation of the Earth

answers: NDQ_000704

answers: are caused by the rotation of the Earth.

answers: NDQ_000706

answers: the poles

answers: NDQ_000707

answers: water is moving faster than the wind.

answers: NDQ_000710

answers: water from the ocean up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: Which of the following is not a type of hurricane?

answers: NDQ_000721

answers: Which of the following is not the cause of tides?

answers: NDQ_000722

answers: The shallower the water is, the less energy the waves have.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds?

answers: NDQ_000725

answers: How do tides affect ocean levels?

answers: NDQ_000726

answers: Which of the following is not an example of a transfer of energy?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: How does the Coriolis effect affect ocean currents?

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: When the sun and moon are in a curved line.

answers: NDQ_000732

answers: Which of the following is not true of the Coriolis effect?

answers: NDQ_000733

answers: Earth day.

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: The Earth rotates eastward, so the water possesses that rotational momentum.

answers: NDQ_000739

answers: at the equator

answers: NDQ_000740

answers: equator

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: NDQ_000743

answers: energy transfer through matter

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: The rotation of the Earth

answers: NDQ_000704

answers: north.

answers: NDQ_000706

answers: poles.

answers: NDQ_000707

answers: Coriolis effect.

answers: NDQ_000710

answers: north.

answers: NDQ_000715

answers: strongest at the poles.

answers: NDQ_000718

answers: Coriolis effect.

answers: NDQ_000720

answers: strongest at the poles.

answers: NDQ_000721

answers: The rotation of the Earth

answers: NDQ_000722

answers: Coriolis effect.

answers: NDQ_000723

answers: Coriolis effect.

answers: NDQ_000724

answers: The rotation of the Earth affects the direction ocean currents

answers: NDQ_000725

answers: Coriolis effect.

answers: NDQ_000726

answers: water possesses that rotational momentum.

answers: NDQ_000727

answers: The rotation of the Earth affects the direction ocean currents

answers: NDQ_000728

answers: Coriolis effect.

answers: NDQ_000729

answers: the current curves to the right.

answers: NDQ_000730

answers: The rotation of the Earth

answers: NDQ_000731

answers: Coriolis effect.

answers: NDQ_000732

answers: weakest at the equator and strongest at the poles.

answers: NDQ_000733

answers: equator

answers: NDQ_000734

answers: rotation of the Earth

answers: NDQ_000735

answers: north.

answers: NDQ_000736

answers: Coriolis effect.

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: North Pole,

answers: NDQ_000739

answers: north.

answers: NDQ_000740

answers: the further the water moves north, the slower the earth moves eastward.

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Coriolis effect.

answers: NDQ_000743

answers: rotational momentum.

answers: NDQ_000744

answers: Coriolis effect.

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: rotational momentum.

text: Coccolith fossils are prominent and valuable calcareous nannofossils (see Micropaleontology).   Of particular interest are fossils dating back to the Palaeocene-Eocene Thermal Maximum 55 million years ago.  This period is thought to correspond most directly to the current levels of CO in the ocean.  Finally, field evidence of coccolithophore fossils in rock were used to show that the deep-sea fossil record bears a rock record bias similar to the one that is widely accepted to affect the land-based fossil record.

text: Coccolith fossils are prominent and valuable

text: calcareous

text: nannofossil

text: s (see

text: Micropaleontology

text: ).   Of particular interest are fossils dating back to the

text: Palaeocene-Eocene Thermal Maximum

text: 55 million years ago.  This period is thought to correspond most directly to the current levels of CO in the ocean.  Finally, field evidence of coccolithophore fossils in rock were used to show that the deep-sea fossil record bears a

text: rock record bias

text: similar to the one that is widely accepted to affect the land-based

text: fossil record

answers: NDQ_000702

answers: CO in the ocean

answers: NDQ_000704

answers: How long ago was the Palaeocene-Eocene Thermal Maximum?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: CO is present in the ocean

answers: NDQ_000710

answers: CO into the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides cause water levels to rise and fall?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: CO in the ocean

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Palaeocene-Eocene Thermal Maximum

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: land-based fossil record

answers: NDQ_000739

answers: CO

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: thermal maximum

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: thermal

answers: NDQ_000744

answers: NDQ_000745

answers: thermal maximum 55 million years ago

answers: NDQ_000746

answers: CO

answers: NDQ_000702

answers: CO in the ocean.

answers: NDQ_000704

answers: CO

answers: NDQ_000706

answers: deep-sea

answers: NDQ_000707

answers: CO in the ocean.

answers: NDQ_000710

answers: CO

answers: NDQ_000715

answers: Palaeocene-Eocene Thermal Maximum

answers: NDQ_000718

answers: Palaeocene-Eocene Thermal Maximum

answers: NDQ_000720

answers: Palaeocene-Eocene Thermal Maximum

answers: NDQ_000721

answers: CO in the ocean.

answers: NDQ_000722

answers: deep-sea

answers: NDQ_000723

answers: Palaeocene-Eocene Thermal Maximum

answers: NDQ_000724

answers: Coccolith fossils

answers: NDQ_000725

answers: Coccolith fossils

answers: NDQ_000726

answers: Palaeocene-Eocene Thermal Maximum

answers: NDQ_000727

answers: Coccolith fossils

answers: NDQ_000728

answers: Palaeocene-Eocene Thermal Maximum

answers: NDQ_000729

answers: CO in the ocean.

answers: NDQ_000730

answers: Palaeocene-Eocene Thermal Maximum

answers: NDQ_000731

answers: Palaeocene-Eocene Thermal Maximum

answers: NDQ_000732

answers: CO

answers: NDQ_000733

answers: Palaeocene-Eocene Thermal Maximum

answers: NDQ_000734

answers: CO in the ocean.

answers: NDQ_000735

answers: Palaeocene-Eocene Thermal Maximum

answers: NDQ_000736

answers: rock record bias

answers: NDQ_000737

answers: nannofossils

answers: NDQ_000738

answers: land-based fossil record.

answers: NDQ_000739

answers: CO

answers: NDQ_000740

answers: CO

answers: NDQ_000741

answers: CO

answers: NDQ_000742

answers: Coccolith fossils

answers: NDQ_000743

answers: CO

answers: NDQ_000744

answers: Coccolith fossils

answers: NDQ_000745

answers: CO

answers: NDQ_000746

answers: nannofossils (see Micropaleontology).

text: Worldwide, there are five major coastal currents associated with upwelling areas: the Canary Current (off Northwest Africa), the Benguela Current (off southern Africa), the California Current (off California and Oregon), the Humboldt Current (off Peru and Chile), and the Somali Current (off Somalia and Oman).  All of these currents support major fisheries. It also occurs in southeastern Brazil, more precisely in Arraial do Cabo.  The four major eastern boundary currents in which coastal upwelling primarily occurs are the Canary Current, Benguela Current, California Current, and Humboldt Current.  The Benguela Current is the eastern boundary of the South Atlantic subtropical gyre and can be divided into a northern and southern sub-system with upwelling occurring in both areas.  The subsystems are divided by an area of permanent upwelling off of Luderitz, which is the strongest upwelling zone in the world.  The California Current System (CCS) is an eastern boundary current of the North Pacific that is also characterized by a north and south split.  The split in this system occurs at Point Conception, California due to weak upwelling in the South and strong upwelling in the north.  The Canary Current is an eastern boundary current of the North Atlantic Gyre and is also separated due to the presence of the Canary Islands.  Finally, the Humboldt Current or the Peru Current flows west along the coast of South America from Peru to Chile and extends up to 1,000 kilometers offshore.  These four eastern boundary currents comprise the majority of coastal upwelling zones in the oceans.

text: Worldwide, there are five major coastal currents associated with upwelling areas: the

text: Canary Current

text: (off

text: Northwest Africa

text: ), the

text: Benguela Current

text: (off

text: southern Africa

text: ), the

text: California Current

text: (off

text: California

text: and

text: Oregon

text: ), the

text: Humboldt Current

text: (off

text: Peru

text: and

text: Chile

text: ), and the

text: Somali Current

text: (off

text: Somalia

text: and

text: Oman

text: ).  All of these currents support major fisheries. It also occurs in

text: southeastern Brazil

text: , more precisely in

text: Arraial do Cabo

text: .  The four major eastern boundary currents in which coastal upwelling primarily occurs are the Canary Current, Benguela Current, California Current, and Humboldt Current.  The

text: Benguela Current

text: is the eastern boundary of the

text: South Atlantic subtropical gyre

text: and can be divided into a northern and southern sub-system with upwelling occurring in both areas.  The subsystems are divided by an area of permanent upwelling off of

text: Luderitz

text: , which is the strongest upwelling zone in the world.  The

text: California Current System

text: (CCS) is an eastern boundary current of the North Pacific that is also characterized by a north and south split.  The split in this system occurs at

text: Point Conception

text: , California due to weak upwelling in the South and strong upwelling in the north.  The

text: Canary Current

text: is an eastern boundary current of the

text: North Atlantic Gyre

text: and is also separated due to the presence of the

text: Canary Islands

text: .  Finally, the

text: Humboldt Current

text: or the Peru Current flows west along the coast of

text: South America

text: from

text: Peru

text: to

text: Chile

text: and extends up to 1,000 kilometers offshore.  These four eastern boundary currents comprise the majority of coastal upwelling zones in the oceans.

answers: NDQ_000702

answers: coastal upwelling

answers: NDQ_000704

answers: Which of the following is not a coastal current: the Canary Current, the Benguela Current, the California Current, or the Humboldt Current?

answers: NDQ_000706

answers: Luderitz

answers: NDQ_000707

answers: the ocean is moving too fast

answers: NDQ_000710

answers: Canary Current, Benguela Current, California Current, and Humboldt Current together?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: How many major coastal currents associated with upwelling areas

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: Canary Current

answers: NDQ_000723

answers: What are the four major eastern boundary currents in which coastal upwelling primarily occurs?

answers: NDQ_000724

answers: What are the four major eastern boundary currents in which coastal upwelling primarily occurs

answers: NDQ_000725

answers: How many major coastal currents associated with upwelling areas

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Canary Current

answers: NDQ_000729

answers: How is the Coriolis effect caused?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Canary Current

answers: NDQ_000737

answers: major coastal current

answers: NDQ_000738

answers: Canary Current is an eastern boundary current of the North Atlantic Gyre

answers: NDQ_000739

answers: Canary Current

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: coastal currents

answers: NDQ_000742

answers: Canary Current

answers: NDQ_000743

answers: upwelling

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: mass per unit of volume

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: eastern boundary currents

answers: NDQ_000706

answers: Luderitz,

answers: NDQ_000707

answers: upwelling

answers: NDQ_000710

answers: fisheries.

answers: NDQ_000715

answers: upwelling off of Luderitz,

answers: NDQ_000718

answers: South Atlantic subtropical gyre

answers: NDQ_000720

answers: Luderitz,

answers: NDQ_000721

answers: upwelling off of Luderitz,

answers: NDQ_000722

answers: weak upwelling

answers: NDQ_000723

answers: Canary Current,

answers: NDQ_000724

answers: five major coastal currents

answers: NDQ_000725

answers: five major coastal currents

answers: NDQ_000726

answers: Worldwide, there are five major coastal currents associated with upwelling areas:

answers: NDQ_000727

answers: Worldwide, there are five major coastal currents

answers: NDQ_000728

answers: upwelling areas: the Canary Current

answers: NDQ_000729

answers: Worldwide, there are five major coastal currents

answers: NDQ_000730

answers: upwelling areas: the Canary Current

answers: NDQ_000731

answers: Canary Current,

answers: NDQ_000732

answers: north and south split.

answers: NDQ_000733

answers: Worldwide,

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: southeastern Brazil,

answers: NDQ_000736

answers: Canary Current

answers: NDQ_000737

answers: eastern boundary currents

answers: NDQ_000738

answers: strongest upwelling zone in the world.

answers: NDQ_000739

answers: upwelling

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: coastal currents

answers: NDQ_000742

answers: southeastern Brazil, more precisely in Arraial do Cabo.

answers: NDQ_000743

answers: upwelling

answers: NDQ_000744

answers: upwelling

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: South Atlantic subtropical gyre

text: The total pressure acting on the wellbore is affected by pipe movement upwards or downwards.Tripping pipe into and out of a well is one other common operation during completions and workovers. Unfortunately, statistics indicate that most kicks occur during trips. Therefore, understanding the basic concepts of tripping is a major concern in completion/workover operations.Downward movement of tubing(tripping in) creates a pressure that is exerted on the bottom of a well. As the tubing is being run into a well, the fluid in the well must move upward to exit the volume being entered by the tubing.The combination of the downward movement of the tubing and the upward movement of the fluid (or piston effect) results in an increase in pressure at any given point in the well.This increase in pressure is commonly called Surge pressure.Upward movement of the tubing(tripping out) also affects the pressure which is imposed at the bottom of the well. When pulling pipe from the well,fluid must move downward and replace the volume which was occupied by the tubing. The net effect of the upward movement of the tubing and the downward movement of the fluid creates a decrease in bottomhole pressure. This decrease in pressure is referred to as Swab pressure.Both surge and swab pressures are affected by the following parameters:

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: What are surface currents?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: a force is exerted on it.

answers: NDQ_000710

answers: fluid to the surface of the well.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: Which of the following is not a type of ocean wave?

answers: NDQ_000721

answers: Which of the following is not the cause of tides?

answers: NDQ_000722

answers: The shallower the water is, the greater the chance of breaking.

answers: NDQ_000723

answers: What is the difference between high and low tide?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: Which of the following is an example of a tide cycle?

answers: NDQ_000726

answers: Which of the following is not a source of energy for a wave?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: What is a tsunami?

answers: NDQ_000729

answers: Which of the following is not a cause of Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is an example of a straight line?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: tide cycle.

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: swab pressure increase.

answers: NDQ_000737

answers: Gulf stream

answers: NDQ_000738

answers: Upwelling is not a common operation during completions.

answers: NDQ_000739

answers: pumped out of the ocean

answers: NDQ_000740

answers: NDQ_000741

answers: gulf

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: volume

answers: NDQ_000702

answers: piston effect)

answers: NDQ_000704

answers: pipe movement upwards or downwards.Tripping

answers: NDQ_000706

answers: bottom of a well.

answers: NDQ_000707

answers: downward movement of the tubing and the upward movement of the fluid

answers: NDQ_000710

answers: decrease in bottomhole pressure.

answers: NDQ_000715

answers: downward movement of the tubing and the upward movement of the fluid

answers: NDQ_000718

answers: pipe movement upwards or downwards.Tripping

answers: NDQ_000720

answers: Surge pressure.Upward

answers: NDQ_000721

answers: Surge pressure.Upward

answers: NDQ_000722

answers: Surge pressure.Upward

answers: NDQ_000723

answers: pipe movement upwards or downwards.Tripping

answers: NDQ_000724

answers: Surge pressure.Upward

answers: NDQ_000725

answers: Surge pressure.Upward

answers: NDQ_000726

answers: downward movement of the tubing and the upward movement of the fluid

answers: NDQ_000727

answers: Surge pressure.Upward

answers: NDQ_000728

answers: pipe movement upwards or downwards.Tripping

answers: NDQ_000729

answers: pipe movement upwards or downwards.Tripping

answers: NDQ_000730

answers: pipe movement upwards or downwards.Tripping

answers: NDQ_000731

answers: piston effect)

answers: NDQ_000732

answers: pipe movement upwards or downwards.Tripping

answers: NDQ_000733

answers: Surge pressure.Upward

answers: NDQ_000734

answers: downward movement of the tubing and the upward movement of the fluid

answers: NDQ_000735

answers: downward movement of the tubing and the upward movement of the fluid

answers: NDQ_000736

answers: Surge pressure.Upward

answers: NDQ_000737

answers: Surge pressure.Upward

answers: NDQ_000738

answers: downward

answers: NDQ_000739

answers: downward movement of the tubing and the upward movement of the fluid

answers: NDQ_000740

answers: downward movement of the tubing and the upward movement of the fluid

answers: NDQ_000741

answers: piston effect)

answers: NDQ_000742

answers: Surge pressure.Upward

answers: NDQ_000743

answers: piston effect)

answers: NDQ_000744

answers: Surge pressure.Upward

answers: NDQ_000745

answers: upward

answers: NDQ_000746

answers: piston effect)

text: The tsunami caused by the 2004 Indian Ocean earthquake generated widespread damage and resulted in 200 deaths in and around Kalpakkam. There is a tsunami memorial having a white oval plaque engraved with 39 people who lost their lives in the tsunami.

text: The

text: tsunami

text: caused by the

text: 2004 Indian Ocean earthquake

text: generated widespread damage and resulted in 200 deaths in and around Kalpakkam. There is a tsunami memorial having a white oval plaque engraved with 39 people who lost their lives in the tsunami.

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: can cause tsunamis

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a body of water collides with something

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: How many people lost their lives in the tsunami?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: It's impossible to say

answers: NDQ_000729

answers: Which of the following is not a cause of the tsunami?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not true of spring tides?

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: tsunami memorial having a white oval plaque?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the tsunami caused by the 2004 Indian Ocean earthquake generated widespread damage and resulted in 200 deaths

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: 2004 Indian Ocean earthquake

answers: NDQ_000704

answers: The tsunami caused by the 2004 Indian Ocean

answers: NDQ_000706

answers: Kalpakkam.

answers: NDQ_000707

answers: earthquake

answers: NDQ_000710

answers: The tsunami

answers: NDQ_000715

answers: The tsunami

answers: NDQ_000718

answers: 200 deaths in and around Kalpakkam.

answers: NDQ_000720

answers: The tsunami caused by the 2004 Indian Ocean earthquake

answers: NDQ_000721

answers: The tsunami caused by the 2004 Indian Ocean earthquake

answers: NDQ_000722

answers: 200 deaths in and around Kalpakkam.

answers: NDQ_000723

answers: The tsunami

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: 200 deaths in and around Kalpakkam.

answers: NDQ_000726

answers: The tsunami

answers: NDQ_000727

answers: The tsunami

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake

answers: NDQ_000729

answers: The tsunami

answers: NDQ_000730

answers: The tsunami

answers: NDQ_000731

answers: 200 deaths in and around Kalpakkam.

answers: NDQ_000732

answers: 200 deaths in and around Kalpakkam.

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: earthquake

answers: NDQ_000735

answers: 200 deaths in and around Kalpakkam.

answers: NDQ_000736

answers: white oval plaque

answers: NDQ_000737

answers: The tsunami caused by the 2004 Indian Ocean

answers: NDQ_000738

answers: The tsunami

answers: NDQ_000739

answers: earthquake

answers: NDQ_000740

answers: 2004 Indian Ocean earthquake

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: 200 deaths in and around Kalpakkam.

answers: NDQ_000743

answers: earthquake

answers: NDQ_000744

answers: The tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 200 deaths in and around Kalpakkam.

text: These machines had to be set with local tidal constants special to the place for which predictions were to be made.  Such numbers express the local tidal response to individual components of the global tide-generating potential, at different frequencies.  This local response, shown in the timing and the height of tidal contributions at different frequencies, is a result of local and regional features of the coasts and sea-bed.  The tidal constants are usually evaluated from local histories of tide-gauge observations, by harmonic analysis based on the principal tide-generating frequencies as shown by the global theory of tides and the underlying lunar theory.

text: These machines had to be set with local tidal constants special to the place for which predictions were to be made.  Such numbers express the local tidal response to individual components of the global tide-generating potential, at different frequencies.  This local response, shown in the timing and the height of tidal contributions at different frequencies, is a result of local and regional features of the coasts and sea-bed.  The tidal constants are usually evaluated from local histories of tide-gauge observations, by harmonic analysis based on the principal tide-generating frequencies as shown by the global

text: theory of tides

text: and the underlying

text: lunar theory

answers: NDQ_000702

answers: global tide-generating potential

answers: NDQ_000704

answers: What is a result of local and regional features of the coasts and sea-bed

answers: NDQ_000706

answers: local tidal response

answers: NDQ_000707

answers: tides are too high

answers: NDQ_000710

answers: tides

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: local tidal constants

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: local and regional features of the coasts and sea-bed

answers: NDQ_000733

answers: lunar day

answers: NDQ_000734

answers: global tide-generating potential

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: tide-gauge observations

answers: NDQ_000737

answers: tide-generating

answers: NDQ_000738

answers: local tidal constants special to the place for which predictions were to be made

answers: NDQ_000739

answers: in the ocean

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: NDQ_000744

answers: lunar

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: global tide-generating potential,

answers: NDQ_000704

answers: local and regional features of the coasts and sea-bed.

answers: NDQ_000706

answers: sea-bed.

answers: NDQ_000707

answers: tidal response to individual components of the global tide-generating potential,

answers: NDQ_000710

answers: tide-generating potential,

answers: NDQ_000715

answers: height of tidal contributions

answers: NDQ_000718

answers: frequencies.

answers: NDQ_000720

answers: local tidal constants

answers: NDQ_000721

answers: tide-generating potential,

answers: NDQ_000722

answers: local and regional features of the coasts and sea-bed.

answers: NDQ_000723

answers: local tidal constants

answers: NDQ_000724

answers: tide-generating potential,

answers: NDQ_000725

answers: tides and the underlying lunar theory.

answers: NDQ_000726

answers: tide-generating potential,

answers: NDQ_000727

answers: tidal response to individual components of the global tide-generating potential,

answers: NDQ_000728

answers: local tidal constants

answers: NDQ_000729

answers: global tide-generating potential,

answers: NDQ_000730

answers: tide-generating potential,

answers: NDQ_000731

answers: lunar theory.

answers: NDQ_000732

answers: local tidal constants

answers: NDQ_000733

answers: global tide-generating potential,

answers: NDQ_000734

answers: local and regional features of the coasts and sea-bed.

answers: NDQ_000735

answers: lunar theory.

answers: NDQ_000736

answers: timing and the height of tidal contributions at different frequencies,

answers: NDQ_000737

answers: tide-generating potential,

answers: NDQ_000738

answers: local tidal constants

answers: NDQ_000739

answers: sea-bed.

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tide-generating

answers: NDQ_000742

answers: lunar theory.

answers: NDQ_000743

answers: tidal response to individual components of the global tide-generating potential,

answers: NDQ_000744

answers: lunar theory.

answers: NDQ_000745

answers: tide-generating

answers: NDQ_000746

answers: global tide-generating potential,

text: Islands and banks can interact with currents and upwellings in a manner that results in areas of high ocean productivity. Large eddies can form downcurrent or downwind from islands, concentrating plankton. Banks and reefs can intercept deep currents that upwell.

text: Islands and

text: banks

text: can interact with currents and upwellings in a manner that results in areas of high ocean productivity. Large eddies can form downcurrent or downwind from islands, concentrating plankton. Banks and reefs can intercept deep currents that upwell.

answers: NDQ_000702

answers: upwellings

answers: NDQ_000704

answers: Which of the following is not a type of current: downcurrent or upwelling?

answers: NDQ_000706

answers: Islands and banks

answers: NDQ_000707

answers: Plankton is concentrated in the ocean

answers: NDQ_000710

answers: plankton closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a type of upwelling?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: large eddies

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: eddies

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: large eddies can form downcurrent or downwind from islands

answers: NDQ_000739

answers: eddies

answers: NDQ_000740

answers: upwellings

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: eddies

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: Plankton

answers: NDQ_000702

answers: currents and upwellings

answers: NDQ_000704

answers: downcurrent

answers: NDQ_000706

answers: Islands and banks

answers: NDQ_000707

answers: currents

answers: NDQ_000710

answers: concentrating plankton.

answers: NDQ_000715

answers: ocean productivity.

answers: NDQ_000718

answers: ocean productivity.

answers: NDQ_000720

answers: Islands and banks can interact with currents and upwellings

answers: NDQ_000721

answers: Islands and banks can interact with currents and upwellings

answers: NDQ_000722

answers: Islands and banks can interact with currents and upwellings

answers: NDQ_000723

answers: ocean productivity.

answers: NDQ_000724

answers: currents

answers: NDQ_000725

answers: currents and upwellings

answers: NDQ_000726

answers: currents

answers: NDQ_000727

answers: ocean productivity.

answers: NDQ_000728

answers: Islands and banks can interact with currents and upwellings

answers: NDQ_000729

answers: downwind

answers: NDQ_000730

answers: Islands and banks can interact with currents and upwellings

answers: NDQ_000731

answers: Islands and banks can interact with currents and upwellings

answers: NDQ_000732

answers: downcurrent or downwind from islands,

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: upwellings

answers: NDQ_000735

answers: Islands and banks can interact with currents and upwellings

answers: NDQ_000736

answers: downcurrent or downwind

answers: NDQ_000737

answers: eddies

answers: NDQ_000738

answers: high ocean productivity.

answers: NDQ_000739

answers: deep currents

answers: NDQ_000740

answers: upwellings

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: downcurrent

answers: NDQ_000743

answers: ocean productivity. Large eddies can form downcurrent or downwind

answers: NDQ_000744

answers: downcurrent

answers: NDQ_000745

answers: upwellings

answers: NDQ_000746

answers: ocean productivity.

text: Earthquake-induced tsunamis affected southern Chile, Hawaii, Japan, the Philippines, China, eastern New Zealand, southeast Australia and the Aleutian Islands. Some localized tsunamis severely battered the Chilean coast, with waves up to . The main tsunami crossed the Pacific Ocean at a speed of several hundred km/h and devastated Hilo, Hawaii, killing 61 people.

text: Earthquake-induced

text: tsunami

text: s affected southern Chile, Hawaii, Japan, the Philippines, China,

text: eastern New Zealand

text: , southeast Australia and the

text: Aleutian Islands

text: . Some localized tsunamis severely battered the Chilean coast, with waves up to . The main tsunami crossed the Pacific Ocean at a speed of several hundred km/h and devastated

text: Hilo, Hawaii

text: , killing 61 people.

answers: NDQ_000702

answers: Earthquake

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Pacific or Atlantic?

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: Earthquakes occur

answers: NDQ_000710

answers: Earthquakes to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: How many people were killed by the tsunami?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: Which of the following is not a type of tsunami: crest, trough or earthquake?

answers: NDQ_000724

answers: No

answers: NDQ_000725

answers: How many days did the main tsunami cross the Pacific Ocean at a speed of several hundred km/h?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: what is the second to last group mentioned?

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation: earthquakes, tsunamis, or the Aleutian Islands?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring tides or moon tides?

answers: NDQ_000732

answers: What caused surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: Earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Pacific Ocean at a speed of

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The main tsunami crossed the Pacific Ocean

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: earthquake-induced tsunamis

answers: NDQ_000744

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: Earthquake-induced

answers: NDQ_000704

answers: waves up to. The main tsunami crossed the Pacific Ocean

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: Earthquake-induced

answers: NDQ_000710

answers: Earthquake-induced tsunamis

answers: NDQ_000715

answers: waves up to.

answers: NDQ_000718

answers: waves

answers: NDQ_000720

answers: several hundred km/h

answers: NDQ_000721

answers: Earthquake-induced

answers: NDQ_000722

answers: waves up to. The main tsunami crossed the Pacific Ocean

answers: NDQ_000723

answers: waves

answers: NDQ_000724

answers: Earthquake-induced

answers: NDQ_000725

answers: Australia

answers: NDQ_000726

answers: Earthquake-induced tsunamis

answers: NDQ_000727

answers: Earthquake-induced tsunamis

answers: NDQ_000728

answers: several hundred km/h

answers: NDQ_000729

answers: Earthquake-induced tsunamis

answers: NDQ_000730

answers: Earthquake-induced

answers: NDQ_000731

answers: Earthquake-induced tsunamis affected southern Chile,

answers: NDQ_000732

answers: several hundred km/h

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: Earthquake-induced

answers: NDQ_000735

answers: Earthquake-induced tsunamis affected southern Chile,

answers: NDQ_000736

answers: waves

answers: NDQ_000737

answers: Pacific Ocean

answers: NDQ_000738

answers: Earthquake-induced tsunamis

answers: NDQ_000739

answers: Earthquake-induced

answers: NDQ_000740

answers: several hundred km/h

answers: NDQ_000741

answers: tsunamis

answers: NDQ_000742

answers: Earthquake-induced tsunamis

answers: NDQ_000743

answers: Earthquake-induced

answers: NDQ_000744

answers: waves

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: several hundred km/h

text: For a steady flow of charge through a surface, the current I (in amperes) can be calculated with the following equation:

text: For a steady flow of charge through a surface, the current I (in amperes) can be calculated with the following equation:

answers: NDQ_000702

answers: steady flow of charge

answers: NDQ_000704

answers: can be calculated with the following equation:

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: a magnetic field is too strong.

answers: NDQ_000710

answers: ice to the surface of the ocean

answers: NDQ_000715

answers: its lowest point

answers: NDQ_000718

answers: NDQ_000720

answers: The biggest ocean waves occur with hurricanes.

answers: NDQ_000721

answers: the moon

answers: NDQ_000722

answers: The surface area of the water is shallow.

answers: NDQ_000723

answers: high tide is the crest and low tide is the trough

answers: NDQ_000724

answers: waves are caused by winds

answers: NDQ_000725

answers: Which of the following is an example of tidal movement?

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: the difference between high and low tides

answers: NDQ_000728

answers: The first sign of a tsunami is coming is high water moving fast across the ocean

answers: NDQ_000729

answers: Coriolis effect is caused by Earths rotation.

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides

answers: NDQ_000731

answers: The sun is in the east and the moon is in the west.

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean.

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: current flowing through a surface

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: current I in amperes

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: a steady flow of charge through a surface

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: ocean current

answers: NDQ_000742

answers: can be calculated with the following equation

answers: NDQ_000743

answers: can be calculated with the equation

answers: NDQ_000744

answers: tidal

answers: NDQ_000745

answers: can be calculated with the equation:

answers: NDQ_000746

answers: NDQ_000702

answers: steady flow of charge

answers: NDQ_000704

answers: the current I (in amperes)

answers: NDQ_000706

answers: surface,

answers: NDQ_000707

answers: charge

answers: NDQ_000710

answers: charge

answers: NDQ_000715

answers: current I (in amperes) can be calculated with the following

answers: NDQ_000718

answers: following

answers: NDQ_000720

answers: following

answers: NDQ_000721

answers: For a steady flow of charge

answers: NDQ_000722

answers: For a steady flow of charge through a surface,

answers: NDQ_000723

answers: For a steady flow of charge through a surface,

answers: NDQ_000724

answers: For a steady flow of charge through a surface,

answers: NDQ_000725

answers: following

answers: NDQ_000726

answers: current I (in amperes) can be calculated with the following

answers: NDQ_000727

answers: following

answers: NDQ_000728

answers: the current I

answers: NDQ_000729

answers: following

answers: NDQ_000730

answers: following

answers: NDQ_000731

answers: following

answers: NDQ_000732

answers: following

answers: NDQ_000733

answers: current I (in amperes) can be calculated with the following

answers: NDQ_000734

answers: steady flow of charge

answers: NDQ_000735

answers: For a steady flow of charge through a surface,

answers: NDQ_000736

answers: current I (in amperes)

answers: NDQ_000737

answers: flow of charge

answers: NDQ_000738

answers: steady flow of charge

answers: NDQ_000739

answers: For a steady flow of charge through a surface,

answers: NDQ_000740

answers: current I (in amperes) can be calculated with the following

answers: NDQ_000741

answers: flow of charge

answers: NDQ_000742

answers: current I (in amperes) can be calculated with the following

answers: NDQ_000743

answers: a steady flow of charge

answers: NDQ_000744

answers: For a steady flow of charge through a surface,

answers: NDQ_000745

answers: flow of charge

answers: NDQ_000746

answers: I (in amperes)

text: Marine energy or marine power (also sometimes referred to as ocean energy or ocean power) refers to the energy carried by ocean waves, tides, salinity, and ocean temperature differences. The movement of water in the world’s oceans creates a vast store of kinetic energy, or energy in motion. This energy can be harnessed to generate electricity to power homes, transport and industries.

text: Marine energy or marine power (also sometimes referred to as ocean energy or ocean power) refers to the energy carried by

text: ocean wave

text: s,

text: tide

text: s,

text: salinity

text: , and

text: ocean temperature differences

text: . The movement of water in the world’s oceans creates a vast store of

text: kinetic energy

text: , or energy in motion. This energy can be harnessed to

text: generate

text: electricity to power homes, transport and industries.

answers: NDQ_000702

answers: movement of water

answers: NDQ_000704

answers: can be harnessed to generate electricity to power homes

answers: NDQ_000706

answers: world’s oceans

answers: NDQ_000707

answers: kinetic energy is released

answers: NDQ_000710

answers: kinetic energy

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: movement of water

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: kinetic energy

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The movement of water in the world’s oceans creates a vast store of kinetic energy

answers: NDQ_000739

answers: salinized

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: ocean waves

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: kinetic

answers: NDQ_000744

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: Marine energy

answers: NDQ_000704

answers: ocean waves, tides,

answers: NDQ_000706

answers: Marine energy

answers: NDQ_000707

answers: kinetic energy,

answers: NDQ_000710

answers: kinetic energy,

answers: NDQ_000715

answers: kinetic energy,

answers: NDQ_000718

answers: ocean waves,

answers: NDQ_000720

answers: Marine energy or marine power

answers: NDQ_000721

answers: ocean waves,

answers: NDQ_000722

answers: salinity,

answers: NDQ_000723

answers: ocean waves,

answers: NDQ_000724

answers: ocean waves,

answers: NDQ_000725

answers: tides,

answers: NDQ_000726

answers: ocean waves,

answers: NDQ_000727

answers: Marine energy

answers: NDQ_000728

answers: kinetic energy,

answers: NDQ_000729

answers: ocean waves, tides, salinity, and ocean temperature differences.

answers: NDQ_000730

answers: Marine energy

answers: NDQ_000731

answers: Marine energy or marine power

answers: NDQ_000732

answers: kinetic energy,

answers: NDQ_000733

answers: ocean waves, tides,

answers: NDQ_000734

answers: The movement of water

answers: NDQ_000735

answers: Marine energy

answers: NDQ_000736

answers: ocean waves, tides, salinity, and ocean temperature differences.

answers: NDQ_000737

answers: Marine energy

answers: NDQ_000738

answers: kinetic energy,

answers: NDQ_000739

answers: temperature differences.

answers: NDQ_000740

answers: tides,

answers: NDQ_000741

answers: waves,

answers: NDQ_000742

answers: tides,

answers: NDQ_000743

answers: kinetic energy,

answers: NDQ_000744

answers: tides,

answers: NDQ_000745

answers: kinetic energy,

answers: NDQ_000746

answers: kinetic energy,

text: On 26 December 2004 the countries surrounding the Indian Ocean were hit by a tsunami caused by the 2004 Indian Ocean earthquake. The waves resulted in more than 226,000 deaths and over 1 million people were left homeless.

text: On 26 December 2004 the countries surrounding the Indian Ocean were hit by a

text: tsunami

text: caused by the

text: 2004 Indian Ocean earthquake

text: . The waves resulted in more than 226,000 deaths and over 1 million people were left homeless.

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: What caused the tsunami?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: it is a result of an earthquake

answers: NDQ_000710

answers: ocean water closer to shore

answers: NDQ_000715

answers: what is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: (iii).

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It is not possible to tell.

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: (iii).

answers: NDQ_000729

answers: Which of the following is not a cause of the tsunami: earthquake, tsunami or coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: Indian Ocean as a body of water

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a tsunami caused by the 2004 Indian Ocean earthquake

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: is an example of

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 226,000 deaths

answers: NDQ_000702

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000704

answers: tsunami

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: earthquake.

answers: NDQ_000710

answers: tsunami

answers: NDQ_000715

answers: tsunami

answers: NDQ_000718

answers: tsunami

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000722

answers: tsunami

answers: NDQ_000723

answers: tsunami

answers: NDQ_000724

answers: tsunami caused by the 2004 Indian Ocean earthquake.

answers: NDQ_000725

answers: tsunami

answers: NDQ_000726

answers: tsunami

answers: NDQ_000727

answers: tsunami

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000729

answers: On 26 December 2004

answers: NDQ_000730

answers: tsunami caused by the 2004 Indian Ocean earthquake.

answers: NDQ_000731

answers: On 26 December 2004

answers: NDQ_000732

answers: tsunami

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000735

answers: 2004

answers: NDQ_000736

answers: tsunami

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: tsunami

answers: NDQ_000739

answers: earthquake.

answers: NDQ_000740

answers: tsunami

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunami

answers: NDQ_000743

answers: tsunami

answers: NDQ_000744

answers: tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 226,000

text: Wind patterns associated with these circulation cells drive surface currents which push the surface water to the higher latitudes where the air is colder. This cools the water down enough to where it is capable of dissolving more gasses and minerals, causing it to become very dense in relation to lower latitude waters, which in turn causes it to sink to the bottom of the ocean, forming what is known as North Atlantic Deep Water (NADW) in the north and Antarctic Bottom Water (AABW) in the south. Driven by this sinking and the upwelling that occurs in lower latitudes, as well as the driving force of the winds on surface water, the ocean currents act to circulate water throughout the entire ocean.

text: Wind patterns associated with these circulation cells drive surface currents which push the surface water to the higher latitudes where the air is colder. This cools the water down enough to where it is capable of dissolving more gasses and minerals, causing it to become very dense in relation to lower latitude waters, which in turn causes it to sink to the bottom of the ocean, forming what is known as North Atlantic Deep Water (NADW) in the north and Antarctic Bottom Water (AABW) in the south. Driven by this sinking and the upwelling that occurs in lower latitudes, as well as the driving force of the winds on surface water, the ocean currents act to circulate water throughout the entire ocean.

answers: NDQ_000702

answers: sinking

answers: NDQ_000704

answers: Which of the following is not a type of water: North Atlantic Deep Water or Antarctic Bottom Water?

answers: NDQ_000706

answers: higher latitudes

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: water up from the bottom of the ocean

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: surface currents

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: North Atlantic Deep Water

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: higher latitudes where the air is colder

answers: NDQ_000739

answers: higher latitude

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: NDQ_000743

answers: dissolving more gasses

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: dense

answers: NDQ_000702

answers: Wind patterns associated with these circulation cells drive surface currents

answers: NDQ_000704

answers: push the surface water to the higher latitudes

answers: NDQ_000706

answers: surface currents which push the surface water to the higher latitudes

answers: NDQ_000707

answers: Wind patterns associated with these circulation cells

answers: NDQ_000710

answers: lower latitudes,

answers: NDQ_000715

answers: Wind patterns associated with these circulation cells

answers: NDQ_000718

answers: Wind patterns associated with these circulation cells

answers: NDQ_000720

answers: Wind patterns associated with these circulation cells drive surface currents

answers: NDQ_000721

answers: Wind patterns associated with these circulation cells

answers: NDQ_000722

answers: North Atlantic Deep Water

answers: NDQ_000723

answers: Wind patterns associated with these circulation cells

answers: NDQ_000724

answers: Wind patterns associated with these circulation cells

answers: NDQ_000725

answers: Wind patterns associated with these circulation cells drive surface currents

answers: NDQ_000726

answers: Wind

answers: NDQ_000727

answers: Wind patterns associated with these circulation cells drive surface currents

answers: NDQ_000728

answers: Wind patterns associated with these circulation cells drive surface currents

answers: NDQ_000729

answers: Wind patterns associated with these circulation cells

answers: NDQ_000730

answers: Wind patterns associated with these circulation cells

answers: NDQ_000731

answers: Wind patterns associated with these circulation cells

answers: NDQ_000732

answers: circulation cells

answers: NDQ_000733

answers: North Atlantic Deep Water

answers: NDQ_000734

answers: Wind patterns associated with these circulation cells drive surface currents

answers: NDQ_000735

answers: colder.

answers: NDQ_000736

answers: circulation cells

answers: NDQ_000737

answers: circulation cells

answers: NDQ_000738

answers: higher latitudes

answers: NDQ_000739

answers: cools the water down

answers: NDQ_000740

answers: push the surface water to the higher latitudes

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: North Atlantic Deep Water

answers: NDQ_000743

answers: circulation cells

answers: NDQ_000744

answers: North Atlantic Deep Water

answers: NDQ_000745

answers: sinking and the upwelling

answers: NDQ_000746

answers: dense

text: A wave provider operates a wave service on one or more networked servers. The central pieces of the wave service is the wave store, which stores wavelet operations, and the wave server, which resolves wavelet operations by operational transformation and writes and reads wavelet operations to and from the wave store. Typically, the wave service serves waves to users of the wave provider which connect to the wave service frontend. For the purpose of federation, the wave service shares waves with participants from other providers by communicating with these wave provider's servers. Copies of wavelets are distributed to all wave providers that have participants in a given wavelet. Copies of a wavelet at a particular provider can either be local or remote. We use the term to refer to these two types of wavelet copies (in both cases, we are referring to the wavelet copy, and not the wavelet). A wave view can contain both local and remote wavelet copies simultaneously.

text: A wave provider operates a wave service on one or more networked servers. The central pieces of the wave service is the wave store, which stores wavelet operations, and the wave server, which resolves wavelet operations by

text: operational transformation

text: and writes and reads wavelet operations to and from the wave store. Typically, the wave service serves waves to users of the wave provider which connect to the wave service frontend. For the purpose of federation, the wave service shares waves with participants from other providers by communicating with these wave provider's servers. Copies of wavelets are distributed to all wave providers that have participants in a given wavelet. Copies of a wavelet at a particular provider can either be local or remote. We use the term to refer to these two types of wavelet copies (in both cases, we are referring to the wavelet copy, and not the wavelet). A wave view can contain both local and remote wavelet copies simultaneously.

answers: NDQ_000702

answers: wave service

answers: NDQ_000704

answers: are a type of wavelet

answers: NDQ_000706

answers: local

answers: NDQ_000707

answers: a user connects to the wave server

answers: NDQ_000710

answers: wavelets to the wave server

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: hurricanes

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the tide cycle occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What causes the Coriolis effect?

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides

answers: NDQ_000731

answers: The sun and moon are in a straight line.

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: month.

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition.

answers: NDQ_000736

answers: remote wavelet

answers: NDQ_000737

answers: wavelet

answers: NDQ_000738

answers: local and remote wavelet copies simultaneously

answers: NDQ_000739

answers: local

answers: NDQ_000740

answers: wavelet operations

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: tide that occurs during the first or third quarter of the moon

answers: NDQ_000743

answers: electromagnetic wave

answers: NDQ_000744

answers: a full moon

answers: NDQ_000745

answers: wavelets

answers: NDQ_000746

answers: NDQ_000702

answers: wave provider

answers: NDQ_000704

answers: wave view can contain both local and remote wavelet copies simultaneously.

answers: NDQ_000706

answers: wave service

answers: NDQ_000707

answers: wave view can contain both local and remote wavelet copies simultaneously.

answers: NDQ_000710

answers: local and remote wavelet copies

answers: NDQ_000715

answers: wave view can contain both local and remote wavelet copies simultaneously.

answers: NDQ_000718

answers: local and remote wavelet copies

answers: NDQ_000720

answers: local and remote wavelet copies simultaneously.

answers: NDQ_000721

answers: local and remote wavelet copies

answers: NDQ_000722

answers: local and remote wavelet copies simultaneously.

answers: NDQ_000723

answers: local or remote.

answers: NDQ_000724

answers: local and remote wavelet copies

answers: NDQ_000725

answers: local and remote wavelet copies simultaneously.

answers: NDQ_000726

answers: local and remote wavelet copies simultaneously.

answers: NDQ_000727

answers: local and remote wavelet copies

answers: NDQ_000728

answers: local and remote wavelet copies

answers: NDQ_000729

answers: local and remote wavelet copies simultaneously.

answers: NDQ_000730

answers: local and remote wavelet copies simultaneously.

answers: NDQ_000731

answers: local and remote wavelet copies simultaneously.

answers: NDQ_000732

answers: local and remote wavelet copies simultaneously.

answers: NDQ_000733

answers: local and remote wavelet copies simultaneously.

answers: NDQ_000734

answers: wave provider operates a wave service

answers: NDQ_000735

answers: local and remote wavelet copies simultaneously.

answers: NDQ_000736

answers: local and remote wavelet copies

answers: NDQ_000737

answers: wave provider

answers: NDQ_000738

answers: wavelet).

answers: NDQ_000739

answers: local and remote wavelet copies

answers: NDQ_000740

answers: wave view can contain both local and remote wavelet copies simultaneously.

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: wave view can contain both local and remote wavelet copies simultaneously.

answers: NDQ_000743

answers: wave view can contain both local and remote wavelet copies simultaneously.

answers: NDQ_000744

answers: wave view can contain both local and remote wavelet copies simultaneously.

answers: NDQ_000745

answers: wave view can contain both local and remote wavelet copies simultaneously.

answers: NDQ_000746

answers: wave view can contain both local and remote wavelet copies simultaneously.

text: Havelock Island avoided much of the devastation by the 2004 Indian Ocean earthquake and its resulting tsunami, and there were no documented casualties.

text: Havelock Island avoided much of the devastation by the

text: 2004 Indian Ocean earthquake

text: and its resulting

text: tsunami

text: , and there were no documented casualties.

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: What caused the tsunami?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: it is a lot bigger than it is

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: It is not possible to tell

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: tides in the ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling is a natural process in the ocean

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: can not be used to answer this question

answers: NDQ_000743

answers: can cause a tsunami

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: 2004 Indian Ocean earthquake

answers: NDQ_000704

answers: tsunami,

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: tsunami,

answers: NDQ_000710

answers: Havelock Island

answers: NDQ_000715

answers: tsunami,

answers: NDQ_000718

answers: tsunami,

answers: NDQ_000720

answers: tsunami,

answers: NDQ_000721

answers: 2004 Indian Ocean earthquake

answers: NDQ_000722

answers: Havelock Island

answers: NDQ_000723

answers: tsunami,

answers: NDQ_000724

answers: tsunami,

answers: NDQ_000725

answers: Havelock Island

answers: NDQ_000726

answers: tsunami,

answers: NDQ_000727

answers: tsunami,

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake

answers: NDQ_000729

answers: Havelock Island avoided much of the devastation

answers: NDQ_000730

answers: tsunami,

answers: NDQ_000731

answers: tsunami, and there were no documented casualties.

answers: NDQ_000732

answers: 2004 Indian Ocean earthquake and its resulting tsunami,

answers: NDQ_000733

answers: Havelock Island

answers: NDQ_000734

answers: earthquake

answers: NDQ_000735

answers: tsunami, and there were no documented casualties.

answers: NDQ_000736

answers: tsunami,

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: Havelock Island

answers: NDQ_000739

answers: earthquake

answers: NDQ_000740

answers: tsunami,

answers: NDQ_000741

answers: tsunami,

answers: NDQ_000742

answers: tsunami,

answers: NDQ_000743

answers: tsunami,

answers: NDQ_000744

answers: tsunami,

answers: NDQ_000745

answers: tsunami,

answers: NDQ_000746

answers: Havelock Island

text: When the Earth, moon, and sun are in line (sun–Earth–moon, or sun–moon–Earth) the two main influences combine to produce spring tides; when the two forces are opposing each other as when the angle moon–Earth–sun is close to ninety degrees, neap tides result. As the moon moves around its orbit it changes from north of the equator to south of the equator. The alternation in high tide heights becomes smaller, until they are the same (at the lunar equinox, the moon is above the equator), then redevelop but with the other polarity, waxing to a maximum difference and then waning again.

text: When the Earth, moon, and sun are in line (sun–Earth–moon, or sun–moon–Earth) the two main influences combine to produce spring tides; when the two forces are opposing each other as when the angle moon–Earth–sun is close to ninety degrees, neap tides result. As the moon moves around its orbit it changes from north of the equator to south of the equator. The alternation in high tide heights becomes smaller, until they are the same (at the lunar equinox, the moon is above the equator), then redevelop but with the other polarity, waxing to a maximum difference and then waning again.

answers: NDQ_000702

answers: sun–Earth–moon

answers: NDQ_000704

answers: Which of the following is not a type of tide: spring tides or neap tides?

answers: NDQ_000706

answers: south of the equator

answers: NDQ_000707

answers: Earth is in line with the sun

answers: NDQ_000710

answers: spring tides

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What is the difference between high tide and low tide?

answers: NDQ_000728

answers: spring tides

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth year

answers: NDQ_000734

answers: sun–Earth–moon

answers: NDQ_000735

answers: in line

answers: NDQ_000736

answers: sun, moon, and sun in line

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the moon is above the equator

answers: NDQ_000739

answers: neap

answers: NDQ_000740

answers: high tide heights

answers: NDQ_000741

answers: spring tides

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: spring tides

answers: NDQ_000746

answers: NDQ_000702

answers: the Earth, moon, and sun are in line

answers: NDQ_000704

answers: spring tides;

answers: NDQ_000706

answers: spring tides;

answers: NDQ_000707

answers: spring tides;

answers: NDQ_000710

answers: spring tides;

answers: NDQ_000715

answers: a maximum difference

answers: NDQ_000718

answers: spring tides;

answers: NDQ_000720

answers: spring tides;

answers: NDQ_000721

answers: spring tides;

answers: NDQ_000722

answers: neap tides

answers: NDQ_000723

answers: spring tides;

answers: NDQ_000724

answers: spring tides;

answers: NDQ_000725

answers: spring tides;

answers: NDQ_000726

answers: spring tides;

answers: NDQ_000727

answers: waxing to a maximum difference and then waning again.

answers: NDQ_000728

answers: spring tides;

answers: NDQ_000729

answers: spring tides;

answers: NDQ_000730

answers: spring tides;

answers: NDQ_000731

answers: sun–moon–Earth)

answers: NDQ_000732

answers: neap tides

answers: NDQ_000733

answers: lunar equinox,

answers: NDQ_000734

answers: the Earth, moon, and sun

answers: NDQ_000735

answers: opposing each other

answers: NDQ_000736

answers: the two main influences combine to produce spring tides;

answers: NDQ_000737

answers: spring tides;

answers: NDQ_000738

answers: neap tides

answers: NDQ_000739

answers: spring tides;

answers: NDQ_000740

answers: spring tides;

answers: NDQ_000741

answers: tides;

answers: NDQ_000742

answers: spring tides;

answers: NDQ_000743

answers: spring tides;

answers: NDQ_000744

answers: spring tides;

answers: NDQ_000745

answers: spring tides;

answers: NDQ_000746

answers: sun–moon–Earth)

text: National Oceanic and Atmospheric Administration’s NOAA have placed Deep-ocean Assessment and Reporting of Tsunami stations in particular areas, areas with a history of generating large tsunamis, to be completely positive that the detection of tsunamis are to be as fast as possible. The year of 2001 was the completion of the first six tsunami detection buoys placed along the northern Pacific Ocean coast. In 2005 the United States president George W. Bush announced a two-year, $3.5 million, plan to install tsunami detecting buoys in the Atlantic and the Caribbean ocean in order to expand the nation’s capabilities to detect tsunamis. With the Pacific Ocean creating 85 percent of the world’s tsunamis, the majority of new tsunami detecting buoy equipment will be installed around the pacific rim, while only seven buoys will be placed along the Atlantic and Caribbean coast because even though tsunamis are rare in the Atlantic, there have been records of deadly tsunamis being reported in the Atlantic. Roughly $13.8 million of the governments funding was used to procure and install exactly 32 pressure sensors on the ocean bottom to detect tsunamis and collect data such as the height and speed of the approaching tsunami. This proposed system, stated by the John H. Marburger the White House’s Office of Science and Technology Policy, should provide the United States’ Tsunami Warning Centers with nearly one hundred percent coverage for any approaching tsunamis as well as decline all false alarms to just about zero. During all these improvements and upgrades of the current system, roughly three fourths of the tsunami warnings were discovered to be unnecessary and a waste of money. A few years later in 2008 there are now roughly 40 tsunami detection buoys placed in the Pacific Ocean by NOAA. The upgraded DART buoys were originally developed to maintain but to mostly improve the timing of detection of a tsunami. With an improved detection time for tsunamis, that is more time to save lives, warning guidance and international coordination.

text: National Oceanic and Atmospheric Administration’s

text: NOAA

text: have placed Deep-ocean Assessment and Reporting of Tsunami stations in particular areas, areas with a history of generating large tsunamis, to be completely positive that the detection of tsunamis are to be as fast as possible. The year of 2001 was the completion of the first six tsunami detection buoys placed along the northern Pacific Ocean coast. In 2005 the United States president George W. Bush announced a two-year, $3.5 million, plan to install tsunami detecting buoys in the Atlantic and the Caribbean ocean in order to expand the nation’s capabilities to detect tsunamis. With the Pacific Ocean creating 85 percent of the world’s tsunamis, the majority of new tsunami detecting buoy equipment will be installed around the

text: pacific rim

text: , while only seven buoys will be placed along the Atlantic and Caribbean coast because even though tsunamis are rare in the Atlantic, there have been records of deadly tsunamis being reported in the Atlantic. Roughly $13.8 million of the governments funding was used to procure and install exactly 32 pressure

text: sensor

text: s on the ocean bottom to detect tsunamis and collect data such as the height and speed of the approaching tsunami. This proposed system, stated by the John H. Marburger the White House’s Office of Science and Technology Policy, should provide the United States’

text: Tsunami Warning Centers

text: with nearly one hundred percent coverage for any approaching tsunamis as well as decline all false alarms to just about zero. During all these improvements and upgrades of the current system, roughly three fourths of the tsunami warnings were discovered to be unnecessary and a waste of money. A few years later in 2008 there are now roughly 40 tsunami detection buoys placed in the Pacific Ocean by NOAA. The upgraded DART buoys were originally developed to maintain but to mostly improve the timing of detection of a tsunami. With an improved detection time for tsunamis, that is more time to save lives, warning guidance and international coordination.

answers: NDQ_000702

answers: Pacific Ocean

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Atlantic, Pacific, or Atlantic?

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: a tsunami is triggered by an earthquake

answers: NDQ_000710

answers: Which of the following is not a type of ocean: Pacific, Atlantic, or Caribbean?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: How many buoys will be placed along the Atlantic and Caribbean coast?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: Atlantic

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: How many years after the completion of the first six tsunami detection buoys placed along the northern Pacific Ocean coast?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: What is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a cause of spring tides?

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: Pacific Ocean

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic and Caribbean oceans

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: dead tsunamis being reported in the Atlantic

answers: NDQ_000739

answers: in the Atlantic

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What is the main idea of this passage?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: tsunamis

answers: NDQ_000704

answers: 40 tsunami detection buoys

answers: NDQ_000706

answers: pacific rim,

answers: NDQ_000707

answers: height and speed of the approaching tsunami.

answers: NDQ_000710

answers: 40 tsunami detection buoys

answers: NDQ_000715

answers: tsunami detection buoys

answers: NDQ_000718

answers: tsunami detection buoys

answers: NDQ_000720

answers: tsunami detection buoys

answers: NDQ_000721

answers: Pacific Ocean

answers: NDQ_000722

answers: 40 tsunami detection buoys

answers: NDQ_000723

answers: 32 pressure sensors

answers: NDQ_000724

answers: tsunami detection buoys

answers: NDQ_000725

answers: tsunami detection buoys

answers: NDQ_000726

answers: tsunami detection buoys

answers: NDQ_000727

answers: 40 tsunami detection buoys

answers: NDQ_000728

answers: pressure sensors

answers: NDQ_000729

answers: 40 tsunami detection buoys

answers: NDQ_000730

answers: tsunami detection buoys

answers: NDQ_000731

answers: tsunami detection buoys

answers: NDQ_000732

answers: 40 tsunami detection buoys

answers: NDQ_000733

answers: 40 tsunami detection buoys placed in the Pacific Ocean

answers: NDQ_000734

answers: Pacific Ocean

answers: NDQ_000735

answers: DART buoys

answers: NDQ_000736

answers: tsunamis are rare in the Atlantic,

answers: NDQ_000737

answers: tsunami detection buoys placed in the Pacific Ocean

answers: NDQ_000738

answers: tsunamis are rare

answers: NDQ_000739

answers: tsunami detection buoys

answers: NDQ_000740

answers: tsunami detection buoys

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: DART buoys

answers: NDQ_000743

answers: height and speed of the approaching tsunami.

answers: NDQ_000744

answers: Atlantic and the Caribbean ocean

answers: NDQ_000745

answers: tsunami detection buoys

answers: NDQ_000746

answers: NOAA

text: The Somali current is characterized by seasonal changes influenced by the Southwest monsoon and the Northeast Monsoon.  During the months of June to September, the warm Southwest monsoon moves the coastal waters northeastward, creating coastal upwelling.  The upwelled water is carried offshore by Ekman transport and merges with water that was brought to the surface by open-ocean upwelling.  The Findlater jet, a narrow low-level, atmospheric jet, also develops during the Southwest monsoon, and blows diagonally across the Indian Ocean, parallel to the coasts of Somalia and Oman.  As a result, an Ekman transport is created to the right of the wind.  At the center of the jet, the transport is maximum and decreases to the right and left with increasing distance.  To the left of the jet center, there is less water movement toward the center than is leaving, creating a divergence in the upper layer and resulting in an upwelling event (Ekman suction).  In contrast, to the right of the center of the jet, more water is coming from the center than is leaving, creating a downwelling event (Ekman pumping).  This open-ocean upwelling in combination with the coastal upwelling cause a massive upwelling.  The Northeast monsoon, which occurs from December to February, causes a reversal of the Somalia current, moving the coastal waters southwest.  Cooler air causes the surface water to cool and creates deep mixing, bringing abundant nutrients to the surface.

text: The Somali current is characterized by seasonal changes influenced by the

text: Southwest monsoon

text: and the Northeast Monsoon.  During the months of June to September, the warm Southwest monsoon moves the coastal waters northeastward, creating

text: coastal upwelling

text: .  The upwelled water is carried offshore by

text: Ekman transport

text: and merges with water that was brought to the surface by open-ocean upwelling.  The Findlater jet, a narrow low-level, atmospheric jet, also develops during the Southwest monsoon, and blows diagonally across the Indian Ocean, parallel to the coasts of Somalia and Oman.  As a result, an Ekman transport is created to the right of the wind.  At the center of the jet, the transport is maximum and decreases to the right and left with increasing distance.  To the left of the jet center, there is less water movement toward the center than is leaving, creating a divergence in the upper layer and resulting in an

text: upwelling

text: event (Ekman suction).  In contrast, to the right of the center of the jet, more water is coming from the center than is leaving, creating a

text: downwelling

text: event (Ekman pumping).  This open-ocean upwelling in combination with the coastal upwelling cause a massive upwelling.  The Northeast monsoon, which occurs from December to February, causes a reversal of the Somalia current, moving the coastal waters southwest.  Cooler air causes the surface water to cool and creates deep mixing, bringing abundant nutrients to the surface.

answers: NDQ_000702

answers: coastal upwelling

answers: NDQ_000704

answers: Which of the following is not a type of upwelling: Ekman suction or Ekman pumping?

answers: NDQ_000706

answers: the center of the jet

answers: NDQ_000707

answers: Ekman suction and downwelling are opposites

answers: NDQ_000710

answers: water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: How many months does the southwest monsoon last?

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a type of wave?

answers: NDQ_000725

answers: How many months does the southwest monsoon last?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: upwelling

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Northeast monsoon moving the coastal waters southwest

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: open-ocean upwelling in combination with the coastal upwelling cause a massive upwelling

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: seasonal changes

answers: NDQ_000741

answers: Somalia current

answers: NDQ_000742

answers: Northeast monsoon

answers: NDQ_000743

answers: Ekman transport

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: mass per unit of volume

answers: NDQ_000702

answers: coastal upwelling.

answers: NDQ_000704

answers: Cooler air causes the surface water to cool and creates deep mixing,

answers: NDQ_000706

answers: At the center of the jet,

answers: NDQ_000707

answers: upwelling event

answers: NDQ_000710

answers: abundant nutrients

answers: NDQ_000715

answers: At the center of the jet,

answers: NDQ_000718

answers: distance.

answers: NDQ_000720

answers: Findlater jet,

answers: NDQ_000721

answers: Southwest monsoon and the Northeast Monsoon.

answers: NDQ_000722

answers: Cooler air causes the surface water to cool and creates deep mixing,

answers: NDQ_000723

answers: June to September,

answers: NDQ_000724

answers: Ekman transport is created to the right of the wind.

answers: NDQ_000725

answers: Cooler air causes the surface water to cool and creates deep mixing,

answers: NDQ_000726

answers: Ekman transport is created to the right of the wind.

answers: NDQ_000727

answers: Southwest monsoon and the Northeast Monsoon.

answers: NDQ_000728

answers: upwelling.

answers: NDQ_000729

answers: northeastward,

answers: NDQ_000730

answers: Northeast Monsoon.

answers: NDQ_000731

answers: diagonally across the Indian Ocean,

answers: NDQ_000732

answers: Findlater jet,

answers: NDQ_000733

answers: June to September,

answers: NDQ_000734

answers: upwelling.

answers: NDQ_000735

answers: Cooler air

answers: NDQ_000736

answers: Ekman transport

answers: NDQ_000737

answers: a narrow low-level, atmospheric jet,

answers: NDQ_000738

answers: downwelling

answers: NDQ_000739

answers: Cooler air

answers: NDQ_000740

answers: seasonal changes

answers: NDQ_000741

answers: open-ocean upwelling.

answers: NDQ_000742

answers: June to September,

answers: NDQ_000743

answers: Ekman transport

answers: NDQ_000744

answers: The Somali current

answers: NDQ_000745

answers: open-ocean upwelling.

answers: NDQ_000746

answers: Northeast Monsoon.

text: A key feature of the protocol is that waves are stored on the service provider's servers instead of being sent between users. Waves are federated; copies of waves and wavelets are distributed by the wave provider of the originating user to the providers of all other participants in a particular wave or wavelet so all participants have immediate access to up-to-date content. The originating wave server is responsible for hosting, processing, and concurrency control of waves.  The protocol allows private reply wavelets within parent waves, where other participants have no access or knowledge of them.

text: A key feature of the protocol is that waves are stored on the service provider's servers instead of being sent between users. Waves are federated; copies of waves and wavelets are distributed by the wave provider of the originating user to the providers of all other participants in a particular wave or wavelet so all participants have immediate access to up-to-date content. The originating wave server is responsible for hosting, processing, and concurrency control of waves.  The protocol allows private reply wavelets within parent waves, where other participants have no access or knowledge of them.

answers: NDQ_000702

answers: The originating wave server

answers: NDQ_000704

answers: are stored on the service provider's servers instead of being sent between users.

answers: NDQ_000706

answers: parent waves

answers: NDQ_000707

answers: it has too many participants

answers: NDQ_000710

answers: wavelets

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: water is shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How are waves stored on the service provider's servers

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: surface currents to flow diagonally

answers: NDQ_000733

answers: tide

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: wavelets

answers: NDQ_000737

answers: wavelet

answers: NDQ_000738

answers: private reply wavelets within parent waves, where other participants have no access or knowledge of them.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: wavelets

answers: NDQ_000741

answers: wavelets

answers: NDQ_000742

answers: NDQ_000743

answers: wavelets

answers: NDQ_000744

answers: NDQ_000745

answers: wavelets

answers: NDQ_000746

answers: wavelets

answers: NDQ_000702

answers: waves

answers: NDQ_000704

answers: private reply wavelets within parent waves,

answers: NDQ_000706

answers: wave

answers: NDQ_000707

answers: concurrency

answers: NDQ_000710

answers: wavelets within parent waves,

answers: NDQ_000715

answers: Waves

answers: NDQ_000718

answers: wavelets

answers: NDQ_000720

answers: Waves are federated;

answers: NDQ_000721

answers: Waves

answers: NDQ_000722

answers: waves are stored on the service provider's servers

answers: NDQ_000723

answers: Waves

answers: NDQ_000724

answers: waves

answers: NDQ_000725

answers: private reply wavelets within parent waves,

answers: NDQ_000726

answers: Waves are federated;

answers: NDQ_000727

answers: waves are stored on the service provider's servers

answers: NDQ_000728

answers: waves

answers: NDQ_000729

answers: Waves are federated;

answers: NDQ_000730

answers: waves are stored on the service provider's

answers: NDQ_000731

answers: private reply wavelets within parent waves,

answers: NDQ_000732

answers: private reply wavelets within parent waves,

answers: NDQ_000733

answers: private reply wavelets within parent waves,

answers: NDQ_000734

answers: waves

answers: NDQ_000735

answers: federated;

answers: NDQ_000736

answers: private reply wavelets

answers: NDQ_000737

answers: Waves

answers: NDQ_000738

answers: other participants have no access or knowledge of them.

answers: NDQ_000739

answers: waves are stored on the service provider's servers

answers: NDQ_000740

answers: up-to-date content.

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: wavelets

answers: NDQ_000743

answers: waves are stored on the service provider's servers

answers: NDQ_000744

answers: wavelets

answers: NDQ_000745

answers: Waves are federated; copies of waves and wavelets

answers: NDQ_000746

answers: wavelets

text: A tsunami warning system was not in operation at the time of the shock, but the Pacific Tsunami Warning Center (operated by the National Oceanic and Atmospheric Administration in Hawaii) and the Japan Meteorological Agency posted a tsunami watch, based on the occurrence of a M7.2 earthquake. The bulletin came within 30 minutes of the shock, but there was no means to transmit the warning to the people on the coast that needed to know. Many of those who felt the earthquake responded by moving away from the shore, but not with any urgency. The withdrawal of the sea that exposed an additional  of beach created an even more significant warning sign, but in some locations wind waves on the sea effectively concealed the withdrawal that signalled the approach of the tsunami.

text: A

text: tsunami warning system

text: was not in operation at the time of the shock, but the

text: Pacific Tsunami Warning Center

text: (operated by the

text: National Oceanic and Atmospheric Administration

text: in

text: Hawaii

text: ) and the

text: Japan Meteorological Agency

text: posted a tsunami watch, based on the occurrence of a M7.2 earthquake. The bulletin came within 30 minutes of the shock, but there was no means to transmit the warning to the people on the coast that needed to know. Many of those who felt the earthquake responded by moving away from the shore, but not with any urgency. The withdrawal of the sea that exposed an additional  of beach created an even more significant warning sign, but in some locations

text: wind waves

text: on the sea effectively concealed the withdrawal that signalled the approach of the tsunami.

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: Which of the following is not a type of tsunami?

answers: NDQ_000706

answers: the sea

answers: NDQ_000707

answers: a force acting on it

answers: NDQ_000710

answers: a tsunami

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many minutes after the shock did the bulletin come?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: The withdrawal of the sea

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What caused surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: M7.2 earthquake

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: the Pacific Tsunami Warning Center

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What is a shock?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: M7.2

answers: NDQ_000702

answers: earthquake.

answers: NDQ_000704

answers: wind waves

answers: NDQ_000706

answers: wind waves on the sea

answers: NDQ_000707

answers: The withdrawal of the sea

answers: NDQ_000710

answers: The withdrawal of the sea

answers: NDQ_000715

answers: wind waves

answers: NDQ_000718

answers: wind waves

answers: NDQ_000720

answers: wind waves

answers: NDQ_000721

answers: sea

answers: NDQ_000722

answers: The withdrawal of the sea

answers: NDQ_000723

answers: wind waves

answers: NDQ_000724

answers: wind waves

answers: NDQ_000725

answers: sea

answers: NDQ_000726

answers: wind waves

answers: NDQ_000727

answers: The withdrawal of the sea

answers: NDQ_000728

answers: The withdrawal of the sea

answers: NDQ_000729

answers: wind waves

answers: NDQ_000730

answers: wind waves

answers: NDQ_000731

answers: wind waves

answers: NDQ_000732

answers: wind waves

answers: NDQ_000733

answers: sea

answers: NDQ_000734

answers: sea

answers: NDQ_000735

answers: The withdrawal of the sea

answers: NDQ_000736

answers: The withdrawal of the sea

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: wind waves

answers: NDQ_000739

answers: The withdrawal of the sea

answers: NDQ_000740

answers: The withdrawal of the sea

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: The withdrawal of the sea

answers: NDQ_000743

answers: wind waves

answers: NDQ_000744

answers: The withdrawal of the sea

answers: NDQ_000745

answers: withdrawal of the sea

answers: NDQ_000746

answers: M7.2

text: The Subantarctic Front, found between 48°S and 58°S in the Indian and Pacific Ocean and between 42°S and 48°S in the Atlantic Ocean, defines the northern boundary of the Antarctic Circumpolar Current (or ACC). The ACC is the most important ocean current in the Southern Ocean, and the only current that flows completely around the Earth. Flowing eastward through the southern portions of the Atlantic, Indian, and Pacific Oceans, the ACC links these three otherwise separate oceanic basins. Extending from the sea surface to depths of 2000–4000 meters, and with a width of as great as 2000 kilometers, the ACC transports more water than any other ocean current. The ACC carries up to 150 Sverdrups (150 million cubic meters per second), equivalent to 150 times the volume of water flowing in all the world's rivers. The ACC and the global thermohaline circulation strongly influence regional and global climate as well as underwater biodiversity.

text: The Subantarctic Front, found between

text: and

text: in the Indian and Pacific Ocean and between

text: and 48°S in the Atlantic Ocean, defines the northern boundary of the

text: Antarctic Circumpolar Current

text: (or ACC). The ACC is the most important

text: ocean current

text: in the

text: Southern Ocean

text: , and the only current that flows completely around the Earth. Flowing eastward through the southern portions of the Atlantic, Indian, and Pacific Oceans, the ACC links these three otherwise separate

text: oceanic basin

text: s. Extending from the sea surface to depths of 2000–4000 meters, and with a width of as great as 2000 kilometers, the ACC transports more water than any other ocean current. The ACC carries up to 150

text: Sverdrup

text: s (150 million cubic meters per second), equivalent to 150 times the volume of water flowing in all the world's rivers. The ACC and the global

text: thermohaline circulation

text: strongly influence regional and

text: global climate

text: as well as underwater

text: biodiversity

answers: NDQ_000702

answers: ACC

answers: NDQ_000704

answers: Which oceanic basins does the ACC link?

answers: NDQ_000706

answers: ACC

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: ACC water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: ACC

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices are true

answers: NDQ_000725

answers: How many times the volume of water flowing in all the world's rivers?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: 150 million cubic meters per second

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Ocean

answers: NDQ_000734

answers: ACC

answers: NDQ_000735

answers: occult

answers: NDQ_000736

answers: ACC transports more water than any other ocean current

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: ACC carries up to 150 Sverdrups

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: 150 million cubic meters per second

answers: NDQ_000741

answers: ocean current

answers: NDQ_000742

answers: ACC

answers: NDQ_000743

answers: thermohaline

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: ACC

answers: NDQ_000746

answers: 150 times the volume of water flowing in all the world's rivers

answers: NDQ_000702

answers: Antarctic Circumpolar Current

answers: NDQ_000704

answers: sea surface to depths of 2000–4000 meters,

answers: NDQ_000706

answers: underwater

answers: NDQ_000707

answers: sea surface to depths of 2000–4000 meters,

answers: NDQ_000710

answers: underwater biodiversity.

answers: NDQ_000715

answers: 2000–4000 meters,

answers: NDQ_000718

answers: width of as great as 2000 kilometers,

answers: NDQ_000720

answers: Antarctic Circumpolar Current

answers: NDQ_000721

answers: Antarctic Circumpolar Current

answers: NDQ_000722

answers: 2000–4000 meters,

answers: NDQ_000723

answers: Antarctic Circumpolar Current

answers: NDQ_000724

answers: Antarctic Circumpolar Current

answers: NDQ_000725

answers: (150 million cubic meters per second),

answers: NDQ_000726

answers: Antarctic Circumpolar Current

answers: NDQ_000727

answers: The Subantarctic Front,

answers: NDQ_000728

answers: Antarctic Circumpolar Current

answers: NDQ_000729

answers: the only current that flows completely around the Earth.

answers: NDQ_000730

answers: Antarctic Circumpolar Current

answers: NDQ_000731

answers: The Subantarctic Front,

answers: NDQ_000732

answers: completely around the Earth.

answers: NDQ_000733

answers: Antarctic Circumpolar Current

answers: NDQ_000734

answers: Antarctic Circumpolar Current

answers: NDQ_000735

answers: 58°S

answers: NDQ_000736

answers: Antarctic Circumpolar Current

answers: NDQ_000737

answers: ocean current.

answers: NDQ_000738

answers: 150 times the volume of water flowing in all the world's rivers.

answers: NDQ_000739

answers: depths of 2000–4000 meters,

answers: NDQ_000740

answers: (150 million cubic meters per second),

answers: NDQ_000741

answers: Antarctic Circumpolar Current

answers: NDQ_000742

answers: The Subantarctic Front,

answers: NDQ_000743

answers: global thermohaline

answers: NDQ_000744

answers: Antarctic Circumpolar Current

answers: NDQ_000745

answers: 2000–4000 meters,

answers: NDQ_000746

answers: 150 times the volume of water flowing in all the world's rivers.

text: The National Tsunami Warning Center (NTWC) is one of two tsunami warning centers that are operated by the National Oceanic and Atmospheric Administration (NOAA) in the United States. It was called the West Coast and Alaska Tsunami Warning Center (WC/ATWC) until October 1, 2013. The name was changed to reflect its geographical zone of responsibility. Headquartered in Palmer, Alaska, the NTWC is part of an international tsunami warning system (TWS) program and serves as the operational center for TWS of all coastal regions of Canada and the United States, except Hawaii, the Caribbean, and the Gulf of Mexico. The other tsunami warning center is the Pacific Tsunami Warning Center (PTWC) in Ford Island, Hawaii, serving participating members and other nations in the Pacific Ocean area of responsibility.

text: The National Tsunami Warning Center (NTWC) is one of two

text: tsunami

text: warning centers that are operated by the

text: National Oceanic and Atmospheric Administration (NOAA)

text: in the

text: United States

text: . It was called the West Coast and Alaska Tsunami Warning Center (WC/ATWC) until October 1, 2013. The name was changed to reflect its geographical zone of responsibility. Headquartered in

text: Palmer, Alaska

text: , the NTWC is part of an international

text: tsunami warning system

text: (TWS) program and serves as the operational center for TWS of all coastal regions of Canada and the United States, except Hawaii, the Caribbean, and the

text: Gulf of Mexico

text: . The other tsunami warning center is the

text: Pacific Tsunami Warning Center

text: (PTWC) in

text: Ford Island, Hawaii

text: , serving participating members and other nations in the

text: Pacific Ocean

text: area of responsibility.

answers: NDQ_000702

answers: Tsunami

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Atlantic, Pacific, or Pacific?

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: it is hit by an earthquake

answers: NDQ_000710

answers: Pacific Ocean upwelling

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: hurricanes

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices are true

answers: NDQ_000725

answers: How many days does the National Tsunami Warning Center operate?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: oceanic and atmospheric

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Pacific Ocean area of responsibility

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Gulf of Mexico

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: Tsunami Warning Center

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: Tsunami

answers: NDQ_000704

answers: Pacific Ocean

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: tsunami warning

answers: NDQ_000710

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000715

answers: The National Tsunami Warning Center

answers: NDQ_000718

answers: 2013.

answers: NDQ_000720

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000721

answers: Oceanic and Atmospheric

answers: NDQ_000722

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000723

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000724

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000725

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000726

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000727

answers: The National Tsunami Warning Center

answers: NDQ_000728

answers: The National Tsunami Warning Center

answers: NDQ_000729

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000730

answers: The National Tsunami Warning Center

answers: NDQ_000731

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000732

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000733

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000734

answers: Oceanic and Atmospheric

answers: NDQ_000735

answers: 2013.

answers: NDQ_000736

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000737

answers: Gulf of Mexico.

answers: NDQ_000738

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000739

answers: Pacific Ocean

answers: NDQ_000740

answers: National Oceanic and Atmospheric

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: Hawaii, the Caribbean, and the Gulf of Mexico.

answers: NDQ_000743

answers: Atmospheric

answers: NDQ_000744

answers: The National Tsunami Warning Center

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 2013.

text: To determine winds aloft, rawinsondes determine wind speed by GPS, radio navigation, or radar tracking of the probe. Alternatively, movement of the parent weather balloon position can be tracked from the ground visually using theodolites. Remote sensing techniques for wind include SODAR, Doppler lidars and radars, which can measure the Doppler shift of electromagnetic radiation scattered or reflected off suspended aerosols or molecules, and radiometers and radars can be used to measure the surface roughness of the ocean from space or airplanes. Ocean roughness can be used to estimate wind velocity close to the sea surface over oceans. Geostationary satellite imagery can be used to estimate the winds throughout the atmosphere based upon how far clouds move from one image to the next. Wind engineering describes the study of the effects of the wind on the built environment, including buildings, bridges and other man-made objects.

text: To determine winds aloft,

text: rawinsondes

text: determine wind speed by

text: GPS

text: radio navigation

text: , or

text: radar

text: tracking of the probe. Alternatively, movement of the parent

text: weather balloon

text: position can be tracked from the ground visually using

text: theodolite

text: s.

text: Remote sensing

text: techniques for wind include

text: SODAR

text: Doppler

text: lidar

text: s and

text: radar

text: s, which can measure the

text: Doppler shift

text: of

text: electromagnetic radiation

text: scattered or reflected off suspended

text: aerosol

text: s or

text: molecule

text: s, and

text: radiometer

text: s and radars can be used to measure the surface roughness of the ocean from space or airplanes. Ocean roughness can be used to estimate wind velocity close to the sea surface over oceans. Geostationary satellite imagery can be used to estimate the winds throughout the atmosphere based upon how far clouds move from one image to the next.

text: Wind engineering

text: describes the study of the effects of the wind on the built environment, including buildings, bridges and other man-made objects.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: What can be used to estimate wind velocity close to the sea surface over oceans?

answers: NDQ_000706

answers: close to the sea surface

answers: NDQ_000707

answers: Doppler shift of electromagnetic radiation scattered off suspended aerosols or molecules

answers: NDQ_000710

answers: ocean water closer to the surface.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: ocean roughness

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: Tidal range

answers: NDQ_000728

answers: ocean roughness

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Doppler shift

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Doppler shift

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: satellite imagery can be used to estimate the winds

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: Doppler shift

answers: NDQ_000741

answers: sea

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: electromagnetic radiation

answers: NDQ_000744

answers: tidal

answers: NDQ_000745

answers: wind

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: winds

answers: NDQ_000704

answers: Ocean roughness

answers: NDQ_000706

answers: close to the sea surface

answers: NDQ_000707

answers: wind

answers: NDQ_000710

answers: wind

answers: NDQ_000715

answers: Wind engineering

answers: NDQ_000718

answers: Wind engineering

answers: NDQ_000720

answers: Ocean roughness

answers: NDQ_000721

answers: wind

answers: NDQ_000722

answers: radiometers and radars can be used to measure the surface roughness

answers: NDQ_000723

answers: Wind engineering

answers: NDQ_000724

answers: Wind engineering

answers: NDQ_000725

answers: Wind engineering

answers: NDQ_000726

answers: Wind engineering

answers: NDQ_000727

answers: Wind engineering

answers: NDQ_000728

answers: Ocean roughness

answers: NDQ_000729

answers: Doppler shift of electromagnetic radiation

answers: NDQ_000730

answers: Wind engineering

answers: NDQ_000731

answers: Doppler shift

answers: NDQ_000732

answers: Wind engineering

answers: NDQ_000733

answers: oceans.

answers: NDQ_000734

answers: winds

answers: NDQ_000735

answers: Doppler shift

answers: NDQ_000736

answers: Doppler shift

answers: NDQ_000737

answers: winds

answers: NDQ_000738

answers: To determine winds aloft,

answers: NDQ_000739

answers: Ocean roughness

answers: NDQ_000740

answers: Ocean roughness

answers: NDQ_000741

answers: wind

answers: NDQ_000742

answers: theodolites.

answers: NDQ_000743

answers: electromagnetic radiation

answers: NDQ_000744

answers: theodolites.

answers: NDQ_000745

answers: Ocean roughness can be used to estimate wind velocity

answers: NDQ_000746

answers: Wind engineering

text: The North Pacific Subtropical Gyre (NPSG) is the largest contiguous ecosystem on earth. In oceanography, a subtropical gyre is a ring-like system of ocean currents rotating clockwise in the Northern Hemisphere and counterclockwise in the Southern Hemisphere caused by the Coriolis Effect. They generally form in large open ocean areas that lie between land masses.

text: The

text: North Pacific Subtropical Gyre

text: (NPSG) is the largest contiguous ecosystem on earth. In

text: oceanography

text: , a

text: subtropical gyre

text: is a ring-like system of

text: ocean current

text: s rotating clockwise in the

text: Northern Hemisphere

text: and counterclockwise in the

text: Southern Hemisphere

text: caused by the

text: Coriolis Effect

text: . They generally form in large open ocean areas that lie between land masses.

answers: NDQ_000702

answers: Coriolis Effect

answers: NDQ_000704

answers: Which of the following is not caused by the Coriolis Effect: surface currents or ocean currents?

answers: NDQ_000706

answers: subtropical gyre

answers: NDQ_000707

answers: ocean currents are rotating in opposite directions

answers: NDQ_000710

answers: ocean currents to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: What does the Coriolis effect cause?

answers: NDQ_000725

answers: How many times a day does the Coriolis effect occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: the Coriolis Effect

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Coriolis Effect

answers: NDQ_000735

answers: clockwise

answers: NDQ_000736

answers: Coriolis Effect

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the North Pacific Subtropical Gyre is the largest contiguous ecosystem on earth

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Coriolis Effect

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Coriolis Effect.

answers: NDQ_000704

answers: ocean currents

answers: NDQ_000706

answers: large open ocean areas

answers: NDQ_000707

answers: Coriolis Effect.

answers: NDQ_000710

answers: large open ocean areas that lie between land masses.

answers: NDQ_000715

answers: The North Pacific Subtropical Gyre

answers: NDQ_000718

answers: Coriolis Effect.

answers: NDQ_000720

answers: The North Pacific Subtropical Gyre

answers: NDQ_000721

answers: Coriolis Effect.

answers: NDQ_000722

answers: large open ocean areas that lie between land masses.

answers: NDQ_000723

answers: Coriolis Effect.

answers: NDQ_000724

answers: Coriolis Effect.

answers: NDQ_000725

answers: Coriolis Effect.

answers: NDQ_000726

answers: Coriolis Effect.

answers: NDQ_000727

answers: Coriolis Effect.

answers: NDQ_000728

answers: They generally form in large open ocean areas that lie between land masses.

answers: NDQ_000729

answers: Coriolis Effect.

answers: NDQ_000730

answers: Coriolis Effect.

answers: NDQ_000731

answers: Coriolis Effect.

answers: NDQ_000732

answers: clockwise in the Northern Hemisphere and counterclockwise

answers: NDQ_000733

answers: earth.

answers: NDQ_000734

answers: Coriolis Effect.

answers: NDQ_000735

answers: counterclockwise

answers: NDQ_000736

answers: Coriolis Effect.

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: large open ocean areas that lie between land masses.

answers: NDQ_000739

answers: large open ocean areas that lie between land masses.

answers: NDQ_000740

answers: Coriolis Effect.

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Coriolis Effect.

answers: NDQ_000743

answers: Coriolis Effect.

answers: NDQ_000744

answers: Coriolis Effect.

answers: NDQ_000745

answers: Coriolis Effect.

answers: NDQ_000746

answers: Coriolis Effect.

text: Captain William Thomas was then called on behalf of the plaintiff, who testified that he was en route from Caernarfon to Beaumaris when he saw Fenella, which was stranded on the Half Tide Rock. Captain Thomas stated that there were three pilot districts for the Menai Straights, and that he held a certificate for two of them, but not for the particular part where Fenella was aground. According to Capt. Thomas, at this time the Fenella had no steam and would therefore be in a perilous situation when the tide made, as she would be totally unmanoeuvreable.Captain Thomas further stated that when Fenella first came off the rocks, her master wanted to beach her on the shore above the George Hotel, and that the appearance of Fenella suggested that she was taking in water, adding to the seriousness of the situation. He continued by saying that on the day in question there was a particularly big tide of  (the highest spring tide being ), and the tide would run at about . Having berthed Satanella alongside the landing stage, Capt. Thomas said he took a small boat to the Fenella, together with Mr. Hughes (agent for the Liverpool, Llandudno and Welsh Coast Steamship Company) and a Trinity Pilot.

text: Captain William Thomas was then called on behalf of the plaintiff, who testified that he was en route from Caernarfon to Beaumaris when he saw Fenella, which was stranded on the Half Tide Rock. Captain Thomas stated that there were three pilot districts for the

text: Menai Straights

text: , and that he held a certificate for two of them, but not for the particular part where Fenella was aground. According to Capt. Thomas, at this time the Fenella had no steam and would therefore be in a perilous situation when the tide made, as she would be totally unmanoeuvreable.Captain Thomas further stated that when Fenella first came off the rocks, her master wanted to beach her on the shore above the George Hotel, and that the appearance of Fenella suggested that she was taking in water, adding to the seriousness of the situation. He continued by saying that on the day in question there was a particularly big tide of  (the highest spring tide being ), and the tide would run at about . Having berthed Satanella alongside the landing stage, Capt. Thomas said he took a small boat to the Fenella, together with Mr. Hughes (agent for the Liverpool, Llandudno and Welsh Coast Steamship Company) and a

text: Trinity Pilot

answers: NDQ_000702

answers: spring

answers: NDQ_000704

answers: What caused Fenella to be stranded on the Half Tide Rock

answers: NDQ_000706

answers: spring tide

answers: NDQ_000707

answers: the tide is too high

answers: NDQ_000710

answers: what to the surface of the water?

answers: NDQ_000715

answers: What was the highest spring tide?

answers: NDQ_000718

answers: What is the highest spring tide being?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the highest spring tide?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: the highest spring tide being

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: What is the highest spring tide?

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: What is the highest spring tide?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: spring

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: highest

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the highest spring tide being .

answers: NDQ_000739

answers: ashore

answers: NDQ_000740

answers: spring tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: spring tide

answers: NDQ_000743

answers: What kind of energy does the Fenella have?

answers: NDQ_000744

answers: spring tide

answers: NDQ_000745

answers: spring tide

answers: NDQ_000746

answers: NDQ_000702

answers: spring tide

answers: NDQ_000704

answers: ), and the tide would run at about.

answers: NDQ_000706

answers: Menai Straights,

answers: NDQ_000707

answers: tide

answers: NDQ_000710

answers: water,

answers: NDQ_000715

answers: NDQ_000718

answers: NDQ_000720

answers: NDQ_000721

answers: tide

answers: NDQ_000722

answers: shore above the George Hotel,

answers: NDQ_000723

answers: NDQ_000724

answers: tide

answers: NDQ_000725

answers: spring tide

answers: NDQ_000726

answers: tide

answers: NDQ_000727

answers: tide

answers: NDQ_000728

answers: big tide

answers: NDQ_000729

answers: Half Tide Rock.

answers: NDQ_000730

answers: (the highest spring tide

answers: NDQ_000731

answers: NDQ_000732

answers: Half Tide Rock.

answers: NDQ_000733

answers: spring tide

answers: NDQ_000734

answers: water,

answers: NDQ_000735

answers: spring tide

answers: NDQ_000736

answers: (the highest spring tide being ),

answers: NDQ_000737

answers: Menai Straights,

answers: NDQ_000738

answers: steam

answers: NDQ_000739

answers: spring tide

answers: NDQ_000740

answers: spring tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: spring tide

answers: NDQ_000743

answers: steam

answers: NDQ_000744

answers: spring tide

answers: NDQ_000745

answers: tide

answers: NDQ_000746

text: The book is written from a feminist perspective; Traister recounts her own experiences with the women's liberation movement, identifying with neither second-wave nor third-wave feminism. She notes the various responses to the election and candidates from different generations of feminists, and argues that for older feminists the main priority was the election of a female President, while younger women were less inclined to automatically vote for a female candidate. She concludes that the 2008 election marked the year that "the women's liberation movement found thrilling new life".

text: The book is written from a feminist perspective; Traister recounts her own experiences with the

text: women's liberation movement

text: , identifying with neither

text: second-wave

text: nor

text: third-wave feminism

text: . She notes the various responses to the election and candidates from different generations of feminists, and argues that for older feminists the main priority was the election of a female President, while younger women were less inclined to automatically vote for a female candidate. She concludes that the 2008 election marked the year that "the women's liberation movement found thrilling new life".

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which of the following is not a feminism: second-wave, third-wave or fourth-wave?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: What is the first word in the passage?

answers: NDQ_000710

answers: What does Upwelling mean?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What does Wavelength refer to?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: What is the name of the book?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Women's Liberation Movement found thrilling new life

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: NDQ_000741

answers: no

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: election of a female President,

answers: NDQ_000704

answers: younger women were less inclined to automatically vote for a female candidate.

answers: NDQ_000706

answers: second-wave

answers: NDQ_000707

answers: second-wave

answers: NDQ_000710

answers: "the women's liberation movement found thrilling new life".

answers: NDQ_000715

answers: second-wave nor third-wave feminism.

answers: NDQ_000718

answers: second-wave nor third-wave feminism.

answers: NDQ_000720

answers: second-wave nor third-wave feminism.

answers: NDQ_000721

answers: second-wave nor third-wave feminism.

answers: NDQ_000722

answers: second-wave nor third-wave feminism.

answers: NDQ_000723

answers: second-wave nor third-wave feminism.

answers: NDQ_000724

answers: second-wave nor third-wave feminism.

answers: NDQ_000725

answers: second-wave nor third-wave feminism.

answers: NDQ_000726

answers: second-wave nor third-wave feminism.

answers: NDQ_000727

answers: second-wave nor third-wave feminism.

answers: NDQ_000728

answers: second-wave nor third-wave feminism.

answers: NDQ_000729

answers: second-wave nor third-wave feminism.

answers: NDQ_000730

answers: second-wave nor third-wave feminism.

answers: NDQ_000731

answers: second-wave nor third-wave feminism.

answers: NDQ_000732

answers: second-wave nor third-wave feminism.

answers: NDQ_000733

answers: second-wave nor third-wave feminism.

answers: NDQ_000734

answers: election of a female President,

answers: NDQ_000735

answers: second-wave nor third-wave feminism.

answers: NDQ_000736

answers: second-wave nor third-wave feminism.

answers: NDQ_000737

answers: second-wave nor third-wave feminism.

answers: NDQ_000738

answers: second-wave nor third-wave feminism.

answers: NDQ_000739

answers: third-wave feminism.

answers: NDQ_000740

answers: second-wave nor third-wave feminism.

answers: NDQ_000741

answers: second-wave nor third-wave feminism.

answers: NDQ_000742

answers: second-wave nor third-wave feminism.

answers: NDQ_000743

answers: second-wave nor third-wave feminism.

answers: NDQ_000744

answers: second-wave nor third-wave feminism.

answers: NDQ_000745

answers: second-wave nor third-wave feminism.

answers: NDQ_000746

answers: second-wave nor third-wave feminism.

text: Atmospheric tides are global-scale periodic oscillations of the atmosphere. In many ways they are analogous to ocean tides. Atmospheric tides can be excited by:

text: Atmospheric tides are global-scale periodic oscillations of the

text: atmosphere

text: . In many ways they are analogous to ocean

text: tides

text: . Atmospheric tides can be excited by:

answers: NDQ_000702

answers: atmosphere

answers: NDQ_000704

answers: can cause atmospheric tides

answers: NDQ_000706

answers: ocean tides

answers: NDQ_000707

answers: atmospheric pressure is too low

answers: NDQ_000710

answers: ocean water closer to the atmosphere

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: ocean tides

answers: NDQ_000721

answers: (d).

answers: NDQ_000722

answers: ocean tides

answers: NDQ_000723

answers: ocean waves

answers: NDQ_000724

answers: atmospheric pressure

answers: NDQ_000725

answers: ocean waves

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: ocean waves

answers: NDQ_000728

answers: ocean currents

answers: NDQ_000729

answers: gravitational pull

answers: NDQ_000730

answers: iv.

answers: NDQ_000731

answers: Earth's magnetic field

answers: NDQ_000732

answers: ocean currents

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: atmospheric gases

answers: NDQ_000735

answers: in opposite orbits

answers: NDQ_000736

answers: atmospheric tides

answers: NDQ_000737

answers: ocean tide

answers: NDQ_000738

answers: ocean tides are analogous to atmospheric tides

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: ocean tides

answers: NDQ_000741

answers: ocean tides

answers: NDQ_000742

answers: can be excited by

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: ocean waves

answers: NDQ_000746

answers: NDQ_000702

answers: the atmosphere.

answers: NDQ_000704

answers: ocean tides.

answers: NDQ_000706

answers: Atmospheric tides

answers: NDQ_000707

answers: Atmospheric tides

answers: NDQ_000710

answers: Atmospheric tides

answers: NDQ_000715

answers: Atmospheric tides

answers: NDQ_000718

answers: Atmospheric tides

answers: NDQ_000720

answers: Atmospheric tides

answers: NDQ_000721

answers: Atmospheric tides

answers: NDQ_000722

answers: Atmospheric tides

answers: NDQ_000723

answers: Atmospheric tides

answers: NDQ_000724

answers: Atmospheric tides

answers: NDQ_000725

answers: Atmospheric tides

answers: NDQ_000726

answers: Atmospheric tides

answers: NDQ_000727

answers: Atmospheric tides

answers: NDQ_000728

answers: Atmospheric tides

answers: NDQ_000729

answers: Atmospheric tides

answers: NDQ_000730

answers: Atmospheric tides

answers: NDQ_000731

answers: Atmospheric tides

answers: NDQ_000732

answers: Atmospheric tides

answers: NDQ_000733

answers: Atmospheric tides

answers: NDQ_000734

answers: the atmosphere.

answers: NDQ_000735

answers: Atmospheric tides

answers: NDQ_000736

answers: ocean tides.

answers: NDQ_000737

answers: ocean tides.

answers: NDQ_000738

answers: Atmospheric tides

answers: NDQ_000739

answers: Atmospheric tides

answers: NDQ_000740

answers: Atmospheric tides

answers: NDQ_000741

answers: ocean tides.

answers: NDQ_000742

answers: Atmospheric tides

answers: NDQ_000743

answers: by:

answers: NDQ_000744

answers: Atmospheric tides

answers: NDQ_000745

answers: ocean tides.

answers: NDQ_000746

answers: Atmospheric tides

text: A well organized tropical wave over northern Africa entered the Atlantic Ocean on May 31. The wave never showed signs of organization while crossing the Atlantic. It emerged into the eastern north Pacific on June 10. It was not until June 13 when the convection associated with the wave became better organized. On June 14, Tropical Depression Two-E formed at a location about 515.7 miles (830 km) from Acapulco, Mexico.

text: A well organized

text: tropical wave

text: over northern Africa entered the Atlantic Ocean on May 31. The wave never showed signs of organization while crossing the Atlantic. It emerged into the eastern north Pacific on June 10. It was not until June 13 when the convection associated with the wave became better organized. On June 14, Tropical Depression Two-E formed at a location about 515.7 miles (830 km) from

text: Acapulco

text: , Mexico.

answers: NDQ_000702

answers: Tropical Depression Two-E

answers: NDQ_000704

answers: How long did Tropical Depression Two-E last?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: convection causes it to move

answers: NDQ_000710

answers: Tropical Depression Two-E closer to

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many days after the tropical wave entered the Atlantic Ocean did Tropical Depression Two-E form?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: How long did it take for the wave to become better organized?

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring, summer, or autumn?

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: convection

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The wave never showed signs of organization while crossing the Atlantic.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: NDQ_000743

answers: convection

answers: NDQ_000744

answers: NDQ_000745

answers: convection

answers: NDQ_000746

answers: 830 km

answers: NDQ_000702

answers: tropical wave

answers: NDQ_000704

answers: the convection

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: convection

answers: NDQ_000710

answers: the convection

answers: NDQ_000715

answers: tropical wave

answers: NDQ_000718

answers: 515.7 miles

answers: NDQ_000720

answers: tropical wave

answers: NDQ_000721

answers: wave

answers: NDQ_000722

answers: tropical wave

answers: NDQ_000723

answers: tropical wave

answers: NDQ_000724

answers: convection

answers: NDQ_000725

answers: June 10.

answers: NDQ_000726

answers: the convection

answers: NDQ_000727

answers: tropical wave

answers: NDQ_000728

answers: tropical wave

answers: NDQ_000729

answers: June 10.

answers: NDQ_000730

answers: tropical wave

answers: NDQ_000731

answers: 10.

answers: NDQ_000732

answers: June 10.

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: convection

answers: NDQ_000735

answers: 10.

answers: NDQ_000736

answers: tropical wave

answers: NDQ_000737

answers: tropical wave

answers: NDQ_000738

answers: The wave never showed signs of organization

answers: NDQ_000739

answers: June 13 when the convection associated with the wave became better organized.

answers: NDQ_000740

answers: June 10.

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: tropical wave

answers: NDQ_000743

answers: convection

answers: NDQ_000744

answers: tropical wave

answers: NDQ_000745

answers: convection

answers: NDQ_000746

answers: (830 km)

text: The cold Benguela current is a mineral-rich upwelling current, which flows away to the north along the western coastline, after having come up from the cold depths of the Atlantic Ocean. Plankton grow in these fertile waters, and support large numbers of fish, and therefore a prosperous (in the past) fishing industry. Over-fishing has, however, reduced the importance of this fishing industry both for the local as well as the country's economy. The east coast has the north-to-south Mozambique/Agulhas Current, which provides warm waters. These two currents have a major effect on the country's climate, the ready evaporation of the eastern seas providing generous rainfall while the Benguela current retains its moisture to cause desert conditions in the west.

text: The cold

text: Benguela current

text: is a mineral-rich

text: upwelling

text: current, which flows away to the north along the western coastline, after having come up from the cold depths of the

text: Atlantic Ocean

text: Plankton

text: grow in these fertile waters, and support large numbers of fish, and therefore a prosperous (in the past) fishing industry. Over-fishing has, however, reduced the importance of this fishing industry both for the local as well as the country's economy. The east coast has the north-to-south Mozambique/

text: Agulhas Current

text: , which provides warm waters. These two currents have a major effect on the country's

text: climate

text: , the ready evaporation of the eastern seas providing generous rainfall while the Benguela current retains its moisture to cause desert conditions in the west.

answers: NDQ_000702

answers: Benguela current

answers: NDQ_000704

answers: Which of the following is not a surface current: Benguela current, Mozambique Current, or Agulhas Current?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: Plankton grow in the ocean

answers: NDQ_000710

answers: Plankton to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the Atlantic Ocean have Tides?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Benguela current

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: over-fishing has, however, reduced the importance of this fishing industry

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: evaporation

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: evaporation

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling current

answers: NDQ_000746

answers: NDQ_000702

answers: Benguela current

answers: NDQ_000704

answers: upwelling current,

answers: NDQ_000706

answers: Atlantic Ocean.

answers: NDQ_000707

answers: cold depths of the Atlantic Ocean.

answers: NDQ_000710

answers: Plankton grow in these fertile waters,

answers: NDQ_000715

answers: The cold Benguela current

answers: NDQ_000718

answers: cold depths of the Atlantic Ocean.

answers: NDQ_000720

answers: Atlantic Ocean.

answers: NDQ_000721

answers: The cold Benguela current

answers: NDQ_000722

answers: cold depths of the Atlantic Ocean.

answers: NDQ_000723

answers: The cold Benguela current

answers: NDQ_000724

answers: coastline, after having come up from the cold depths of the Atlantic Ocean.

answers: NDQ_000725

answers: Benguela current

answers: NDQ_000726

answers: upwelling current,

answers: NDQ_000727

answers: The cold Benguela current

answers: NDQ_000728

answers: The cold Benguela current

answers: NDQ_000729

answers: The cold Benguela current

answers: NDQ_000730

answers: The cold Benguela current

answers: NDQ_000731

answers: The cold Benguela current

answers: NDQ_000732

answers: north-to-south

answers: NDQ_000733

answers: Atlantic Ocean.

answers: NDQ_000734

answers: Atlantic Ocean.

answers: NDQ_000735

answers: cold depths of the Atlantic Ocean.

answers: NDQ_000736

answers: Mozambique/Agulhas Current,

answers: NDQ_000737

answers: Atlantic Ocean.

answers: NDQ_000738

answers: desert conditions

answers: NDQ_000739

answers: cold depths

answers: NDQ_000740

answers: evaporation

answers: NDQ_000741

answers: upwelling current,

answers: NDQ_000742

answers: The cold Benguela current

answers: NDQ_000743

answers: Plankton

answers: NDQ_000744

answers: The cold Benguela current

answers: NDQ_000745

answers: upwelling current,

answers: NDQ_000746

answers: cold depths of the Atlantic Ocean.

text: Although rip tide is a misnomer, in areas of significant tidal range, the rip currents may only occur at certain points of the tide.  Too much water over the bar will not cause waves to break over the bar as, of course, will too little.  If the shoreline shelves gently, in parts of the world with a big difference between high tide and low tide, the area between the bar and the dry sand may vary from a few feet to a mile or more over the course of an hour or two as the tide comes in or goes out.

text: Although rip tide is a misnomer, in areas of significant tidal range, the rip currents may only occur at certain points of the tide.  Too much water over the bar will not cause waves to break over the bar as, of course, will too little.  If the shoreline shelves gently, in parts of the world with a big difference between high tide and low tide, the area between the bar and the dry sand may vary from a few feet to a mile or more over the course of an hour or two as the tide comes in or goes out.

answers: NDQ_000702

answers: rip currents

answers: NDQ_000704

answers: What is a misnomer?

answers: NDQ_000706

answers: areas of significant tidal range

answers: NDQ_000707

answers: Too much water over the bar

answers: NDQ_000710

answers: water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: no

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: water

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: low tide

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: Too much water over the bar will not cause waves to break over the bar

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: tidal

answers: NDQ_000741

answers: rip current

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: rip tide

answers: NDQ_000745

answers: rip currents

answers: NDQ_000746

answers: NDQ_000702

answers: Too much water

answers: NDQ_000704

answers: Too much water over the bar will not cause waves to break over the bar

answers: NDQ_000706

answers: over the bar

answers: NDQ_000707

answers: too little.

answers: NDQ_000710

answers: Too much water

answers: NDQ_000715

answers: waves to break over the bar

answers: NDQ_000718

answers: tidal range,

answers: NDQ_000720

answers: rip tide

answers: NDQ_000721

answers: rip tide is a misnomer,

answers: NDQ_000722

answers: too little.

answers: NDQ_000723

answers: waves to break over the bar

answers: NDQ_000724

answers: Too much water

answers: NDQ_000725

answers: tide comes in or goes out.

answers: NDQ_000726

answers: Too much water

answers: NDQ_000727

answers: tidal range,

answers: NDQ_000728

answers: rip tide

answers: NDQ_000729

answers: rip tide is a misnomer,

answers: NDQ_000730

answers: tide comes in or goes out.

answers: NDQ_000731

answers: rip tide is a misnomer,

answers: NDQ_000732

answers: rip tide

answers: NDQ_000733

answers: a big difference between high tide and low tide,

answers: NDQ_000734

answers: Too much water

answers: NDQ_000735

answers: tide comes in or goes out.

answers: NDQ_000736

answers: rip tide

answers: NDQ_000737

answers: rip currents

answers: NDQ_000738

answers: Too much water over the bar will not cause waves to break over the bar

answers: NDQ_000739

answers: high tide and low tide,

answers: NDQ_000740

answers: tide comes in or goes out.

answers: NDQ_000741

answers: rip currents

answers: NDQ_000742

answers: rip tide

answers: NDQ_000743

answers: Too much water

answers: NDQ_000744

answers: rip tide

answers: NDQ_000745

answers: rip currents

answers: NDQ_000746

answers: water

text: The waters of the Southern Ocean form a system of currents. Whenever there is a West Wind Drift, the surface strata travels around Antarctica in an easterly direction. Near the continent, the East Wind Drift runs counterclockwise. At the front between both, large eddies develop, for example, in the Weddell Sea. The krill swarms swim with these water masses, to establish one single stock all around Antarctica, with gene exchange over the whole area. Currently, there is little knowledge of the precise migration patterns since individual krill cannot yet be tagged to track their movements. The largest shoals are visible from space and can be tracked by satellite. One swarm covered an area of  of ocean, to a depth of  and was estimated to contain over 2 million tons of krill. Recent research suggests that krill do not simply drift passively in these currents but actually modify them. By moving vertically through the ocean on a 12-hour cycle, the swarms play a major part in mixing deeper, nutrient-rich water with nutrient-poor water at the surface.

text: The waters of the Southern Ocean form a system of currents. Whenever there is a

text: West Wind Drift

text: , the surface strata travels around Antarctica in an easterly direction. Near the continent, the

text: East Wind Drift

text: runs counterclockwise. At the front between both, large

text: eddies

text: develop, for example, in the

text: Weddell Sea

text: . The krill swarms swim with these water masses, to establish one single stock all around Antarctica, with gene exchange over the whole area. Currently, there is little knowledge of the precise migration patterns since individual krill cannot yet be tagged to track their movements. The largest shoals are visible from space and can be tracked by satellite. One swarm covered an area of  of ocean, to a depth of  and was estimated to contain over 2 million tons of krill. Recent research suggests that krill do not simply drift passively in these currents but actually modify them. By moving vertically through the ocean on a 12-hour cycle, the swarms play a major part in mixing deeper, nutrient-rich water with nutrient-poor water at the surface.

answers: NDQ_000702

answers: waters of the Southern Ocean

answers: NDQ_000704

answers: Which of the following is not a type of current: West Wind Drift or East Wind Drift?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: nutrient-poor water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds?

answers: NDQ_000725

answers: How many hours in a day do Tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: krill

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: 12 hours

answers: NDQ_000734

answers: West Wind Drift

answers: NDQ_000735

answers: easterly

answers: NDQ_000736

answers: East Wind Drift run counterclockwise

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: krill do not simply drift passively in these currents

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: 12-hour cycle

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: West Wind Drift

answers: NDQ_000743

answers: What does gene exchange over the whole area?

answers: NDQ_000744

answers: east wind drift

answers: NDQ_000745

answers: nutrient-poor water

answers: NDQ_000746

answers: 2 million tons

answers: NDQ_000702

answers: West Wind Drift,

answers: NDQ_000704

answers: nutrient-poor water at the surface.

answers: NDQ_000706

answers: West Wind Drift,

answers: NDQ_000707

answers: currents.

answers: NDQ_000710

answers: nutrient-rich water with nutrient-poor water

answers: NDQ_000715

answers: 2 million tons of krill.

answers: NDQ_000718

answers: West Wind Drift,

answers: NDQ_000720

answers: West Wind Drift,

answers: NDQ_000721

answers: West Wind Drift,

answers: NDQ_000722

answers: nutrient-poor

answers: NDQ_000723

answers: currents. Whenever there is a West Wind Drift,

answers: NDQ_000724

answers: currents.

answers: NDQ_000725

answers: 12-hour

answers: NDQ_000726

answers: Wind Drift,

answers: NDQ_000727

answers: currents. Whenever there is a West Wind Drift,

answers: NDQ_000728

answers: West Wind Drift,

answers: NDQ_000729

answers: counterclockwise.

answers: NDQ_000730

answers: currents. Whenever there is a West Wind Drift,

answers: NDQ_000731

answers: West Wind Drift,

answers: NDQ_000732

answers: West Wind Drift,

answers: NDQ_000733

answers: Southern Ocean

answers: NDQ_000734

answers: West Wind Drift,

answers: NDQ_000735

answers: West Wind Drift,

answers: NDQ_000736

answers: West Wind Drift,

answers: NDQ_000737

answers: currents.

answers: NDQ_000738

answers: krill do not simply drift passively

answers: NDQ_000739

answers: deeper,

answers: NDQ_000740

answers: 12-hour cycle,

answers: NDQ_000741

answers: currents.

answers: NDQ_000742

answers: West Wind Drift,

answers: NDQ_000743

answers: gene exchange

answers: NDQ_000744

answers: West Wind Drift,

answers: NDQ_000745

answers: mixing

answers: NDQ_000746

answers: 2 million tons

text: The basic principles of physics and the Coriolis effect satisfactorily explain that the direction of the wind in the atmosphere is parallel to the isobars.  Measurements of wind speed and direction at heights well above ground level confirm that the speed of the wind matches that predicted by considerations of gradient flow, and the direction of the wind is indeed parallel to the isobars in the region.  However, from ground level up to heights where the influence of the earth’s surface can be neglected, the wind speed is less than predicted by the barometric pressure gradient, and the wind direction is partly across the isobars rather than parallel to them.  This flow of air across the isobars near ground level is a secondary flow.  It does not conform to the primary flow, which is parallel to the isobars.

text: The basic principles of physics and the

text: Coriolis effect

text: satisfactorily explain that the direction of the wind in the atmosphere is parallel to the

text: isobar

text: s.  Measurements of wind speed and direction at heights well above ground level confirm that the speed of the wind matches that predicted by considerations of

text: gradient flow

text: , and the direction of the wind is indeed parallel to the isobars in the region.  However, from ground level up to heights where the influence of the earth’s surface can be neglected, the wind speed is less than predicted by the barometric pressure gradient, and the wind direction is partly across the isobars rather than parallel to them.  This flow of air across the isobars near ground level is a secondary flow.  It does not conform to the primary flow, which is parallel to the isobars.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: Which of the following is not an effect of the Coriolis effect?

answers: NDQ_000706

answers: isobars

answers: NDQ_000707

answers: Coriolis affects the direction of the wind

answers: NDQ_000710

answers: wind speed and direction

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: it is not possible to tell

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: Which of the following is not a type of secondary flow?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: parallel to the isobars

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: primary flow

answers: NDQ_000738

answers: the direction of the wind in the atmosphere is parallel to the isobars

answers: NDQ_000739

answers: surrounded by ice

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: primary flow

answers: NDQ_000742

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: isobars

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: secondary flow.

answers: NDQ_000706

answers: parallel to the isobars.

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: air across the isobars near ground level is a secondary flow.

answers: NDQ_000715

answers: parallel to the isobars.

answers: NDQ_000718

answers: Coriolis effect

answers: NDQ_000720

answers: Coriolis effect

answers: NDQ_000721

answers: Coriolis effect

answers: NDQ_000722

answers: Coriolis effect

answers: NDQ_000723

answers: parallel to the isobars.

answers: NDQ_000724

answers: the direction of the wind

answers: NDQ_000725

answers: Coriolis effect

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: parallel to the isobars.

answers: NDQ_000728

answers: the direction of the wind

answers: NDQ_000729

answers: Coriolis effect

answers: NDQ_000730

answers: Coriolis effect

answers: NDQ_000731

answers: Coriolis effect

answers: NDQ_000732

answers: parallel to the isobars.

answers: NDQ_000733

answers: parallel to the isobars.

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: Coriolis effect

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: secondary flow.

answers: NDQ_000738

answers: secondary flow.

answers: NDQ_000739

answers: Coriolis effect

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: secondary flow.

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: Coriolis effect

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: Coriolis effect

text: The Beaufort Gyre has formed a dome of freshwater that has expanded vertically by about  since 2002; by 2011 it had swelled to about  in volume. The freshwater within this gyre represents about 10% of all the freshwater in the Arctic Ocean; the majority of the Arctic's freshwater supply originates from Russian rivers as runoff.  The clockwise circulation of the Beaufort Gyre is induced by the wind patterns associated with the permanent anticyclonic high pressure system over the western part of the Arctic. In a clockwise-rotating gyre in the Northern Hemisphere, the Coriolis force causes the ocean water to flow inward toward the gyre's center where it accumulates, effectively forming a dome of water. If the wind patterns shift into a cyclonic circulation due to the residence of a low pressure system (rising air induced by warmer ocean temperatures a greater volume of open Arctic Ocean water), this will cause the circulation of the Beaufort Gyre to reverse and flow counter-clockwise. If this occurs, the Coriolis force would bend the flow out and away from the center of the gyre and, instead of the formation of a rising water dome, a depression would form and upwelling of the warmer water from the Atlantic ocean would occur.

text: The Beaufort Gyre has formed a dome of

text: freshwater

text: that has expanded vertically by about  since 2002; by 2011 it had swelled to about  in volume. The freshwater within this gyre represents about 10% of all the freshwater in the Arctic Ocean; the majority of the Arctic's freshwater supply originates from Russian rivers as

text: runoff

text: .  The clockwise circulation of the Beaufort Gyre is induced by the wind patterns associated with the permanent anticyclonic high pressure system over the western part of the Arctic. In a clockwise-rotating gyre in the Northern Hemisphere, the

text: Coriolis force

text: causes the ocean water to flow inward toward the gyre's center where it accumulates, effectively forming a dome of water. If the wind patterns shift into a cyclonic circulation due to the residence of a low pressure system (rising air induced by warmer ocean temperatures a greater volume of open Arctic Ocean water), this will cause the circulation of the Beaufort Gyre to reverse and flow counter-clockwise. If this occurs, the Coriolis force would bend the flow out and away from the center of the gyre and, instead of the formation of a rising water dome, a depression would form and upwelling of the warmer water from the

text: Atlantic

text: ocean would occur.

answers: NDQ_000702

answers: clockwise circulation of the Beaufort Gyre

answers: NDQ_000704

answers: What causes the Beaufort Gyre to rotate counter-clockwise?

answers: NDQ_000706

answers: Beaufort Gyre

answers: NDQ_000707

answers: Coriolis force causes water to flow out and away from the center of the gyre

answers: NDQ_000710

answers: Warmer water from the Atlantic ocean to the Beaufort Gyre

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day does the Beaufort Gyre rotate?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: Coriolis force

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: clockwise-rotating gyre

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: formation of a rising water dome

answers: NDQ_000739

answers: flowing inward toward the center

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: gyre

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: volume

answers: NDQ_000702

answers: wind patterns

answers: NDQ_000704

answers: wind patterns

answers: NDQ_000706

answers: clockwise-rotating gyre

answers: NDQ_000707

answers: Coriolis force

answers: NDQ_000710

answers: warmer water from the Atlantic ocean

answers: NDQ_000715

answers: The Beaufort Gyre

answers: NDQ_000718

answers: The Beaufort Gyre

answers: NDQ_000720

answers: The Beaufort Gyre

answers: NDQ_000721

answers: wind patterns associated with the permanent anticyclonic high pressure system

answers: NDQ_000722

answers: The Beaufort Gyre

answers: NDQ_000723

answers: The Beaufort Gyre

answers: NDQ_000724

answers: wind patterns associated with the permanent anticyclonic high pressure system

answers: NDQ_000725

answers: The Beaufort Gyre

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: The Beaufort Gyre

answers: NDQ_000728

answers: If the wind patterns shift into a cyclonic circulation

answers: NDQ_000729

answers: the Coriolis force

answers: NDQ_000730

answers: Coriolis force

answers: NDQ_000731

answers: clockwise-rotating gyre

answers: NDQ_000732

answers: clockwise-rotating gyre

answers: NDQ_000733

answers: The Beaufort Gyre

answers: NDQ_000734

answers: wind patterns

answers: NDQ_000735

answers: wind patterns associated with the permanent anticyclonic high pressure system

answers: NDQ_000736

answers: Coriolis force

answers: NDQ_000737

answers: The Beaufort Gyre

answers: NDQ_000738

answers: rising water dome,

answers: NDQ_000739

answers: warmer ocean temperatures

answers: NDQ_000740

answers: 2002;

answers: NDQ_000741

answers: Coriolis force

answers: NDQ_000742

answers: The Beaufort Gyre

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: The Beaufort Gyre

answers: NDQ_000745

answers: Coriolis force

answers: NDQ_000746

answers: 10%

text: Retroflection is the movement of an ocean current that doubles back on itself.

text: Retroflection is the movement of an ocean current that doubles back on itself.

answers: NDQ_000702

answers: retroflection

answers: NDQ_000704

answers: are a type of what?

answers: NDQ_000706

answers: retroflection

answers: NDQ_000707

answers: retroflection is the movement of an ocean current

answers: NDQ_000710

answers: ice to the ocean floor

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What does retroflection mean?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: What is the difference between high and low tides called?

answers: NDQ_000728

answers: The answer: retroflection.

answers: NDQ_000729

answers: Which of the following is not a cause of retroflection?

answers: NDQ_000730

answers: None of the above choices.

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: What is the opposite of retroflection?

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: retroflection

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: retroflection effect

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Upwelling is the movement of an ocean current.

answers: NDQ_000739

answers: retroflected

answers: NDQ_000740

answers: can not be retroflection

answers: NDQ_000741

answers: retroflection

answers: NDQ_000742

answers: is a retroflection tide

answers: NDQ_000743

answers: is an example of

answers: NDQ_000744

answers: can be described as retroflection

answers: NDQ_000745

answers: retroflection

answers: NDQ_000746

answers: numerator

answers: NDQ_000702

answers: Retroflection

answers: NDQ_000704

answers: Retroflection

answers: NDQ_000706

answers: Retroflection

answers: NDQ_000707

answers: Retroflection

answers: NDQ_000710

answers: Retroflection

answers: NDQ_000715

answers: Retroflection

answers: NDQ_000718

answers: Retroflection

answers: NDQ_000720

answers: Retroflection

answers: NDQ_000721

answers: Retroflection

answers: NDQ_000722

answers: Retroflection

answers: NDQ_000723

answers: Retroflection

answers: NDQ_000724

answers: Retroflection

answers: NDQ_000725

answers: Retroflection

answers: NDQ_000726

answers: Retroflection is the movement of an ocean current

answers: NDQ_000727

answers: Retroflection

answers: NDQ_000728

answers: Retroflection

answers: NDQ_000729

answers: Retroflection

answers: NDQ_000730

answers: Retroflection

answers: NDQ_000731

answers: Retroflection

answers: NDQ_000732

answers: Retroflection

answers: NDQ_000733

answers: Retroflection

answers: NDQ_000734

answers: Retroflection

answers: NDQ_000735

answers: Retroflection

answers: NDQ_000736

answers: Retroflection

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Retroflection

answers: NDQ_000739

answers: Retroflection

answers: NDQ_000740

answers: Retroflection

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: Retroflection

answers: NDQ_000743

answers: Retroflection

answers: NDQ_000744

answers: Retroflection

answers: NDQ_000745

answers: Retroflection

answers: NDQ_000746

answers: Retroflection

text: Continental coastlines usually have a continental shelf, a shelf of relatively shallow water, less than 200 metres deep, which extends 68 km on average beyond the coast. Worldwide, continental shelves occupy a total area of about 24 million km (9 million sq mi), 8% of the ocean's total area and nearly 5% of the world's total area.  Since the continental shelf is usually less than 200 metres deep, it follows that coastal habitats are generally photic, situated in the sunlit epipelagic zone. This means the conditions for photosynthetic processes so important for primary production, are available to coastal marine habitats. Because land is nearby, there are large discharges of nutrient rich land runoff into coastal waters. Further, periodic upwellings from the deep ocean can provide cool and nutrient rich currents along the edge of the continental shelf.

text: Continental coastlines usually have a

text: continental shelf

text: , a shelf of relatively shallow water, less than 200 metres deep, which extends 68 km on average beyond the coast. Worldwide, continental shelves occupy a total area of about 24 million km (9 million sq mi), 8% of the ocean's total area and nearly 5% of the world's total area.  Since the continental shelf is usually less than 200 metres deep, it follows that coastal habitats are generally

text: photic

text: , situated in the sunlit

text: epipelagic zone

text: . This means the conditions for

text: photosynthetic

text: processes so important for

text: primary production

text: , are available to coastal marine habitats. Because land is nearby, there are large discharges of nutrient rich

text: land runoff

text: into coastal waters. Further, periodic

text: upwelling

text: s from the deep ocean can provide cool and nutrient rich currents along the edge of the continental shelf.

answers: NDQ_000702

answers: land runoff

answers: NDQ_000704

answers: What can provide cool and nutrient rich currents along the edge of the continental shelf?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: land is nearby

answers: NDQ_000710

answers: cool and nutrient rich currents

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: a continental shelf

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many meters deep is the continental shelf?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: land runoff

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: epipelagic zone

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: land runoff into coastal waters

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: on average

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: NDQ_000743

answers: photosynthetic

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: upwellings

answers: NDQ_000746

answers: 9 million sq mi

answers: NDQ_000702

answers: nutrient rich land runoff

answers: NDQ_000704

answers: cool and nutrient rich currents

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: shallow water,

answers: NDQ_000710

answers: cool and nutrient rich currents

answers: NDQ_000715

answers: 8% of the ocean's total area

answers: NDQ_000718

answers: photic, situated in the sunlit epipelagic zone.

answers: NDQ_000720

answers: 8% of the ocean's total area

answers: NDQ_000721

answers: sunlit epipelagic zone.

answers: NDQ_000722

answers: continental shelf,

answers: NDQ_000723

answers: Continental coastlines usually have a continental shelf,

answers: NDQ_000724

answers: Continental coastlines usually have a continental shelf,

answers: NDQ_000725

answers: periodic upwellings

answers: NDQ_000726

answers: Continental coastlines usually have a continental shelf,

answers: NDQ_000727

answers: Continental coastlines usually have a continental shelf,

answers: NDQ_000728

answers: upwellings

answers: NDQ_000729

answers: Continental coastlines usually have a continental shelf,

answers: NDQ_000730

answers: sunlit epipelagic zone.

answers: NDQ_000731

answers: sunlit epipelagic zone.

answers: NDQ_000732

answers: 8% of the ocean's total area

answers: NDQ_000733

answers: Worldwide,

answers: NDQ_000734

answers: nutrient rich land runoff

answers: NDQ_000735

answers: sunlit

answers: NDQ_000736

answers: upwellings

answers: NDQ_000737

answers: continental shelf, a shelf of relatively shallow water,

answers: NDQ_000738

answers: photic, situated in the sunlit epipelagic zone.

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: upwellings

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: upwellings

answers: NDQ_000743

answers: photosynthetic

answers: NDQ_000744

answers: upwellings

answers: NDQ_000745

answers: upwellings

answers: NDQ_000746

answers: 24 million km (9 million sq mi),

text: This coastal zone is ideal for studies of land-ocean interactions and coastal physical oceanography. Estuarine circulation from Barkley Sound is influenced by the shelf dynamics of an eastern boundary current, creating a complex physical environment. Surface outflow drives a deep water inflow which is strongly influenced by upwelling and downwelling conditions on the nearby continental shelf. The nutrient-rich, terrestrial freshwater discharge and the nutrient-rich, cool, salty upwelled water support a diverse and abundant ecosystem

text: This coastal zone is ideal for studies of land-ocean interactions and coastal physical oceanography. Estuarine circulation from Barkley Sound is influenced by the shelf dynamics of an eastern boundary current, creating a complex physical environment. Surface outflow drives a deep water inflow which is strongly influenced by upwelling and downwelling conditions on the nearby continental shelf. The nutrient-rich, terrestrial freshwater discharge and the nutrient-rich, cool, salty upwelled water support a diverse and abundant ecosystem

answers: NDQ_000702

answers: surface outflow

answers: NDQ_000704

answers: What drives a deep water inflow which is strongly influenced by upwelling and downwelling conditions

answers: NDQ_000706

answers: continental shelf

answers: NDQ_000707

answers: upwelling and downwelling conditions are different.

answers: NDQ_000710

answers: deep water inflow

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: What is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: surface outflow

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: downwelling conditions on the nearby continental shelf

answers: NDQ_000737

answers: eastern boundary current

answers: NDQ_000738

answers: deep water inflow which is strongly influenced by upwelling and downwelling conditions

answers: NDQ_000739

answers: upwelled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: eastern boundary current

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling and downwelling

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Surface outflow

answers: NDQ_000704

answers: Surface outflow

answers: NDQ_000706

answers: Barkley Sound

answers: NDQ_000707

answers: upwelling and downwelling

answers: NDQ_000710

answers: deep water inflow

answers: NDQ_000715

answers: land-ocean interactions and coastal physical oceanography.

answers: NDQ_000718

answers: oceanography.

answers: NDQ_000720

answers: land-ocean interactions and coastal physical oceanography.

answers: NDQ_000721

answers: influenced by upwelling and downwelling conditions on the nearby continental shelf.

answers: NDQ_000722

answers: deep

answers: NDQ_000723

answers: Barkley Sound

answers: NDQ_000724

answers: land-ocean interactions and coastal physical oceanography.

answers: NDQ_000725

answers: Barkley Sound

answers: NDQ_000726

answers: land-ocean interactions and coastal physical oceanography.

answers: NDQ_000727

answers: coastal physical oceanography.

answers: NDQ_000728

answers: upwelling and downwelling conditions on the nearby continental shelf.

answers: NDQ_000729

answers: land-ocean interactions and coastal physical oceanography.

answers: NDQ_000730

answers: upwelling and downwelling conditions on the nearby continental shelf.

answers: NDQ_000731

answers: influenced by upwelling and downwelling conditions on the nearby continental shelf.

answers: NDQ_000732

answers: eastern boundary current,

answers: NDQ_000733

answers: Barkley Sound

answers: NDQ_000734

answers: Surface outflow

answers: NDQ_000735

answers: land-ocean interactions and coastal physical oceanography.

answers: NDQ_000736

answers: upwelling and downwelling conditions on the nearby continental shelf.

answers: NDQ_000737

answers: eastern boundary current,

answers: NDQ_000738

answers: downwelling

answers: NDQ_000739

answers: upwelling and downwelling

answers: NDQ_000740

answers: upwelling and downwelling

answers: NDQ_000741

answers: current,

answers: NDQ_000742

answers: eastern boundary current,

answers: NDQ_000743

answers: Surface outflow

answers: NDQ_000744

answers: downwelling conditions on the nearby continental shelf.

answers: NDQ_000745

answers: Surface outflow drives a deep water inflow

answers: NDQ_000746

answers: land-ocean interactions and coastal physical oceanography.

text: Local ocean tides for Miami are reported for the entrance to Government Cut. The next-closest point on the mainland for tide information is Jupiter Inlet, to the north.

text: Local

text: ocean

text: tide

text: s for Miami are reported for the entrance to Government Cut. The next-closest point on the

text: mainland

text: for tide information is

text: Jupiter Inlet

text: , to the north.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: Which of the following is not a type of current: ocean currents, tides, or Jupiter Inlet?

answers: NDQ_000706

answers: entrance to Government Cut

answers: NDQ_000707

answers: Jupiter Inlet is closer to the ocean. Which of the following is true?

answers: NDQ_000710

answers: Jupiter Inlet closer to Miami

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: Jupiter Inlet

answers: NDQ_000723

answers: What is the difference between high and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: Jupiter Inlet

answers: NDQ_000729

answers: Jupiter Inlet

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: Miami

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Jupiter Inlet

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Jupiter Inlet is closer to Miami.

answers: NDQ_000739

answers: ashore

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: Local ocean tides

answers: NDQ_000706

answers: Government Cut.

answers: NDQ_000707

answers: tides

answers: NDQ_000710

answers: tides

answers: NDQ_000715

answers: Jupiter Inlet,

answers: NDQ_000718

answers: Jupiter Inlet,

answers: NDQ_000720

answers: Local ocean tides for Miami are reported for the entrance to Government Cut.

answers: NDQ_000721

answers: Jupiter Inlet,

answers: NDQ_000722

answers: Government Cut.

answers: NDQ_000723

answers: Jupiter Inlet,

answers: NDQ_000724

answers: tides

answers: NDQ_000725

answers: tides

answers: NDQ_000726

answers: Local ocean tides for Miami are reported for the entrance to Government Cut.

answers: NDQ_000727

answers: Local ocean tides

answers: NDQ_000728

answers: Local ocean tides for Miami are reported for the entrance to Government Cut.

answers: NDQ_000729

answers: Jupiter Inlet,

answers: NDQ_000730

answers: Jupiter Inlet,

answers: NDQ_000731

answers: Jupiter Inlet,

answers: NDQ_000732

answers: Jupiter Inlet,

answers: NDQ_000733

answers: ocean tides

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: Local ocean tides

answers: NDQ_000736

answers: Local ocean tides

answers: NDQ_000737

answers: ocean tides

answers: NDQ_000738

answers: Local ocean tides for Miami are reported for the entrance to Government Cut.

answers: NDQ_000739

answers: tides

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: tides

answers: NDQ_000743

answers: Local ocean tides

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: Local ocean tides for Miami are reported for the entrance to Government Cut.

text: The owners of the mills rebuilt the structure, referred to as a lock, in 1573. In order to ensure that navigation would be maintained on the Lea, the City of London appointed a Dutch surveyor to inspect the plans, and a committee to oversee the work. A report by Lord Burghley in 1588 suggests that the gates opened automatically when the level in Bow Creek exceeded the level above the lock, and were shut once the tide started to fall. This arrangement caused complaints in 1581, when neap tides did not reach a level to cause the gates to open, and the lock keeper would not open them because the water was used by the mills. The use of flashboards was again recorded in the 1660s, but shortly after 1713, the cill of the structure was raised, and a pair of gates were installed. This improved water levels for the millers, but again caused problems for navigation, with bargees complaining that the gates could not be opened at neap tides. In 1721, the cill was lowered by the mill owners, following recommendations by George Succold, and the work was overseen by a surveyor appointed by the City of London.

text: The owners of the mills rebuilt the structure, referred to as a lock, in 1573. In order to ensure that navigation would be maintained on the Lea, the City of London appointed a Dutch surveyor to inspect the plans, and a committee to oversee the work. A report by Lord Burghley in 1588 suggests that the gates opened automatically when the level in Bow Creek exceeded the level above the lock, and were shut once the tide started to fall. This arrangement caused complaints in 1581, when neap tides did not reach a level to cause the gates to open, and the lock keeper would not open them because the water was used by the mills. The use of flashboards was again recorded in the 1660s, but shortly after 1713, the cill of the structure was raised, and a pair of gates were installed. This improved water levels for the millers, but again caused problems for navigation, with bargees complaining that the gates could not be opened at neap tides. In 1721, the cill was lowered by the mill owners, following recommendations by George Succold, and the work was overseen by a surveyor appointed by the City of London.

answers: NDQ_000702

answers: neap tides

answers: NDQ_000704

answers: How many years after the owners of the mills rebuilt the structure, referred to as a lock, was the cill of the structure raised, and a pair of gates were installed?

answers: NDQ_000706

answers: the Lea

answers: NDQ_000707

answers: the tide is too high

answers: NDQ_000710

answers: neap tides

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: hurricanes

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many years after the owners rebuilt the structure, referred to as a lock, in 1573?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: How does the Coriolis effect work?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: How many high tides and two low tides every year?

answers: NDQ_000734

answers: level in Bow Creek

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: neap tides

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the gates opened automatically when the level in Bow Creek exceeded the level above the lock

answers: NDQ_000739

answers: lowered

answers: NDQ_000740

answers: neap

answers: NDQ_000741

answers: creek

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: NDQ_000744

answers: neap

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: the water was used by the mills.

answers: NDQ_000704

answers: neap tides

answers: NDQ_000706

answers: neap tides.

answers: NDQ_000707

answers: neap tides

answers: NDQ_000710

answers: neap tides

answers: NDQ_000715

answers: lowered

answers: NDQ_000718

answers: 1573.

answers: NDQ_000720

answers: 1573.

answers: NDQ_000721

answers: neap tides

answers: NDQ_000722

answers: neap tides

answers: NDQ_000723

answers: neap tides.

answers: NDQ_000724

answers: neap tides

answers: NDQ_000725

answers: neap tides

answers: NDQ_000726

answers: neap tides.

answers: NDQ_000727

answers: the gates opened automatically when the level in Bow Creek

answers: NDQ_000728

answers: neap tides

answers: NDQ_000729

answers: neap tides.

answers: NDQ_000730

answers: neap tides

answers: NDQ_000731

answers: neap tides

answers: NDQ_000732

answers: 1721, the cill was lowered

answers: NDQ_000733

answers: neap tides

answers: NDQ_000734

answers: neap tides

answers: NDQ_000735

answers: neap tides

answers: NDQ_000736

answers: neap tides

answers: NDQ_000737

answers: Bow Creek

answers: NDQ_000738

answers: the water was used by the mills.

answers: NDQ_000739

answers: neap tides.

answers: NDQ_000740

answers: neap tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: flashboards

answers: NDQ_000744

answers: neap tides

answers: NDQ_000745

answers: neap tides

answers: NDQ_000746

answers: 1573.

text: The Trans-Oceanic is considered by many the best-designed mass-produced portable radio made. Zenith for the most part, until the end of the model line, used the latest cost-effective technology advances and materials in Trans-Oceanics. The Trans-Oceanic model line ran from 1942 to 1982. For years it was the top selling "high-end" portable multiband radio until it was finally eclipsed by Sony with their digital tuning ICF-2001 and ICF2010 in the 1980s, which put the Trans-Oceanic out of business.

text: The Trans-Oceanic is considered by many the best-designed mass-produced portable radio made. Zenith for the most part, until the end of the model line, used the latest cost-effective technology advances and materials in Trans-Oceanics. The Trans-Oceanic model line ran from 1942 to 1982. For years it was the top selling "high-end" portable multiband radio until it was finally eclipsed by

text: Sony

text: with their digital tuning ICF-2001 and ICF2010 in the 1980s, which put the Trans-Oceanic out of business.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which happened first, the Trans-Oceanic model line ran from 1942 to 1982 or Sony with their digital tuning ICF-2001 and ICF2010?

answers: NDQ_000706

answers: trans-Oceanic

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: Which happened first, the Trans-Oceanic model line ran from 1942 to 1982 or Sony with their digital tuning ICF-2001 and ICF2010?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many years did the Trans-Oceanic model line run?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: Which happened first, the Trans-Oceanic model line ran from 1942 to 1982 or the Trans-Oceanic model line ran from 1942 to 1982?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: ICF-2001 and ICF2010 in the 1980s

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: NDQ_000741

answers: unanswerable

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: cost-effective

answers: NDQ_000702

answers: The Trans-Oceanic

answers: NDQ_000704

answers: digital tuning

answers: NDQ_000706

answers: The Trans-Oceanic

answers: NDQ_000707

answers: digital tuning

answers: NDQ_000710

answers: 1942 to 1982.

answers: NDQ_000715

answers: digital tuning ICF-2001 and ICF2010

answers: NDQ_000718

answers: Sony with their digital tuning ICF-2001 and ICF2010

answers: NDQ_000720

answers: The Trans-Oceanic

answers: NDQ_000721

answers: The Trans-Oceanic

answers: NDQ_000722

answers: The Trans-Oceanic

answers: NDQ_000723

answers: Sony

answers: NDQ_000724

answers: Sony

answers: NDQ_000725

answers: 1942 to 1982.

answers: NDQ_000726

answers: Sony

answers: NDQ_000727

answers: The Trans-Oceanic

answers: NDQ_000728

answers: The Trans-Oceanic

answers: NDQ_000729

answers: 1942 to 1982.

answers: NDQ_000730

answers: Sony

answers: NDQ_000731

answers: Sony with their digital tuning ICF-2001

answers: NDQ_000732

answers: Sony

answers: NDQ_000733

answers: 1942 to 1982.

answers: NDQ_000734

answers: The Trans-Oceanic

answers: NDQ_000735

answers: 1942 to 1982.

answers: NDQ_000736

answers: digital tuning ICF-2001 and ICF2010

answers: NDQ_000737

answers: The Trans-Oceanic

answers: NDQ_000738

answers: The Trans-Oceanic

answers: NDQ_000739

answers: 1942 to 1982.

answers: NDQ_000740

answers: 1942 to 1982.

answers: NDQ_000741

answers: The Trans-Oceanic

answers: NDQ_000742

answers: The Trans-Oceanic

answers: NDQ_000743

answers: technology

answers: NDQ_000744

answers: The Trans-Oceanic

answers: NDQ_000745

answers: The Trans-Oceanic

answers: NDQ_000746

answers: cost-effective

text: Thermohaline circulation (THC) is a part of the large-scale ocean circulation that is driven by global density gradients created by surface heat and freshwater fluxes. The adjective thermohaline derives from thermo- referring to temperature and  referring to salt content, factors which together determine the density of sea water. Wind-driven surface currents (such as the Gulf Stream) travel polewards from the equatorial Atlantic Ocean, cooling en route, and eventually sinking at high latitudes (forming North Atlantic Deep Water). This dense water then flows into the ocean basins. While the bulk of it upwells in the Southern Ocean, the oldest waters (with a transit time of around 1000 years) upwell in the North Pacific. Extensive mixing therefore takes place between the ocean basins, reducing differences between them and making the Earth's oceans a global system. On their journey, the water masses transport both energy (in the form of heat) and matter (solids, dissolved substances and gases) around the globe. As such, the state of the circulation has a large impact on the climate of the Earth.

text: Thermohaline circulation (THC) is a part of the large-scale

text: ocean circulation

text: that is driven by global

text: density gradient

text: s created by surface heat and freshwater

text: flux

text: es. The adjective thermohaline derives from

text: thermo-

text: referring to

text: temperature

text: and  referring to

text: salt content

text: , factors which together determine the

text: density of sea water

text: Wind

text: -driven surface currents (such as the

text: Gulf Stream

text: ) travel

text: polewards

text: from the equatorial

text: Atlantic Ocean

text: , cooling en route, and eventually sinking at high

text: latitude

text: s (forming

text: North Atlantic Deep Water

text: ). This dense water then flows into the

text: ocean basin

text: s. While the bulk of it

text: upwells

text: in the

text: Southern Ocean

text: , the oldest waters (with a transit time of around 1000 years) upwell in the North Pacific. Extensive mixing therefore takes place between the ocean basins, reducing differences between them and making the Earth's oceans a global system. On their journey, the water masses transport both energy (in the form of heat) and matter (solids, dissolved substances and gases) around the globe. As such, the state of the circulation has a large impact on the

text: climate

text: of the Earth.

answers: NDQ_000702

answers: global density gradients

answers: NDQ_000704

answers: What causes the Gulf Stream to travel polewards?

answers: NDQ_000706

answers: Southern Ocean

answers: NDQ_000707

answers: density gradients are created by surface heat

answers: NDQ_000710

answers: water from the ocean basins

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: dense

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What causes water levels to rise and fall once a day?

answers: NDQ_000726

answers: Wind-driven surface currents

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: density gradients

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: global density gradients

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Gulf Stream

answers: NDQ_000737

answers: surface currents

answers: NDQ_000738

answers: The bulk of it upwells in the Southern Ocean

answers: NDQ_000739

answers: saltier

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Gulf Stream

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What is the form of heat

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: This dense water then flows into the ocean basins

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: global density gradients created by surface heat and freshwater fluxes.

answers: NDQ_000704

answers: Wind-driven

answers: NDQ_000706

answers: Southern Ocean,

answers: NDQ_000707

answers: Wind-driven surface currents

answers: NDQ_000710

answers: energy (in the form of heat) and matter

answers: NDQ_000715

answers: Thermohaline circulation

answers: NDQ_000718

answers: Thermohaline circulation

answers: NDQ_000720

answers: Wind-driven surface currents

answers: NDQ_000721

answers: surface heat

answers: NDQ_000722

answers: North Atlantic Deep Water).

answers: NDQ_000723

answers: Thermohaline circulation

answers: NDQ_000724

answers: Wind-driven surface currents

answers: NDQ_000725

answers: Thermohaline circulation

answers: NDQ_000726

answers: Wind-driven surface currents

answers: NDQ_000727

answers: Thermohaline circulation

answers: NDQ_000728

answers: Thermohaline circulation

answers: NDQ_000729

answers: Thermohaline circulation

answers: NDQ_000730

answers: global density gradients created by surface heat and freshwater fluxes.

answers: NDQ_000731

answers: Thermohaline circulation

answers: NDQ_000732

answers: polewards

answers: NDQ_000733

answers: Atlantic Ocean,

answers: NDQ_000734

answers: surface heat and freshwater fluxes.

answers: NDQ_000735

answers: cooling en route, and eventually sinking at high latitudes

answers: NDQ_000736

answers: Gulf Stream)

answers: NDQ_000737

answers: Wind-driven surface currents

answers: NDQ_000738

answers: 1000 years) upwell in the North Pacific.

answers: NDQ_000739

answers: salt content,

answers: NDQ_000740

answers: global density gradients created by surface heat and freshwater fluxes.

answers: NDQ_000741

answers: Gulf Stream)

answers: NDQ_000742

answers: Thermohaline circulation

answers: NDQ_000743

answers: (solids, dissolved substances and gases)

answers: NDQ_000744

answers: Thermohaline circulation

answers: NDQ_000745

answers: North Atlantic Deep Water).

answers: NDQ_000746

answers: density gradients

text: Clinus cottoides, the Bluntnose klipfish, is a species of clinid that occurs in subtropical waters of the Atlantic Ocean around South Africa where it is a denizen of tide pools.  This species can reach a maximum length of  TL.  This species has a varied diet of benthic organisms including algae, crustaceans (isopods, amphipods, ostracods, copepods), mollusks (gastropods, chitons) and polychaete worms.

text: Clinus cottoides, the Bluntnose klipfish, is a species of

text: clinid

text: that occurs in

text: subtropical

text: waters of the

text: Atlantic Ocean

text: around

text: South Africa

text: where it is a denizen of

text: tide pools

text: .  This species can reach a maximum length of

text: TL

text: .  This species has a varied diet of

text: benthic

text: organisms including

text: algae

text: crustaceans

text: isopods

text: amphipods

text: ostracods

text: copepods

text: mollusks

text: gastropods

text: chitons

text: ) and

text: polychaete worms

answers: NDQ_000702

answers: clinid

answers: NDQ_000704

answers: Which of the following is not a type of organism: algae, crustaceans, copepods, chitons, or polychaete worms?

answers: NDQ_000706

answers: tide pools

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: mollusks

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the Atlantic Ocean experience tides?

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: what is the second to last group mentioned?

answers: NDQ_000728

answers: None of the above choices

answers: NDQ_000729

answers: Which of the following is not a type of mollusk: gastropods, chitons, or copepods?

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring tides or tide pools?

answers: NDQ_000732

answers: Which ocean does Clinus cottoides occur in?

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Atlantic Ocean around South Africa

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Atlantic Ocean around South Africa is a denizen of tide pools

answers: NDQ_000739

answers: subtropical

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: tide pools

answers: NDQ_000746

answers: TL

answers: NDQ_000702

answers: tide pools.

answers: NDQ_000704

answers: tide pools.

answers: NDQ_000706

answers: tide pools.

answers: NDQ_000707

answers: tide pools.

answers: NDQ_000710

answers: tide pools.

answers: NDQ_000715

answers: TL.

answers: NDQ_000718

answers: TL.

answers: NDQ_000720

answers: Clinus cottoides,

answers: NDQ_000721

answers: Clinus cottoides,

answers: NDQ_000722

answers: tide pools.

answers: NDQ_000723

answers: tide pools.

answers: NDQ_000724

answers: Clinus cottoides,

answers: NDQ_000725

answers: tide pools.

answers: NDQ_000726

answers: Clinus cottoides,

answers: NDQ_000727

answers: tide pools.

answers: NDQ_000728

answers: tide pools.

answers: NDQ_000729

answers: Clinus cottoides,

answers: NDQ_000730

answers: tide pools.

answers: NDQ_000731

answers: tide pools.

answers: NDQ_000732

answers: Atlantic Ocean

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: tide pools.

answers: NDQ_000735

answers: tide pools.

answers: NDQ_000736

answers: tide pools.

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: tide pools.

answers: NDQ_000739

answers: tide pools.

answers: NDQ_000740

answers: tide pools.

answers: NDQ_000741

answers: tide pools.

answers: NDQ_000742

answers: tide pools.

answers: NDQ_000743

answers: algae, crustaceans

answers: NDQ_000744

answers: tide pools.

answers: NDQ_000745

answers: tide pools.

answers: NDQ_000746

answers: TL.

text: Marine Conservation Institute is a nonprofit organization and a leader in the global movement to protect the world’s oceans. Working with scientists, politicians, government officials, and other organizations, Marine Conservation Institute is active around the world to protect vulnerable ocean ecosystems and the species within them.

text: Marine Conservation Institute is a nonprofit organization and a leader in the global movement to protect the world’s oceans. Working with scientists, politicians, government officials, and other organizations, Marine Conservation Institute is active around the world to protect vulnerable ocean ecosystems and the species within them.

answers: NDQ_000702

answers: ocean ecosystems

answers: NDQ_000704

answers: Which of the following is not an example of a vulnerable ocean ecosystem?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: marine conservation institute

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: None of the above choices.

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: oceans

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling does not occur in the ocean.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: ocean

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: evaporation

answers: NDQ_000746

answers: NDQ_000702

answers: oceans.

answers: NDQ_000704

answers: oceans.

answers: NDQ_000706

answers: ocean ecosystems

answers: NDQ_000707

answers: oceans.

answers: NDQ_000710

answers: oceans.

answers: NDQ_000715

answers: Marine Conservation Institute

answers: NDQ_000718

answers: Marine Conservation Institute

answers: NDQ_000720

answers: Marine Conservation Institute

answers: NDQ_000721

answers: oceans.

answers: NDQ_000722

answers: oceans.

answers: NDQ_000723

answers: Marine Conservation Institute

answers: NDQ_000724

answers: oceans.

answers: NDQ_000725

answers: oceans.

answers: NDQ_000726

answers: oceans.

answers: NDQ_000727

answers: oceans.

answers: NDQ_000728

answers: Marine Conservation Institute

answers: NDQ_000729

answers: oceans.

answers: NDQ_000730

answers: Marine Conservation Institute

answers: NDQ_000731

answers: Marine Conservation Institute

answers: NDQ_000732

answers: Marine Conservation Institute

answers: NDQ_000733

answers: oceans.

answers: NDQ_000734

answers: oceans.

answers: NDQ_000735

answers: Marine Conservation Institute

answers: NDQ_000736

answers: oceans.

answers: NDQ_000737

answers: ocean ecosystems

answers: NDQ_000738

answers: Marine Conservation Institute

answers: NDQ_000739

answers: oceans.

answers: NDQ_000740

answers: oceans.

answers: NDQ_000741

answers: oceans.

answers: NDQ_000742

answers: Marine Conservation Institute

answers: NDQ_000743

answers: oceans.

answers: NDQ_000744

answers: oceans.

answers: NDQ_000745

answers: oceans.

answers: NDQ_000746

answers: oceans.

text: Modern scientific study of tides dates back to Isaac Newton's 'Principia' of 1687, in which he applied the theory of gravitation to make a first approximation of the effects of the Moon and Sun on the Earth's tidal waters.  The approximation developed by Newton and his successors of the next 90 years is known as the 'equilibrium theory' of tides.

text: Modern scientific study of tides dates back to Isaac Newton's 'Principia' of 1687, in which he applied the theory of gravitation to make a first approximation of the effects of the Moon and Sun on the Earth's tidal waters.  The approximation developed by Newton and his successors of the next 90 years is known as the 'equilibrium theory' of tides.

answers: NDQ_000702

answers: the Moon and Sun

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: tidal waters

answers: NDQ_000707

answers: Isaac Newton applied the theory of gravitation

answers: NDQ_000710

answers: Isaac Newton's Principia

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: the Moon and Sun

answers: NDQ_000735

answers: unbalanced

answers: NDQ_000736

answers: Moon and Sun

answers: NDQ_000737

answers: tides

answers: NDQ_000738

answers: Isaac Newton's 'Principia' of 1687

answers: NDQ_000739

answers: Earth's

answers: NDQ_000740

answers: Tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: Moon and Sun

answers: NDQ_000704

answers: tides

answers: NDQ_000706

answers: tidal

answers: NDQ_000707

answers: gravitation

answers: NDQ_000710

answers: tidal waters.

answers: NDQ_000715

answers: 'equilibrium theory'

answers: NDQ_000718

answers: 'equilibrium theory' of tides.

answers: NDQ_000720

answers: 'equilibrium theory' of tides.

answers: NDQ_000721

answers: Sun

answers: NDQ_000722

answers: 'equilibrium theory'

answers: NDQ_000723

answers: 'equilibrium theory' of tides.

answers: NDQ_000724

answers: tides

answers: NDQ_000725

answers: tides

answers: NDQ_000726

answers: Modern scientific study of tides

answers: NDQ_000727

answers: 'equilibrium theory' of tides.

answers: NDQ_000728

answers: tides

answers: NDQ_000729

answers: Moon and Sun on the Earth's tidal waters.

answers: NDQ_000730

answers: 'equilibrium theory'

answers: NDQ_000731

answers: 'equilibrium theory'

answers: NDQ_000732

answers: 'equilibrium theory' of tides.

answers: NDQ_000733

answers: Earth's

answers: NDQ_000734

answers: the Moon and Sun

answers: NDQ_000735

answers: Moon and Sun on the Earth's tidal waters.

answers: NDQ_000736

answers: 'equilibrium theory'

answers: NDQ_000737

answers: tidal waters.

answers: NDQ_000738

answers: Modern scientific study of tides

answers: NDQ_000739

answers: Moon and Sun

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: tidal waters.

answers: NDQ_000743

answers: gravitation

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: gravitation

text: Besides coastal exploration, Portuguese also made trips off in the ocean to gather meteorological and oceanographic information (in these were discovered the archipelagos of Madeira and the Azores, and Sargasso Sea). The knowledge of wind patterns and currents, the trade winds and the oceanic gyres in the Atlantic, and the determination of latitude led to the discovery of the best ocean route back from Africa: crossing the Central Atlantic to the latitude of the Azores, using the permanent favorable winds and currents that spin clockwise in the Northern Hemisphere because of atmospheric circulation and the effect of Coriolis, facilitating the way to Lisbon and thus enabling the Portuguese venturing increasingly farther from shore, the maneuver that became known as the "volta do mar" ().

text: Besides coastal exploration, Portuguese also made trips off in the ocean to gather

text: meteorological

text: and

text: oceanographic

text: information (in these were discovered the archipelagos of Madeira and the Azores, and

text: Sargasso Sea

text: ). The knowledge of

text: wind

text: patterns and

text: currents

text: , the

text: trade winds

text: and the

text: oceanic gyre

text: s in the Atlantic, and the determination of latitude led to the discovery of the best ocean route back from Africa: crossing the Central Atlantic to the latitude of the Azores, using the permanent favorable winds and currents that spin clockwise in the Northern Hemisphere because of

text: atmospheric circulation

text: and the effect of

text: Coriolis

text: , facilitating the way to Lisbon and thus enabling the Portuguese venturing increasingly farther from shore, the maneuver that became known as the "

text: volta do mar

answers: NDQ_000702

answers: atmospheric circulation

answers: NDQ_000704

answers: What type of currents spin clockwise in the Northern Hemisphere?

answers: NDQ_000706

answers: gyres

answers: NDQ_000707

answers: atmospheric circulation and the effect of Coriolis

answers: NDQ_000710

answers: Sargasso Sea

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day do Tides occur?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: atmospheric circulation

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: effect of Coriolis

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Central Atlantic to the latitude of the Azores

answers: NDQ_000739

answers: farther from shore

answers: NDQ_000740

answers: Coriolis

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Coriolis

answers: NDQ_000743

answers: Coriolis

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: latitude

answers: NDQ_000702

answers: atmospheric circulation

answers: NDQ_000704

answers: spin clockwise in the Northern Hemisphere

answers: NDQ_000706

answers: oceanic gyres

answers: NDQ_000707

answers: atmospheric circulation and the effect of Coriolis,

answers: NDQ_000710

answers: winds and currents

answers: NDQ_000715

answers: oceanographic information

answers: NDQ_000718

answers: wind patterns and currents,

answers: NDQ_000720

answers: wind patterns and currents,

answers: NDQ_000721

answers: winds and currents that spin clockwise in the Northern Hemisphere

answers: NDQ_000722

answers: shore,

answers: NDQ_000723

answers: ocean to gather meteorological and oceanographic information

answers: NDQ_000724

answers: wind patterns and currents,

answers: NDQ_000725

answers: currents,

answers: NDQ_000726

answers: wind patterns and currents,

answers: NDQ_000727

answers: meteorological and oceanographic information

answers: NDQ_000728

answers: wind patterns and currents,

answers: NDQ_000729

answers: clockwise

answers: NDQ_000730

answers: Coriolis,

answers: NDQ_000731

answers: clockwise

answers: NDQ_000732

answers: clockwise

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: atmospheric circulation

answers: NDQ_000735

answers: clockwise

answers: NDQ_000736

answers: Coriolis,

answers: NDQ_000737

answers: oceanic gyres

answers: NDQ_000738

answers: clockwise in the Northern Hemisphere

answers: NDQ_000739

answers: shore,

answers: NDQ_000740

answers: currents,

answers: NDQ_000741

answers: currents,

answers: NDQ_000742

answers: "volta do mar"

answers: NDQ_000743

answers: Coriolis,

answers: NDQ_000744

answers: "volta do mar"

answers: NDQ_000745

answers: currents,

answers: NDQ_000746

answers: meteorological and oceanographic information

text: Of course, the Coriolis force does still impact the direction of the flow of water, but only minutely. Only if the water is so still that the effective rotation rate of the Earth is faster than that of the water relative to its container, and if externally applied torques (such as might be caused by flow over an uneven bottom surface) are small enough, the Coriolis effect may indeed determine the direction of the vortex. Without such careful preparation, the Coriolis effect is likely to be much smaller than various other influences on drain direction such as any residual rotation of the water and the geometry of the container. Despite this, the idea that toilets and bathtubs drain differently in the Northern and Southern Hemispheres has been popularized by several television programs and films, including Escape Plan, Wedding Crashers, The Simpsons episode "Bart vs. Australia", Pole to Pole, and The X-Files episode "Die Hand Die Verletzt". Several science broadcasts and publications, including at least one college-level physics textbook, have also stated this.

text: Of course, the Coriolis force does still impact the direction of the flow of water, but only minutely. Only if the water is so still that the effective rotation rate of the Earth is faster than that of the water relative to its container, and if externally applied torques (such as might be caused by flow over an uneven bottom surface) are small enough, the Coriolis effect may indeed determine the direction of the vortex. Without such careful preparation, the Coriolis effect is likely to be much smaller than various other influences on drain direction such as any residual rotation of the water and the geometry of the container. Despite this, the idea that toilets and bathtubs drain differently in the Northern and Southern Hemispheres has been popularized by several television programs and films, including

text: Escape Plan

text: Wedding Crashers

text: The Simpsons

text: episode "

text: Bart vs. Australia

text: Pole to Pole

text: , and

text: The X-Files

text: episode "

text: Die Hand Die Verletzt

text: ". Several science broadcasts and publications, including at least one college-level physics textbook, have also stated this.

answers: NDQ_000702

answers: effective rotation rate of the Earth

answers: NDQ_000704

answers: are caused by flow over an uneven bottom surface

answers: NDQ_000706

answers: bottom surface

answers: NDQ_000707

answers: externally applied torques are small enough

answers: NDQ_000710

answers: Coriolis force

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: incorrectly

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: externally applied torques

answers: NDQ_000723

answers: unanswerable

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: no

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: externally applied torques

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: effective rotation rate of the Earth

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Coriolis force

answers: NDQ_000737

answers: vortex

answers: NDQ_000738

answers: the Coriolis force does still impact the direction of the flow of water

answers: NDQ_000739

answers: still

answers: NDQ_000740

answers: NDQ_000741

answers: vortex

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: flow over an uneven bottom surface

answers: NDQ_000746

answers: relative to its container

answers: NDQ_000702

answers: rotation rate of the Earth

answers: NDQ_000704

answers: flow over an uneven bottom surface)

answers: NDQ_000706

answers: uneven bottom surface)

answers: NDQ_000707

answers: Coriolis force

answers: NDQ_000710

answers: flow over an uneven bottom surface)

answers: NDQ_000715

answers: Coriolis force

answers: NDQ_000718

answers: Coriolis force

answers: NDQ_000720

answers: the Coriolis force

answers: NDQ_000721

answers: Coriolis force

answers: NDQ_000722

answers: externally applied torques

answers: NDQ_000723

answers: Coriolis force does still impact the direction of the flow of water,

answers: NDQ_000724

answers: the Coriolis force does still impact the direction of the flow of water,

answers: NDQ_000725

answers: the Coriolis force

answers: NDQ_000726

answers: Coriolis force does still impact the direction of the flow of water,

answers: NDQ_000727

answers: Coriolis force does still impact the direction of the flow of water,

answers: NDQ_000728

answers: the Coriolis force does still impact the direction of the flow of water,

answers: NDQ_000729

answers: the effective rotation rate

answers: NDQ_000730

answers: Coriolis force

answers: NDQ_000731

answers: Coriolis force

answers: NDQ_000732

answers: the Coriolis effect may indeed determine the direction of the vortex.

answers: NDQ_000733

answers: Northern and Southern Hemispheres

answers: NDQ_000734

answers: rotation rate of the Earth

answers: NDQ_000735

answers: faster than that of the water relative to its container,

answers: NDQ_000736

answers: Coriolis force

answers: NDQ_000737

answers: Coriolis force

answers: NDQ_000738

answers: toilets and bathtubs drain differently

answers: NDQ_000739

answers: still

answers: NDQ_000740

answers: the Coriolis force does still impact the direction of the flow of water,

answers: NDQ_000741

answers: vortex.

answers: NDQ_000742

answers: Coriolis force

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: the Coriolis force does still impact the direction of the flow of water,

answers: NDQ_000745

answers: Coriolis force does still impact the direction of the flow of water,

answers: NDQ_000746

answers: water

text: In 2011 the university, in collaboration with the provincial government purchased and modified a state of the art ocean vessel capable of launching 'deep sea submersibles' and conducting long range marine biology research expeditions. The 'floating laboratory' is undergoing upgrades and expansions currently and will be in service by late 2011.

text: In 2011 the university, in collaboration with the provincial government purchased and modified a state of the art ocean vessel capable of launching 'deep sea submersibles' and conducting long range marine biology research expeditions. The 'floating laboratory' is undergoing upgrades and expansions currently and will be in service by late 2011.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: deep sea

answers: NDQ_000707

answers: it is made of water.

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the last word in the passage?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices are true

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: state of the art ocean vessel

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: deep sea submersibles are not used for research.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: deep sea

answers: NDQ_000742

answers: can not be used to answer this question

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: submersibles

answers: NDQ_000746

answers: NDQ_000702

answers: ocean vessel

answers: NDQ_000704

answers: 'deep sea submersibles'

answers: NDQ_000706

answers: 'deep sea

answers: NDQ_000707

answers: ocean vessel

answers: NDQ_000710

answers: 'deep sea submersibles'

answers: NDQ_000715

answers: 2011.

answers: NDQ_000718

answers: 2011.

answers: NDQ_000720

answers: 2011.

answers: NDQ_000721

answers: 2011.

answers: NDQ_000722

answers: 'deep sea submersibles'

answers: NDQ_000723

answers: 2011.

answers: NDQ_000724

answers: 2011.

answers: NDQ_000725

answers: 2011.

answers: NDQ_000726

answers: 2011.

answers: NDQ_000727

answers: 'deep sea submersibles'

answers: NDQ_000728

answers: 'deep sea submersibles'

answers: NDQ_000729

answers: 2011.

answers: NDQ_000730

answers: 2011.

answers: NDQ_000731

answers: 2011.

answers: NDQ_000732

answers: 2011.

answers: NDQ_000733

answers: 2011.

answers: NDQ_000734

answers: ocean vessel

answers: NDQ_000735

answers: 2011.

answers: NDQ_000736

answers: 'deep sea submersibles'

answers: NDQ_000737

answers: 'deep sea submersibles'

answers: NDQ_000738

answers: 'deep sea submersibles'

answers: NDQ_000739

answers: 'deep sea submersibles'

answers: NDQ_000740

answers: 2011.

answers: NDQ_000741

answers: 'deep sea submersibles'

answers: NDQ_000742

answers: 2011.

answers: NDQ_000743

answers: 2011.

answers: NDQ_000744

answers: 'deep sea submersibles'

answers: NDQ_000745

answers: 'deep sea submersibles'

answers: NDQ_000746

answers: 2011.

text: On Sunday night, August 18, 1895, at 11:30 pm, Ocean Wave while en route from Ilwaco to Portland, ran into and sank a pleasure yacht with five people on board.  Two of the yacht’s occupants, John Weatherwax and Ed Wagner, were drowned.  The captain of Ocean Wave reported that the sailboat had no light showing and there was heavy smoke, presumably from the Ocean Wave, prevailing at the time.  On September 25, 1895, the case was investigated by the Steamboat Inspection Service and the officers of Ocean Wave were exonerated of all blame.

text: On Sunday night, August 18, 1895, at 11:30 pm, Ocean Wave while en route from Ilwaco to Portland, ran into and sank a pleasure yacht with five people on board.  Two of the yacht’s occupants, John Weatherwax and Ed Wagner, were drowned.  The captain of Ocean Wave reported that the sailboat had no light showing and there was heavy smoke, presumably from the Ocean Wave, prevailing at the time.  On September 25, 1895, the case was investigated by the Steamboat Inspection Service and the officers of Ocean Wave were exonerated of all blame.

answers: NDQ_000702

answers: Ocean Wave

answers: NDQ_000704

answers: What caused the sinking of the sailboat?

answers: NDQ_000706

answers: Portland

answers: NDQ_000707

answers: a boat is hit by it

answers: NDQ_000710

answers: The captain of Ocean Wave reported that there was heavy smoke, presumably from the Ocean Wave, prevailing at the time.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: How many people were on board the yacht?

answers: NDQ_000721

answers: Which of the following is not true?

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or high?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many people were on board the yacht when it ran into and sank?

answers: NDQ_000726

answers: It is not possible to tell

answers: NDQ_000727

answers: What is the difference between high and low tides

answers: NDQ_000728

answers: what is the first sign of a tsunami is coming

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which happened first, Ocean Wave ran into and sank a pleasure yacht with five people on board or the officers of Ocean Wave were exonerated of all blame?

answers: NDQ_000732

answers: Which happened first, Ocean Wave ran into and sank a pleasure yacht with five people on board or the captain of Ocean Wave reported that the sailboat had no light showing?

answers: NDQ_000733

answers: How many people were on board the yacht?

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: hight of the day

answers: NDQ_000737

answers: What body of water does the Gulf Stream flow through?

answers: NDQ_000738

answers: there was heavy smoke, presumably from the Ocean Wave

answers: NDQ_000739

answers: ashore

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Ocean Wave

answers: NDQ_000742

answers: NDQ_000743

answers: What was the cause of the boat sinking?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Ocean Wave

answers: NDQ_000746

answers: NDQ_000702

answers: Ocean Wave

answers: NDQ_000704

answers: heavy smoke,

answers: NDQ_000706

answers: Ilwaco

answers: NDQ_000707

answers: Ocean Wave

answers: NDQ_000710

answers: heavy smoke,

answers: NDQ_000715

answers: Ocean Wave

answers: NDQ_000718

answers: Ocean Wave

answers: NDQ_000720

answers: Ocean Wave

answers: NDQ_000721

answers: the officers of Ocean Wave were exonerated of all blame.

answers: NDQ_000722

answers: Ocean Wave

answers: NDQ_000723

answers: Ocean Wave

answers: NDQ_000724

answers: Ocean Wave

answers: NDQ_000725

answers: Sunday night, August 18, 1895,

answers: NDQ_000726

answers: Ocean Wave

answers: NDQ_000727

answers: August 18, 1895,

answers: NDQ_000728

answers: heavy smoke,

answers: NDQ_000729

answers: the officers of Ocean Wave were exonerated of all blame.

answers: NDQ_000730

answers: the officers of Ocean Wave were exonerated of all blame.

answers: NDQ_000731

answers: light showing

answers: NDQ_000732

answers: the officers of Ocean Wave were exonerated of all blame.

answers: NDQ_000733

answers: August 18, 1895,

answers: NDQ_000734

answers: Ocean Wave

answers: NDQ_000735

answers: light showing

answers: NDQ_000736

answers: heavy smoke,

answers: NDQ_000737

answers: sailboat

answers: NDQ_000738

answers: heavy smoke, presumably from the Ocean Wave,

answers: NDQ_000739

answers: Ocean Wave while en route from Ilwaco

answers: NDQ_000740

answers: August 18, 1895,

answers: NDQ_000741

answers: Ocean Wave

answers: NDQ_000742

answers: 11:30 pm,

answers: NDQ_000743

answers: smoke,

answers: NDQ_000744

answers: night, August 18, 1895,

answers: NDQ_000745

answers: Ocean Wave

answers: NDQ_000746

answers: five

text: The carbon exchange between atmospheric  and carbonate at the ocean surface is also subject to fractionation, with  in the atmosphere more likely than  to dissolve in the ocean. The result is an overall increase in the / ratio in the ocean of 1.5%, relative to the / ratio in the atmosphere. This increase in  concentration almost exactly cancels out the decrease caused by the upwelling of water (containing old, and hence  depleted, carbon) from the deep ocean, so that direct measurements of  radiation are similar to measurements for the rest of the biosphere. Correcting for isotopic fractionation, as is done for all radiocarbon dates to allow comparison between results from different parts of the biosphere, gives an apparent age of about 400 years for ocean surface water.

text: The carbon exchange between atmospheric  and carbonate at the ocean surface is also subject to fractionation, with  in the atmosphere more likely than  to dissolve in the ocean. The result is an overall increase in the / ratio in the ocean of 1.5%, relative to the / ratio in the atmosphere. This increase in  concentration almost exactly cancels out the decrease caused by the upwelling of water (containing old, and hence  depleted, carbon) from the deep ocean, so that direct measurements of  radiation are similar to measurements for the rest of the biosphere. Correcting for isotopic fractionation, as is done for all radiocarbon dates to allow comparison between results from different parts of the biosphere, gives an apparent age of about 400 years for ocean surface water.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: How do ocean surface currents affect the ocean?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: water from the deep ocean

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean surface water

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: / ratio in the atmosphere

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: direct measurements of radiation are similar to measurements for the rest of the biosphere

answers: NDQ_000739

answers: depleted

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: radiation

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: ratio

answers: NDQ_000702

answers: upwelling of water

answers: NDQ_000704

answers: ocean surface water.

answers: NDQ_000706

answers: deep ocean,

answers: NDQ_000707

answers: upwelling of water

answers: NDQ_000710

answers: decrease

answers: NDQ_000715

answers: / ratio in the ocean of 1.5%,

answers: NDQ_000718

answers: 1.5%,

answers: NDQ_000720

answers: 1.5%,

answers: NDQ_000721

answers: upwelling of water

answers: NDQ_000722

answers: deep ocean,

answers: NDQ_000723

answers: 1.5%,

answers: NDQ_000724

answers: The

answers: NDQ_000725

answers: 400 years for ocean surface water.

answers: NDQ_000726

answers: The carbon

answers: NDQ_000727

answers: 1.5%,

answers: NDQ_000728

answers: upwelling of water

answers: NDQ_000729

answers: 1.5%,

answers: NDQ_000730

answers: upwelling of water

answers: NDQ_000731

answers: 400 years

answers: NDQ_000732

answers: 1.5%,

answers: NDQ_000733

answers: 400 years

answers: NDQ_000734

answers: upwelling of water

answers: NDQ_000735

answers: 1.5%,

answers: NDQ_000736

answers: 1.5%,

answers: NDQ_000737

answers: deep ocean,

answers: NDQ_000738

answers: 400 years

answers: NDQ_000739

answers: upwelling

answers: NDQ_000740

answers: 1.5%,

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: upwelling of water

answers: NDQ_000743

answers: radiation

answers: NDQ_000744

answers: upwelling of water

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: / ratio

text: A new task is the operation of the DART (Deep-ocean Assessment and Reporting of Tsunamis) buoys.  DART is a fleet of tsunami detecting buoys.

text: A new task is the operation of the DART (

text: Deep-ocean Assessment and Reporting of Tsunamis

text: ) buoys.  DART is a fleet of tsunami detecting buoys.

answers: NDQ_000702

answers: tsunamis

answers: NDQ_000704

answers: Which of the following is not a type of surface current?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: DART detects a tsunami.

answers: NDQ_000710

answers: DART buoys closer to the ocean surface.

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and trough?

answers: NDQ_000720

answers: Which of the following is not a type of tsunami?

answers: NDQ_000721

answers: Which of the following is not a cause of tides?

answers: NDQ_000722

answers: DART buoys detect tsunamis.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: Which of the following is not a type of buoy?

answers: NDQ_000726

answers: Which of the following is an example of a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: Which of the following is not a tsunami detecting buoy?

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: Which of the following is not a cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring, summer, or autumn?

answers: NDQ_000732

answers: Which of the following is not an example of the Coriolis effect?

answers: NDQ_000733

answers: DART buoy

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: buoys detect tsunamis.

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Upwelling is a natural process that occurs in the ocean.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: NDQ_000744

answers: tidal

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: Tsunamis)

answers: NDQ_000704

answers: DART (Deep-ocean

answers: NDQ_000706

answers: (Deep-ocean

answers: NDQ_000707

answers: Tsunamis)

answers: NDQ_000710

answers: DART (Deep-ocean

answers: NDQ_000715

answers: DART

answers: NDQ_000718

answers: (Deep-ocean

answers: NDQ_000720

answers: Tsunamis)

answers: NDQ_000721

answers: DART (Deep-ocean

answers: NDQ_000722

answers: DART

answers: NDQ_000723

answers: DART

answers: NDQ_000724

answers: Tsunamis)

answers: NDQ_000725

answers: DART

answers: NDQ_000726

answers: new

answers: NDQ_000727

answers: A new task is the operation of the DART

answers: NDQ_000728

answers: DART is a fleet of tsunami detecting buoys.

answers: NDQ_000729

answers: DART

answers: NDQ_000730

answers: DART

answers: NDQ_000731

answers: DART

answers: NDQ_000732

answers: DART

answers: NDQ_000733

answers: DART (Deep-ocean

answers: NDQ_000734

answers: (Deep-ocean

answers: NDQ_000735

answers: DART

answers: NDQ_000736

answers: DART

answers: NDQ_000737

answers: (Deep-ocean

answers: NDQ_000738

answers: tsunami detecting buoys.

answers: NDQ_000739

answers: (Deep-ocean

answers: NDQ_000740

answers: Tsunamis)

answers: NDQ_000741

answers: Tsunamis)

answers: NDQ_000742

answers: DART

answers: NDQ_000743

answers: A new task is the operation of the DART

answers: NDQ_000744

answers: Tsunamis)

answers: NDQ_000745

answers: Tsunamis)

answers: NDQ_000746

answers: DART

text: The Benguela Current  is the broad, northward flowing ocean current that forms the eastern portion of the South Atlantic Ocean gyre. The current extends from roughly Cape Point in the south, to the position of the Angola-Benguela front in the north, at around 16°S. The current is driven by the prevailing south easterly trade winds. Inshore of the Benguela Current proper, the south easterly winds drive coastal upwelling, forming the Benguela Upwelling System. The cold, nutrient rich waters that upwell from around 200–300 m depth in turn fuel high rates of phytoplankton growth, and sustain the productive Benguela ecosystem.

text: The Benguela Current  is the broad, northward flowing

text: ocean current

text: that forms the eastern portion of the South Atlantic

text: Ocean gyre

text: . The current extends from roughly

text: Cape Point

text: in the south, to the position of the

text: Angola

text: Benguela

text: front in the north, at around 16°S. The current is driven by the prevailing south easterly trade winds. Inshore of the Benguela Current proper, the south easterly winds drive

text: coastal upwelling

text: , forming the Benguela Upwelling System. The cold, nutrient rich waters that upwell from around 200–300 m depth in turn fuel high rates of phytoplankton growth, and sustain the productive Benguela ecosystem.

answers: NDQ_000702

answers: south easterly winds

answers: NDQ_000704

answers: Which of the following is not a type of ocean current: Benguela Current or Angola-Benguela Front?

answers: NDQ_000706

answers: South Atlantic Ocean

answers: NDQ_000707

answers: trade winds are blowing

answers: NDQ_000710

answers: cold, nutrient rich waters

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day does the Benguela Upwelling System occur?

answers: NDQ_000726

answers: What is the Benguela Upwelling System?

answers: NDQ_000727

answers: What is the tidal range?

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: How is the Coriolis effect caused?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Benguela

answers: NDQ_000734

answers: south easterly winds

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Benguela Upwelling System

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: nutrient rich waters that upwell from around 200–300 m depth in turn fuel high rates of phytoplankton growth

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Benguela Current

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: south easterly trade winds.

answers: NDQ_000704

answers: south easterly trade winds.

answers: NDQ_000706

answers: Inshore of the Benguela Current

answers: NDQ_000707

answers: south easterly trade winds.

answers: NDQ_000710

answers: The cold, nutrient rich waters

answers: NDQ_000715

answers: The Benguela Current

answers: NDQ_000718

answers: 16°S.

answers: NDQ_000720

answers: The Benguela Current

answers: NDQ_000721

answers: prevailing south easterly trade winds.

answers: NDQ_000722

answers: 200–300 m depth

answers: NDQ_000723

answers: The Benguela Current

answers: NDQ_000724

answers: south easterly trade winds.

answers: NDQ_000725

answers: Benguela Upwelling System.

answers: NDQ_000726

answers: winds.

answers: NDQ_000727

answers: The Benguela Current

answers: NDQ_000728

answers: The Benguela Current

answers: NDQ_000729

answers: south easterly trade winds.

answers: NDQ_000730

answers: south easterly trade winds.

answers: NDQ_000731

answers: The Benguela Current

answers: NDQ_000732

answers: south easterly trade winds.

answers: NDQ_000733

answers: South Atlantic Ocean gyre.

answers: NDQ_000734

answers: south easterly trade winds.

answers: NDQ_000735

answers: 16°S.

answers: NDQ_000736

answers: Benguela Upwelling System.

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: 200–300 m depth

answers: NDQ_000739

answers: 200–300 m depth

answers: NDQ_000740

answers: 200–300 m depth

answers: NDQ_000741

answers: The Benguela Current

answers: NDQ_000742

answers: The Benguela Current

answers: NDQ_000743

answers: phytoplankton growth,

answers: NDQ_000744

answers: The Benguela Current

answers: NDQ_000745

answers: upwelling,

answers: NDQ_000746

answers: 200–300

text: Waves are described by a wave equation which sets out how the disturbance proceeds over time. The mathematical form of this equation varies depending on the type of wave. Further, the behavior of particles in quantum mechanics are described by waves. In addition, gravitational waves also travel through space, which are a result of a vibration or movement in gravitational fields.

text: Waves are described by a

text: wave equation

text: which sets out how the disturbance proceeds over time. The mathematical form of this equation varies depending on the type of wave. Further, the behavior of particles in

text: quantum mechanics

text: are described by waves. In addition,

text: gravitational waves

text: also travel through space, which are a result of a vibration or movement in gravitational fields.

answers: NDQ_000702

answers: gravitational fields

answers: NDQ_000704

answers: are a result of what?

answers: NDQ_000706

answers: in the ocean

answers: NDQ_000707

answers: gravitational fields are not strong enough

answers: NDQ_000710

answers: gravitational waves

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not a type of wave?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: iii.

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: gravitational fields

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: wave equation

answers: NDQ_000737

answers: wave

answers: NDQ_000738

answers: gravitational waves travel through space

answers: NDQ_000739

answers: surrounded by waves

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: NDQ_000743

answers: gravitational waves

answers: NDQ_000744

answers: NDQ_000745

answers: gravitational

answers: NDQ_000746

answers: NDQ_000702

answers: Waves are described by a wave equation

answers: NDQ_000704

answers: Waves

answers: NDQ_000706

answers: Waves

answers: NDQ_000707

answers: vibration or movement in gravitational fields.

answers: NDQ_000710

answers: Waves

answers: NDQ_000715

answers: Waves

answers: NDQ_000718

answers: Waves

answers: NDQ_000720

answers: Waves

answers: NDQ_000721

answers: Waves

answers: NDQ_000722

answers: Waves

answers: NDQ_000723

answers: Waves are described by a wave equation

answers: NDQ_000724

answers: Waves

answers: NDQ_000725

answers: Waves

answers: NDQ_000726

answers: wave equation

answers: NDQ_000727

answers: wave equation

answers: NDQ_000728

answers: Waves are described by a wave equation

answers: NDQ_000729

answers: Waves are described by a wave equation

answers: NDQ_000730

answers: gravitational waves

answers: NDQ_000731

answers: Waves are described by a wave equation

answers: NDQ_000732

answers: Waves are described by a wave equation

answers: NDQ_000733

answers: Waves

answers: NDQ_000734

answers: a vibration or movement in gravitational fields.

answers: NDQ_000735

answers: Waves are described by a wave equation

answers: NDQ_000736

answers: wave equation

answers: NDQ_000737

answers: Waves

answers: NDQ_000738

answers: Waves

answers: NDQ_000739

answers: Waves

answers: NDQ_000740

answers: Waves are described by a wave equation

answers: NDQ_000741

answers: Waves

answers: NDQ_000742

answers: Waves are described by a wave equation

answers: NDQ_000743

answers: vibration or movement in gravitational fields.

answers: NDQ_000744

answers: Waves

answers: NDQ_000745

answers: gravitational waves

answers: NDQ_000746

answers: gravitational waves

text: An ocean  (, the sea of classical antiquity) is a body of saline water that composes much of a planet's hydrosphere. On Earth, an ocean is one of the major conventional divisions of the World Ocean, which covers almost 71% of its surface. These are, in descending order by area, the Pacific, Atlantic, Indian, Southern (Antarctic), and Arctic Oceans. The word sea is often used interchangeably with "ocean" in American English but, strictly speaking, a sea is a body of saline water (generally a division of the world ocean) partly or fully enclosed by land.

text: An ocean  (, the

text: sea

text: of

text: classical antiquity

text: ) is a body of

text: saline water

text: that composes much of a

text: planet

text: 's

text: hydrosphere

text: . On

text: Earth

text: , an ocean is one of the major conventional divisions of the

text: World Ocean

text: , which covers almost 71% of its surface. These are, in descending order by area, the

text: Pacific

text: Atlantic

text: Indian

text: Southern

text: (Antarctic), and

text: Arctic

text: Oceans. The word

text: sea

text: is often used interchangeably with "ocean" in

text: American English

text: but, strictly speaking, a sea is a body of saline water (generally a division of the world ocean) partly or fully enclosed by land.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: Which of the following is not an ocean: Pacific, Atlantic, Indian, Southern (Antarctic), or Arctic?

answers: NDQ_000706

answers: Pacific

answers: NDQ_000707

answers: ocean water is too cold

answers: NDQ_000710

answers: saline water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Atlantic

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a source of waves: winds, oceans, or land?

answers: NDQ_000725

answers: How many days do Tides cause water levels to rise and fall?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the word sea is often used interchangeably with "ocean" in American English

answers: NDQ_000739

answers: saline

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: hydrosphere

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: hydrosphere

answers: NDQ_000746

answers: area

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: ocean is one of the major conventional divisions of the World Ocean,

answers: NDQ_000706

answers: Southern (Antarctic),

answers: NDQ_000707

answers: saline water

answers: NDQ_000710

answers: saline water

answers: NDQ_000715

answers: ocean

answers: NDQ_000718

answers: An ocean (, the sea of classical antiquity)

answers: NDQ_000720

answers: ocean

answers: NDQ_000721

answers: ocean

answers: NDQ_000722

answers: ocean

answers: NDQ_000723

answers: ocean

answers: NDQ_000724

answers: ocean

answers: NDQ_000725

answers: ocean

answers: NDQ_000726

answers: ocean

answers: NDQ_000727

answers: ocean

answers: NDQ_000728

answers: ocean

answers: NDQ_000729

answers: An ocean

answers: NDQ_000730

answers: An ocean

answers: NDQ_000731

answers: An ocean (, the sea of classical antiquity)

answers: NDQ_000732

answers: ocean

answers: NDQ_000733

answers: Earth,

answers: NDQ_000734

answers: saline water

answers: NDQ_000735

answers: ocean (, the sea of classical antiquity)

answers: NDQ_000736

answers: Indian, Southern (Antarctic), and Arctic Oceans.

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: An ocean

answers: NDQ_000739

answers: land.

answers: NDQ_000740

answers: saline water

answers: NDQ_000741

answers: hydrosphere.

answers: NDQ_000742

answers: ocean (, the sea of classical antiquity)

answers: NDQ_000743

answers: hydrosphere.

answers: NDQ_000744

answers: ocean

answers: NDQ_000745

answers: hydrosphere.

answers: NDQ_000746

answers: 71% of its surface. These are, in descending order by area,

text: PMEL/NCTR developed and holds the patent on the Deep-ocean Assessment and Reporting of Tsunamis DART® tsunami detection buoy that forms the backbone of the global tsunami detection network. Operational support for the DART® buoys has been transitioned to NDBC.

text: PMEL/NCTR developed and holds the patent on the

text: Deep-ocean Assessment and Reporting of Tsunamis

text: DART® tsunami detection buoy that forms the backbone of the global tsunami detection network. Operational support for the DART® buoys has been transitioned to

text: NDBC

answers: NDQ_000702

answers: tsunamis

answers: NDQ_000704

answers: Which of the following is not a source of tsunamis: deep-ocean Assessment and Reporting of Tsunamis, surface currents, or tsunamis?

answers: NDQ_000706

answers: Deep

answers: NDQ_000707

answers: DART® buoys detect tsunamis.

answers: NDQ_000710

answers: DART® buoys to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How often do tidal waves occur?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: DART® tsunami detection buoy

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean.

answers: NDQ_000733

answers: Earth Day

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: DART® buoys

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling does not occur in the ocean

answers: NDQ_000739

answers: Deep

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: Tsunamis

answers: NDQ_000704

answers: Deep-ocean

answers: NDQ_000706

answers: Deep-ocean

answers: NDQ_000707

answers: Deep-ocean

answers: NDQ_000710

answers: Deep-ocean

answers: NDQ_000715

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000718

answers: Deep-ocean

answers: NDQ_000720

answers: Tsunamis

answers: NDQ_000721

answers: Deep-ocean

answers: NDQ_000722

answers: Deep-ocean

answers: NDQ_000723

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000724

answers: Tsunamis

answers: NDQ_000725

answers: DART® buoys has been transitioned to NDBC.

answers: NDQ_000726

answers: DART® buoys has been transitioned to NDBC.

answers: NDQ_000727

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000728

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000729

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000730

answers: Deep-ocean

answers: NDQ_000731

answers: DART® buoys has been transitioned to NDBC.

answers: NDQ_000732

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000733

answers: Deep-ocean

answers: NDQ_000734

answers: Tsunamis

answers: NDQ_000735

answers: DART® buoys has been transitioned to NDBC.

answers: NDQ_000736

answers: Deep-ocean

answers: NDQ_000737

answers: Deep-ocean

answers: NDQ_000738

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000739

answers: Deep-ocean

answers: NDQ_000740

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000741

answers: Tsunamis

answers: NDQ_000742

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000743

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000744

answers: Tsunamis

answers: NDQ_000745

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000746

answers: Deep-ocean Assessment and Reporting of Tsunamis

text: Only about 2% of known marine species inhabit the pelagic environment. This means that they live in the water column as opposed to the benthic organisms that live in or on the sea floor. Deep-sea organisms generally inhabit bathypelagic (1000–4000m deep) and abyssopelagic (4000–6000m deep) zones. However, characteristics of deep-sea organisms, such as bioluminescence can be seen in the mesopelagic (200–1000m deep) zone as well. The mesopelagic zone is the disphotic zone, meaning light there is minimal but still measurable. The oxygen minimum layer exists somewhere between a depth of 700m and 1000m deep depending on the place in the ocean. This area is also where nutrients are most abundant. The bathypelagic and abyssopelagic zones are aphotic, meaning that no light penetrates this area of the ocean. These zones make up about 75% of the inhabitable ocean space.

text: Only about 2% of known marine species inhabit the

text: pelagic

text: environment. This means that they live in the

text: water column

text: as opposed to the

text: benthic

text: organisms that live in or on the sea floor. Deep-sea organisms generally inhabit

text: bathypelagic

text: (1000–4000m deep) and

text: abyssopelagic

text: (4000–6000m deep) zones. However, characteristics of deep-sea organisms, such as

text: bioluminescence

text: can be seen in the

text: mesopelagic

text: (200–1000m deep) zone as well. The mesopelagic zone is the disphotic zone, meaning light there is minimal but still measurable. The oxygen minimum layer exists somewhere between a depth of 700m and 1000m deep depending on the place in the ocean. This area is also where nutrients are most abundant. The

text: bathypelagic

text: and

text: abyssopelagic

text: zones are

text: aphotic

text: , meaning that no light penetrates this area of the ocean. These zones make up about 75% of the inhabitable ocean space.

answers: NDQ_000702

answers: ocean floor

answers: NDQ_000704

answers: What do deep-sea organisms live in?

answers: NDQ_000706

answers: pelagic

answers: NDQ_000707

answers: light is not able to penetrate it.

answers: NDQ_000710

answers: oxygen to the surface of the ocean.

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: mesopelagic

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: How many meters deep is the oxygen minimum layer?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: deep-sea organisms

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: disphotic zone

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the oxygen minimum layer exists somewhere between a depth of 700m and 1000m deep

answers: NDQ_000739

answers: shallower

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: pelagic

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: bioluminescence

answers: NDQ_000744

answers: a full moon

answers: NDQ_000745

answers: mesopelagic

answers: NDQ_000746

answers: m

answers: NDQ_000702

answers: benthic organisms

answers: NDQ_000704

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000706

answers: pelagic

answers: NDQ_000707

answers: no light

answers: NDQ_000710

answers: nutrients are most abundant.

answers: NDQ_000715

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000718

answers: Only about 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000720

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000721

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000722

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000723

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000724

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000725

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000726

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000727

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000728

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000729

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000730

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000731

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000732

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000733

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000734

answers: benthic organisms

answers: NDQ_000735

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000736

answers: disphotic zone,

answers: NDQ_000737

answers: pelagic environment.

answers: NDQ_000738

answers: no light

answers: NDQ_000739

answers: pelagic environment.

answers: NDQ_000740

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000741

answers: water column

answers: NDQ_000742

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000743

answers: bioluminescence

answers: NDQ_000744

answers: Only about 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000745

answers: 2% of known marine species inhabit the pelagic environment.

answers: NDQ_000746

answers: 2%

text: Kristan Poirot, author of Mediating a Movement, Authorizing Discourse, says that the release of Millett's Sexual Politics (1970) was a pivotal event in the second wave of the feminist movement. Although there were other important moments in the movement, like the founding of the National Organization for Women and release of The Feminine Mystique by Betty Friedan, it was in 1970 that the media gave greater attention to the feminist movement, first with a front page article in The New York Times and coverage on the three network's news programs about the Women's Strike for Equality event that summer. Millett used psychology, anthropology, the sexual revolution, and literary criticism to explain her theory of sexual politics, which is that western societies have been driven by a belief that men are superior to women. According to Poirot, the book, which received widespread media coverage, "was considered to be the first book-length exposition of second wave radical feminist theory." Published accounts of Millett's lesbianism played a part in the fracture in the feminist movement over lesbians' role within the movement and reduced her effectiveness as a women's rights activist.

text: Kristan Poirot, author of Mediating a Movement, Authorizing Discourse, says that the release of Millett's Sexual Politics (1970) was a pivotal event in the second wave of the feminist movement. Although there were other important moments in the movement, like the founding of the

text: National Organization for Women

text: and release of

text: The Feminine Mystique

text: by

text: Betty Friedan

text: , it was in 1970 that the media gave greater attention to the feminist movement, first with a front page article in

text: The New York Times

text: and coverage on the three network's news programs about the

text: Women's Strike for Equality

text: event that summer. Millett used psychology, anthropology, the

text: sexual revolution

text: , and literary criticism to explain her theory of sexual politics, which is that western societies have been driven by a belief that men are superior to women. According to Poirot, the book, which received widespread media coverage, "was considered to be the first book-length exposition of second wave radical feminist theory." Published accounts of Millett's lesbianism played a part in the fracture in the feminist movement over lesbians' role within the movement and reduced her effectiveness as a women's rights activist.

answers: NDQ_000702

answers: belief that men are superior to women

answers: NDQ_000704

answers: What did Millett use to explain her theory of sexual politics?

answers: NDQ_000706

answers: near the coast

answers: NDQ_000707

answers: What is the last word in the passage?

answers: NDQ_000710

answers: The Feminine Mystique?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: What is the opposite of crest?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: How many days did the Women's Strike for Equality event last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: summer

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Women's Strike for Equality event that summer?

answers: NDQ_000737

answers: unanswerable

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: no

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: a belief that men are superior to women.

answers: NDQ_000704

answers: western societies have been driven by a belief that men are superior to women.

answers: NDQ_000706

answers: second wave of the feminist movement.

answers: NDQ_000707

answers: Published accounts of Millett's lesbianism

answers: NDQ_000710

answers: Women's Strike for Equality

answers: NDQ_000715

answers: second wave of the feminist movement.

answers: NDQ_000718

answers: second wave of the feminist movement.

answers: NDQ_000720

answers: the release of Millett's Sexual Politics

answers: NDQ_000721

answers: Sexual Politics

answers: NDQ_000722

answers: second wave of the feminist movement.

answers: NDQ_000723

answers: second wave of the feminist movement.

answers: NDQ_000724

answers: second wave of the feminist movement.

answers: NDQ_000725

answers: Millett's Sexual Politics

answers: NDQ_000726

answers: second wave of the feminist movement.

answers: NDQ_000727

answers: Millett's Sexual Politics

answers: NDQ_000728

answers: the release of Millett's Sexual Politics

answers: NDQ_000729

answers: Women's Strike for Equality

answers: NDQ_000730

answers: Sexual Politics

answers: NDQ_000731

answers: the release of Millett's Sexual Politics

answers: NDQ_000732

answers: Women's Strike for Equality

answers: NDQ_000733

answers: Women's Strike for Equality

answers: NDQ_000734

answers: a belief that men are superior to women.

answers: NDQ_000735

answers: Women's Strike for Equality

answers: NDQ_000736

answers: Women's Strike for Equality

answers: NDQ_000737

answers: second wave of the feminist movement.

answers: NDQ_000738

answers: the release of Millett's Sexual Politics

answers: NDQ_000739

answers: second wave of the feminist movement.

answers: NDQ_000740

answers: Millett's Sexual Politics

answers: NDQ_000741

answers: second wave of the feminist movement.

answers: NDQ_000742

answers: Women's Strike for Equality

answers: NDQ_000743

answers: psychology, anthropology, the sexual revolution,

answers: NDQ_000744

answers: second wave of the feminist movement.

answers: NDQ_000745

answers: second wave of the feminist movement.

answers: NDQ_000746

answers: Millett's Sexual Politics

text: Michael Gerber – Ocean State Waves – Creighton

text: Michael Gerber – Ocean State Waves – Creighton

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: Creighton

answers: NDQ_000707

answers: Michael Gerber is in the water

answers: NDQ_000710

answers: Michael Gerber to Creighton

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: The biggest ocean waves occur with hurricanes.

answers: NDQ_000721

answers: Michael Gerber

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How would you describe Michael Gerber?

answers: NDQ_000726

answers: Michael Gerber – Ocean State Waves – Creighton

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: Michael Gerber

answers: NDQ_000729

answers: What is Michael Gerber's occupation?

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides

answers: NDQ_000731

answers: Michael Gerber

answers: NDQ_000732

answers: Michael Gerber

answers: NDQ_000733

answers: Creighton

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Ocean State Waves beat Creighton

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Upwelling is a natural process that occurs in the ocean.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: can not be determined

answers: NDQ_000741

answers: Waves

answers: NDQ_000742

answers: is a tide

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: a full moon

answers: NDQ_000745

answers: ocean state waves

answers: NDQ_000746

answers: Michael Gerber – ocean state waves

answers: NDQ_000702

answers: Ocean State Waves

answers: NDQ_000704

answers: Ocean State Waves

answers: NDQ_000706

answers: Creighton

answers: NDQ_000707

answers: Michael Gerber – Ocean State Waves

answers: NDQ_000710

answers: Ocean State Waves

answers: NDQ_000715

answers: Ocean State Waves – Creighton

answers: NDQ_000718

answers: Ocean State Waves – Creighton

answers: NDQ_000720

answers: Ocean State Waves – Creighton

answers: NDQ_000721

answers: Ocean State Waves – Creighton

answers: NDQ_000722

answers: Ocean State Waves – Creighton

answers: NDQ_000723

answers: Ocean State Waves – Creighton

answers: NDQ_000724

answers: Ocean State Waves – Creighton

answers: NDQ_000725

answers: Ocean State Waves – Creighton

answers: NDQ_000726

answers: Ocean State Waves

answers: NDQ_000727

answers: Ocean State Waves – Creighton

answers: NDQ_000728

answers: Ocean State Waves

answers: NDQ_000729

answers: Michael Gerber – Ocean State Waves – Creighton

answers: NDQ_000730

answers: Ocean State Waves – Creighton

answers: NDQ_000731

answers: Michael Gerber – Ocean State Waves – Creighton

answers: NDQ_000732

answers: Michael Gerber – Ocean State Waves – Creighton

answers: NDQ_000733

answers: Ocean State Waves – Creighton

answers: NDQ_000734

answers: Ocean State Waves

answers: NDQ_000735

answers: Ocean State Waves – Creighton

answers: NDQ_000736

answers: Ocean State Waves

answers: NDQ_000737

answers: Ocean State Waves

answers: NDQ_000738

answers: Ocean State Waves

answers: NDQ_000739

answers: Ocean State Waves

answers: NDQ_000740

answers: Ocean State Waves

answers: NDQ_000741

answers: Ocean State Waves

answers: NDQ_000742

answers: Ocean State Waves

answers: NDQ_000743

answers: Michael Gerber – Ocean State Waves – Creighton

answers: NDQ_000744

answers: Ocean State Waves

answers: NDQ_000745

answers: Ocean State Waves

answers: NDQ_000746

answers: Michael Gerber – Ocean State Waves

text: A number of species cause red tides, including Karenia brevis off the coast of Florida and Karenia mikimotoi which was first described in Japan, but is now found in the Atlantic ocean as well, probably spread by ballast water.

text: A number of species cause

text: red tide

text: s, including

text: Karenia brevis

text: off the coast of

text: Florida

text: and

text: Karenia mikimotoi

text: which was first described in Japan, but is now found in the

text: Atlantic ocean

text: as well, probably spread by

text: ballast water

answers: NDQ_000702

answers: ballast water

answers: NDQ_000704

answers: What causes red tides?

answers: NDQ_000706

answers: Atlantic

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: red tides

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: b).

answers: NDQ_000723

answers: unanswerable

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: no

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: (iii).

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic ocean

answers: NDQ_000734

answers: ballast water

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Atlantic ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling does not cause red tides

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: red tide

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: red tide

answers: NDQ_000745

answers: red tides

answers: NDQ_000746

answers: NDQ_000702

answers: ballast water.

answers: NDQ_000704

answers: ballast water.

answers: NDQ_000706

answers: Atlantic

answers: NDQ_000707

answers: ballast water.

answers: NDQ_000710

answers: ballast water.

answers: NDQ_000715

answers: ballast water.

answers: NDQ_000718

answers: ballast water.

answers: NDQ_000720

answers: red tides,

answers: NDQ_000721

answers: A number of species cause red tides,

answers: NDQ_000722

answers: red tides,

answers: NDQ_000723

answers: red tides,

answers: NDQ_000724

answers: A number of species cause red tides,

answers: NDQ_000725

answers: red tides,

answers: NDQ_000726

answers: ballast water.

answers: NDQ_000727

answers: red tides,

answers: NDQ_000728

answers: red tides,

answers: NDQ_000729

answers: red tides,

answers: NDQ_000730

answers: red tides,

answers: NDQ_000731

answers: red tides,

answers: NDQ_000732

answers: red tides,

answers: NDQ_000733

answers: Atlantic ocean

answers: NDQ_000734

answers: ballast water.

answers: NDQ_000735

answers: red tides,

answers: NDQ_000736

answers: red tides,

answers: NDQ_000737

answers: Atlantic ocean

answers: NDQ_000738

answers: ballast water.

answers: NDQ_000739

answers: ballast

answers: NDQ_000740

answers: red tides,

answers: NDQ_000741

answers: tides,

answers: NDQ_000742

answers: red tides,

answers: NDQ_000743

answers: ballast water.

answers: NDQ_000744

answers: red tides,

answers: NDQ_000745

answers: ballast water.

answers: NDQ_000746

answers: ballast water.

text: In 2005, he was named Foreign Correspondent of the Year in the UK's What The Papers Say Awards for his coverage of the Indian ocean tsunami and his interview with Tsutomu Yamaguchi, survivor of the atomic bombings of Hiroshima and Nagasaki

text: In 2005, he was named Foreign Correspondent of the Year in the UK's

text: What The Papers Say

text: Awards for his coverage of the Indian ocean

text: tsunami

text: and his interview with

text: Tsutomu Yamaguchi

text: , survivor of the atomic bombings of

text: Hiroshima

text: and

text: Nagasaki

answers: NDQ_000702

answers: Indian ocean tsunami

answers: NDQ_000704

answers: What causes tsunamis?

answers: NDQ_000706

answers: Indian

answers: NDQ_000707

answers: Tsutomu Yamaguchi is a survivor

answers: NDQ_000710

answers: Tsutomu Yamaguchi

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: what is the second to last word in the passage?

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or tsunami?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: None of the above choices .

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: c).

answers: NDQ_000729

answers: It is caused by Earths rotation.

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Tsutomu Yamaguchi

answers: NDQ_000733

answers: Indian ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Indian ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: atomic bombs did not cause tsunamis

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: Indian Ocean tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: Indian ocean tsunami

answers: NDQ_000704

answers: Indian ocean tsunami

answers: NDQ_000706

answers: Indian ocean

answers: NDQ_000707

answers: tsunami

answers: NDQ_000710

answers: Indian ocean tsunami

answers: NDQ_000715

answers: Indian ocean tsunami

answers: NDQ_000718

answers: Tsutomu Yamaguchi,

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: Tsutomu Yamaguchi,

answers: NDQ_000722

answers: Indian ocean tsunami

answers: NDQ_000723

answers: Indian ocean tsunami

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: Tsutomu Yamaguchi,

answers: NDQ_000726

answers: Indian ocean tsunami

answers: NDQ_000727

answers: Indian ocean tsunami

answers: NDQ_000728

answers: Indian ocean tsunami

answers: NDQ_000729

answers: Indian ocean tsunami

answers: NDQ_000730

answers: Indian ocean tsunami

answers: NDQ_000731

answers: Tsutomu Yamaguchi,

answers: NDQ_000732

answers: Tsutomu Yamaguchi,

answers: NDQ_000733

answers: Indian ocean tsunami

answers: NDQ_000734

answers: Indian ocean tsunami

answers: NDQ_000735

answers: UK's What The Papers Say Awards

answers: NDQ_000736

answers: Indian ocean tsunami

answers: NDQ_000737

answers: Indian ocean

answers: NDQ_000738

answers: atomic bombings of Hiroshima and Nagasaki

answers: NDQ_000739

answers: Indian ocean tsunami

answers: NDQ_000740

answers: Indian ocean tsunami

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: Indian ocean tsunami

answers: NDQ_000743

answers: atomic bombings of Hiroshima and Nagasaki

answers: NDQ_000744

answers: Indian ocean tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: atomic bombings of Hiroshima and Nagasaki

text: A tsunami, also known as a seismic sea wave, is a series of water waves caused by the displacement of a large volume of a body of water, generally an ocean or a large lake. Earthquakes, volcanic eruptions and other underwater explosions (including detonations of underwater nuclear devices), landslides, glacier calvings, meteorite impacts and other disturbances above or below water all have the potential to generate a tsunami.

text: A tsunami, also known as a seismic sea wave, is a series of water waves caused by the displacement of a large volume of a body of water, generally an ocean or a

text: large lake

text: Earthquake

text: s,

text: volcanic eruption

text: s and other

text: underwater explosion

text: s (including detonations of underwater

text: nuclear device

text: s), landslides,

text: glacier calvings

text: meteorite impacts

text: and other disturbances above or below water all have the potential to generate a tsunami.

answers: NDQ_000702

answers: Earthquakes

answers: NDQ_000704

answers: Which of the following is not a cause of a tsunami: volcanic eruptions, glacier calvings, meteorite impacts or earthquakes?

answers: NDQ_000706

answers: below water

answers: NDQ_000707

answers: a large volume of water is displaced

answers: NDQ_000710

answers: landslides

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: No

answers: NDQ_000725

answers: How many times a day do Tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: Earthquakes

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: potential to generate a tsunami

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: volcanic eruptions and other underwater explosions

answers: NDQ_000739

answers: submerged

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: displacement of a large volume of a body of water,

answers: NDQ_000704

answers: tsunami,

answers: NDQ_000706

answers: underwater

answers: NDQ_000707

answers: displacement of a large volume of a body of water,

answers: NDQ_000710

answers: tsunami.

answers: NDQ_000715

answers: tsunami, also known as a seismic sea wave,

answers: NDQ_000718

answers: A tsunami, also known as a seismic sea wave,

answers: NDQ_000720

answers: tsunami,

answers: NDQ_000721

answers: Earthquakes,

answers: NDQ_000722

answers: tsunami,

answers: NDQ_000723

answers: tsunami,

answers: NDQ_000724

answers: A tsunami, also known as a seismic sea wave,

answers: NDQ_000725

answers: tsunami,

answers: NDQ_000726

answers: water waves

answers: NDQ_000727

answers: tsunami,

answers: NDQ_000728

answers: Earthquakes,

answers: NDQ_000729

answers: A tsunami,

answers: NDQ_000730

answers: displacement of a large volume of a body of water,

answers: NDQ_000731

answers: A tsunami, also known as a seismic sea wave,

answers: NDQ_000732

answers: tsunami,

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: displacement of a large volume of a body of water,

answers: NDQ_000735

answers: A tsunami, also known as a seismic sea wave,

answers: NDQ_000736

answers: tsunami.

answers: NDQ_000737

answers: ocean or a large lake.

answers: NDQ_000738

answers: tsunami,

answers: NDQ_000739

answers: displacement

answers: NDQ_000740

answers: displacement of a large volume of a body of water,

answers: NDQ_000741

answers: tsunami,

answers: NDQ_000742

answers: tsunami,

answers: NDQ_000743

answers: meteorite impacts

answers: NDQ_000744

answers: tsunami,

answers: NDQ_000745

answers: displacement

answers: NDQ_000746

answers: large volume

text: The specific Kaltenborn mobilization of posterior-anterior gliding with distraction in grade 3 of the CMC joint; the Convex/Concave Rule was applied in each case. In brief, Kaltenborn described these mechanics in terms of the convex-concave rule; the direction of decreased joint gliding in a hypomobile joint and, thus, the appropriate treatment can be deduced by this rule. With movement of a concave joint partner, the glide occurs in the same direction. The form of the joint surface has been considered to induce its gliding/sliding movement; a female (concave) joint surface glides in the same direction as the bone movement, whereas a male (convex) surface glides in the opposite direction of the bone movement. Traction is the technique that distracts 1 articular surface perpendicular to the other, and the glide technique describes the translational gliding of 1 articular surface parallel to the other. Traction in grade 3 has been defined as an additional force, which is applied in the parallel axis. This results in surrounding soft tissues and joint stretching, separating the joint surfaces.

text: The specific Kaltenborn mobilization of posterior-anterior gliding with distraction in grade 3 of the CMC joint; the Convex/Concave Rule was applied in each case. In brief, Kaltenborn described these mechanics in terms of the convex-concave rule; the direction of decreased joint gliding in a hypomobile joint and, thus, the appropriate treatment can be deduced by this rule. With movement of a concave joint partner, the glide occurs in the same direction. The form of the joint surface has been considered to induce its gliding/sliding movement; a female (concave) joint surface glides in the same direction as the bone movement, whereas a male (convex) surface glides in the opposite direction of the bone movement. Traction is the technique that distracts 1 articular surface perpendicular to the other, and the glide technique describes the translational gliding of 1 articular surface parallel to the other. Traction in grade 3 has been defined as an additional force, which is applied in the parallel axis. This results in surrounding soft tissues and joint stretching, separating the joint surfaces.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: What are surface currents?

answers: NDQ_000706

answers: parallel axis

answers: NDQ_000707

answers: a force is exerted on it

answers: NDQ_000710

answers: Convex/Concave Rule

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: The biggest ocean waves occur with hurricanes.

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: Convex/Concave Rule

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: What causes water levels to rise and fall once a day

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: What is the Coriolis effect?

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides

answers: NDQ_000731

answers: Convex/Concave Rule

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: Earth's rotation

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Convex/Concave Rule

answers: NDQ_000737

answers: Gulf Stream

answers: NDQ_000738

answers: upwelling occurs in the same direction as the bone

answers: NDQ_000739

answers: concave

answers: NDQ_000740

answers: NDQ_000741

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: gliding of 1 articular surface parallel to the other

answers: NDQ_000746

answers: Kaltenborn described these mechanics in terms of the convex-concave rule

answers: NDQ_000702

answers: gliding

answers: NDQ_000704

answers: separating the joint surfaces.

answers: NDQ_000706

answers: 3

answers: NDQ_000707

answers: concave joint partner,

answers: NDQ_000710

answers: surrounding soft tissues

answers: NDQ_000715

answers: convex-concave rule;

answers: NDQ_000718

answers: convex-concave rule;

answers: NDQ_000720

answers: convex-concave rule;

answers: NDQ_000721

answers: The specific Kaltenborn

answers: NDQ_000722

answers: convex-concave rule;

answers: NDQ_000723

answers: convex-concave rule;

answers: NDQ_000724

answers: The specific Kaltenborn

answers: NDQ_000725

answers: 3

answers: NDQ_000726

answers: convex-concave rule;

answers: NDQ_000727

answers: convex-concave rule;

answers: NDQ_000728

answers: convex-concave rule;

answers: NDQ_000729

answers: parallel axis.

answers: NDQ_000730

answers: CMC joint;

answers: NDQ_000731

answers: parallel axis.

answers: NDQ_000732

answers: convex-concave rule;

answers: NDQ_000733

answers: 3

answers: NDQ_000734

answers: movement of a concave joint partner,

answers: NDQ_000735

answers: concave joint partner, the glide occurs in the same direction.

answers: NDQ_000736

answers: concave joint partner, the glide occurs in the same direction.

answers: NDQ_000737

answers: The specific Kaltenborn

answers: NDQ_000738

answers: surrounding soft tissues

answers: NDQ_000739

answers: concave

answers: NDQ_000740

answers: 3

answers: NDQ_000741

answers: gliding

answers: NDQ_000742

answers: 3

answers: NDQ_000743

answers: force,

answers: NDQ_000744

answers: The specific Kaltenborn

answers: NDQ_000745

answers: concave joint partner,

answers: NDQ_000746

answers: parallel axis.

text: The Deep-ocean Assessment and Reporting of Tsunamis (officially abbreviated and trademarked as DART) system is a component of an enhanced tsunami warning system.

text: The Deep-ocean Assessment and Reporting of Tsunamis (officially abbreviated and trademarked as DART) system is a component of an enhanced

text: tsunami warning system

answers: NDQ_000702

answers: Tsunamis

answers: NDQ_000704

answers: can cause tsunamis

answers: NDQ_000706

answers: Deep

answers: NDQ_000707

answers: a tsunami is triggered by an earthquake

answers: NDQ_000710

answers: Tsunamis into the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between high and low tide?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth Day

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: DART system as a component of what?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The deep-ocean assessment and reporting of tsunamis is a component of an enhanced tsunami warning system.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: can not be used to answer this question

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: Deep-ocean

answers: NDQ_000704

answers: The Deep-ocean

answers: NDQ_000706

answers: Deep-ocean

answers: NDQ_000707

answers: The Deep-ocean

answers: NDQ_000710

answers: tsunami warning system.

answers: NDQ_000715

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000718

answers: The Deep-ocean

answers: NDQ_000720

answers: Tsunamis

answers: NDQ_000721

answers: The Deep-ocean

answers: NDQ_000722

answers: The Deep-ocean

answers: NDQ_000723

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000724

answers: The Deep-ocean

answers: NDQ_000725

answers: The Deep-ocean

answers: NDQ_000726

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000727

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000728

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000729

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000730

answers: The Deep-ocean

answers: NDQ_000731

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000732

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000733

answers: The Deep-ocean

answers: NDQ_000734

answers: Deep-ocean

answers: NDQ_000735

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000736

answers: tsunami warning system.

answers: NDQ_000737

answers: The Deep-ocean

answers: NDQ_000738

answers: The Deep-ocean

answers: NDQ_000739

answers: Deep-ocean

answers: NDQ_000740

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000741

answers: Tsunamis

answers: NDQ_000742

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000743

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000744

answers: Tsunamis

answers: NDQ_000745

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000746

answers: DART)

text: Gravity is measured using gravimeters. Basically, there are two kinds of gravimeters. Absolute gravimeters, which nowadays can also be used in the field, are based directly on measuring the acceleration of free fall (for example, of a reflecting prism in a vacuum tube). They are used for establishing the vertical geospatial control. Most common relative gravimeters are spring based. They are used in gravity surveys over large areas for establishing the figure of the geoid over these areas. Most accurate relative gravimeters are superconducting gravimeters, and these are sensitive to one thousandth of one billionth of Earth surface gravity. Twenty-some superconducting gravimeters are used worldwide for studying Earth tides, rotation, interior, and ocean and atmospheric loading, as well as for verifying the Newtonian constant of gravitation.

text: Gravity

text: is measured using

text: gravimeters

text: . Basically, there are two kinds of gravimeters. Absolute gravimeters, which nowadays can also be used in the field, are based directly on measuring the acceleration of free fall (for example, of a reflecting prism in a vacuum tube). They are used for establishing the vertical geospatial control. Most common relative gravimeters are spring based. They are used in gravity surveys over large areas for establishing the figure of the geoid over these areas. Most accurate relative gravimeters are superconducting gravimeters, and these are sensitive to one thousandth of one billionth of Earth surface gravity. Twenty-some superconducting gravimeters are used worldwide for studying Earth

text: tide

text: s,

text: rotation

text: , interior, and

text: ocean

text: and atmospheric loading, as well as for verifying the Newtonian constant of

text: gravitation

answers: NDQ_000702

answers: Earth surface gravity

answers: NDQ_000704

answers: are studied using superconducting gravimeters

answers: NDQ_000706

answers: unanswerable

answers: NDQ_000707

answers: gravitational force is too strong

answers: NDQ_000710

answers: Gravimeters?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: water is shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Why are superconducting gravimeters used worldwide for studying Earth tides?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: twenty-some superconducting gravimeters

answers: NDQ_000728

answers: absolute gravimeters

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Earth surface gravity

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Gravimeters

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: Earth tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: Earth tides

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Earth tides

answers: NDQ_000746

answers: Newtonian constant

answers: NDQ_000702

answers: Earth surface gravity.

answers: NDQ_000704

answers: Earth tides,

answers: NDQ_000706

answers: tides,

answers: NDQ_000707

answers: acceleration of free fall

answers: NDQ_000710

answers: Earth tides,

answers: NDQ_000715

answers: acceleration of free fall

answers: NDQ_000718

answers: Gravity is measured using gravimeters.

answers: NDQ_000720

answers: superconducting gravimeters

answers: NDQ_000721

answers: Earth tides,

answers: NDQ_000722

answers: superconducting gravimeters

answers: NDQ_000723

answers: superconducting gravimeters,

answers: NDQ_000724

answers: tides,

answers: NDQ_000725

answers: tides,

answers: NDQ_000726

answers: relative gravimeters are superconducting gravimeters,

answers: NDQ_000727

answers: gravimeters.

answers: NDQ_000728

answers: gravimeters.

answers: NDQ_000729

answers: superconducting gravimeters

answers: NDQ_000730

answers: superconducting gravimeters

answers: NDQ_000731

answers: relative gravimeters

answers: NDQ_000732

answers: superconducting gravimeters,

answers: NDQ_000733

answers: Earth tides,

answers: NDQ_000734

answers: gravity.

answers: NDQ_000735

answers: Earth tides,

answers: NDQ_000736

answers: figure of the geoid

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Gravity is measured using gravimeters.

answers: NDQ_000739

answers: superconducting gravimeters,

answers: NDQ_000740

answers: Earth tides,

answers: NDQ_000741

answers: tides,

answers: NDQ_000742

answers: tides,

answers: NDQ_000743

answers: acceleration of free fall

answers: NDQ_000744

answers: tides,

answers: NDQ_000745

answers: acceleration of free fall

answers: NDQ_000746

answers: one thousandth of one billionth

text: In a programme transmitted by the British Broadcasting Corporation BBC Horizon broadcast on 12 October 2000, two geologists (Day and McGuire) cited this crack as proof that half of the Cumbre Vieja had moved towards the Atlantic Ocean (Day et al.; 1999, and Ward and Day, 2001). They postulate that this process was driven by the pressure caused by the rising magma heating water trapped within the structure of the island. They hypothesised that during a future eruption, the western flank of the Cumbre Vieja, with a mass of approximately 1.5 x10 kg, could slide into the ocean. This could then potentially generate a giant wave which they termed a "megatsunami" around - high in the region of the islands. The wave would radiate out across the Atlantic and inundate much of the eastern seaboard of North America about 7 hours later, many of the islands in the Caribbean and northern coasts of South America between six and eight hours later. They estimate that the tsunami will have waves possibly  or higher causing massive devastation along the coastlines. Modelling suggests that the tsunami could inundate up to  inland - depending upon topography. The basis for Ward and Day (2001) modelling the collapse of a much larger portion of the western flank than that that the currently visible surface crack indicates as being potentially unstable, was based on geological mapping by Day et al.; (1999). In this paper they argue that a large part of the western flank has been constructed in the scar of a previous collapse and therefore sits upon unstable debris.

text: In a programme transmitted by the British Broadcasting Corporation

text: BBC

text: Horizon

text: broadcast on 12 October 2000, two geologists (Day and McGuire) cited this crack as proof that half of the Cumbre Vieja had moved towards the

text: Atlantic Ocean

text: (Day et al.; 1999, and Ward and Day, 2001). They postulate that this process was driven by the pressure caused by the rising

text: magma

text: heating water trapped within the structure of the island. They hypothesised that during a future eruption, the western flank of the Cumbre Vieja, with a mass of approximately 1.5 x10 kg, could slide into the ocean. This could then potentially generate a giant wave which they termed a "

text: megatsunami

text: " around - high in the region of the islands. The wave would radiate out across the Atlantic and inundate much of the eastern seaboard of North America about 7 hours later, many of the islands in the

text: Caribbean

text: and northern coasts of South America between six and eight hours later. They estimate that the tsunami will have waves possibly  or higher causing massive devastation along the coastlines. Modelling suggests that the tsunami could inundate up to  inland - depending upon topography. The basis for Ward and Day (2001) modelling the collapse of a much larger portion of the western flank than that that the currently visible surface crack indicates as being potentially unstable, was based on geological mapping by Day et al.; (1999). In this paper they argue that a large part of the western flank has been constructed in the scar of a previous collapse and therefore sits upon unstable debris.

answers: NDQ_000702

answers: rising magma

answers: NDQ_000704

answers: Which of the following is not a source of surface currents: Atlantic Ocean, Pacific Ocean or Pacific Ocean?

answers: NDQ_000706

answers: Atlantic

answers: NDQ_000707

answers: it is hit by something

answers: NDQ_000710

answers: Water trapped within the structure of the island

answers: NDQ_000715

answers: What is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: not enough information

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many hours later, many of the islands in the Caribbean and northern coasts of South America

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind:

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: The wave would radiate out across the Atlantic

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: How many hours later, many of the islands in the Caribbean and northern coasts of South America

answers: NDQ_000732

answers: How many hours later, many of the islands in the Caribbean and northern coasts of South America

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: rising magma

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: the tsunami could inundate up to inland - depending upon topography

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: The wave would radiate out across

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: This could then potentially generate a giant wave

answers: NDQ_000746

answers: 1.5 x10 kg

answers: NDQ_000702

answers: rising magma

answers: NDQ_000704

answers: water

answers: NDQ_000706

answers: high in the region of the islands.

answers: NDQ_000707

answers: pressure caused by the rising magma

answers: NDQ_000710

answers: water

answers: NDQ_000715

answers: waves possibly or higher

answers: NDQ_000718

answers: wave

answers: NDQ_000720

answers: "megatsunami"

answers: NDQ_000721

answers: rising magma

answers: NDQ_000722

answers: "megatsunami"

answers: NDQ_000723

answers: "megatsunami"

answers: NDQ_000724

answers: "megatsunami"

answers: NDQ_000725

answers: water

answers: NDQ_000726

answers: "megatsunami"

answers: NDQ_000727

answers: Atlantic Ocean

answers: NDQ_000728

answers: "megatsunami"

answers: NDQ_000729

answers: pressure caused by the rising magma

answers: NDQ_000730

answers: pressure caused by the rising magma

answers: NDQ_000731

answers: "megatsunami"

answers: NDQ_000732

answers: "megatsunami"

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: rising magma

answers: NDQ_000735

answers: 2000,

answers: NDQ_000736

answers: "megatsunami"

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: half of the Cumbre Vieja had moved towards the Atlantic Ocean

answers: NDQ_000739

answers: rising magma

answers: NDQ_000740

answers: rising magma

answers: NDQ_000741

answers: "megatsunami"

answers: NDQ_000742

answers: "megatsunami"

answers: NDQ_000743

answers: pressure caused by the rising magma heating water

answers: NDQ_000744

answers: "megatsunami"

answers: NDQ_000745

answers: rising magma

answers: NDQ_000746

answers: 1.5 x10 kg,

text: After a period of deep changes in the SWP were made under the leadership of Jack Barnes, Feldman left the SWP, arguing that SWP had become a much less effective current in the workers movement. He has since joined Solidarity (US).

text: After a period of deep changes in the SWP were made under the leadership of

text: Jack Barnes

text: , Feldman left the SWP, arguing that SWP had become a much less effective current in the workers movement. He has since joined

text: Solidarity (US)

answers: NDQ_000702

answers: the workers movement

answers: NDQ_000704

answers: What type of movement does Feldman support?

answers: NDQ_000706

answers: unanswerable

answers: NDQ_000707

answers: Feldman left the SWP

answers: NDQ_000710

answers: what to the surface of the ocean?

answers: NDQ_000715

answers: How would you describe Feldman?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: SWP become less effective

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: Feldman has joined Solidarity (US).

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: workers movement.

answers: NDQ_000704

answers: effective

answers: NDQ_000706

answers: (US).

answers: NDQ_000707

answers: current

answers: NDQ_000710

answers: Feldman left the SWP,

answers: NDQ_000715

answers: Solidarity (US).

answers: NDQ_000718

answers: Feldman left the SWP,

answers: NDQ_000720

answers: Solidarity (US).

answers: NDQ_000721

answers: Solidarity (US).

answers: NDQ_000722

answers: much less effective

answers: NDQ_000723

answers: Feldman left the SWP,

answers: NDQ_000724

answers: After a period of deep changes in the SWP

answers: NDQ_000725

answers: Feldman left the SWP,

answers: NDQ_000726

answers: Solidarity (US).

answers: NDQ_000727

answers: After a period of deep changes in the SWP

answers: NDQ_000728

answers: After a period of deep changes in the SWP

answers: NDQ_000729

answers: Solidarity (US).

answers: NDQ_000730

answers: Solidarity (US).

answers: NDQ_000731

answers: Solidarity (US).

answers: NDQ_000732

answers: Solidarity (US).

answers: NDQ_000733

answers: (US).

answers: NDQ_000734

answers: current

answers: NDQ_000735

answers: After a period of deep changes in the SWP

answers: NDQ_000736

answers: current

answers: NDQ_000737

answers: current in the workers movement.

answers: NDQ_000738

answers: SWP had become a much less effective current

answers: NDQ_000739

answers: Jack Barnes,

answers: NDQ_000740

answers: deep changes in the SWP

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: current

answers: NDQ_000743

answers: After a period of deep changes in the SWP

answers: NDQ_000744

answers: current

answers: NDQ_000745

answers: deep changes in the SWP were made under the leadership of Jack Barnes,

answers: NDQ_000746

answers: (US).

text: Formation and movement of the deep water masses at the North Atlantic Ocean, creates sinking water masses that fill the basin and flows very slowly into the deep abyssal plains of the Atlantic. This high-latitude cooling and the low-latitude heating drives the movement of the deep water in a polar southward flow. The deep water flows through the Antarctic Ocean Basin around South Africa where it is split into two routes: one into the Indian Ocean and one past Australia into the Pacific.

text: Formation and movement of the deep water masses at the North Atlantic Ocean, creates sinking water masses that fill the basin and flows very slowly into the deep abyssal plains of the Atlantic. This high-latitude cooling and the low-latitude heating drives the movement of the deep water in a polar southward flow. The deep water flows through the

text: Antarctic Ocean

text: Basin around

text: South Africa

text: where it is split into two routes: one into the

text: Indian Ocean

text: and one past

text: Australia

text: into the Pacific.

answers: NDQ_000702

answers: formation and movement of the deep water masses

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Atlantic, Indian Ocean, or Pacific?

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: deep water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: The Atlantic Ocean

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds: formation and movement of the deep water masses?

answers: NDQ_000725

answers: How many routes does the deep water flow through?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: movement of the deep water

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Atlantic Ocean Basin

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The deep water flows very slowly into the deep abyssal plains of the Atlantic.

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: NDQ_000741

answers: polar southward flow

answers: NDQ_000742

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: low-latitude

answers: NDQ_000745

answers: polar southward flow

answers: NDQ_000746

answers: NDQ_000702

answers: Formation and movement of the deep water masses

answers: NDQ_000704

answers: high-latitude cooling and the low-latitude heating

answers: NDQ_000706

answers: deep abyssal plains

answers: NDQ_000707

answers: Formation and movement of the deep water masses

answers: NDQ_000710

answers: sinking water masses

answers: NDQ_000715

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000718

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000720

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000721

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000722

answers: deep water masses at the North Atlantic Ocean,

answers: NDQ_000723

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000724

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000725

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000726

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000727

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000728

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000729

answers: polar southward flow.

answers: NDQ_000730

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000731

answers: Formation and movement of the deep water masses at the North Atlantic Ocean,

answers: NDQ_000732

answers: polar southward flow.

answers: NDQ_000733

answers: North Atlantic Ocean,

answers: NDQ_000734

answers: Formation and movement of the deep water masses

answers: NDQ_000735

answers: heating

answers: NDQ_000736

answers: polar southward flow.

answers: NDQ_000737

answers: deep water masses at the North Atlantic Ocean,

answers: NDQ_000738

answers: slowly into the deep abyssal plains

answers: NDQ_000739

answers: high-latitude cooling and the low-latitude heating

answers: NDQ_000740

answers: cooling

answers: NDQ_000741

answers: polar southward flow.

answers: NDQ_000742

answers: sinking

answers: NDQ_000743

answers: heating

answers: NDQ_000744

answers: sinking water masses

answers: NDQ_000745

answers: polar southward flow.

answers: NDQ_000746

answers: sinking water masses

text: Frequency selective surfaces (FSS) materials can be utilized as band gap material in the surface wave domain, at microwave and radio frequency wavelengths.  Support of surface waves is a given property of metals. These are propagating electromagnetic waves that are bound to the interface between the metal surface and the air. Surface plasmons occur at optical frequencies, but at microwave frequencies, they are the normal currents that occur on any electrical conductor. At radio frequencies, the fields associated with surface waves can extend thousands of wavelengths into the surrounding space, and they are often best described as surface currents. They can be modeled from the viewpoint of an effective dielectric constant, or an effective surface impedance.

text: Frequency selective surfaces (FSS) materials can be utilized as

text: band gap

text: material in the

text: surface wave

text: domain, at

text: microwave

text: and

text: radio frequency

text: wavelengths.  Support of surface waves is a given property of

text: metal

text: s. These are propagating

text: electromagnetic

text: waves that are bound to the interface between the metal surface and the air. Surface

text: plasmon

text: s occur at optical frequencies, but at microwave frequencies, they are the normal currents that occur on any

text: electrical conductor

text: . At radio frequencies, the fields associated with surface waves can extend thousands of wavelengths into the surrounding space, and they are often best described as surface currents. They can be modeled from the viewpoint of an effective dielectric constant, or an effective surface impedance.

answers: NDQ_000702

answers: electromagnetic waves

answers: NDQ_000704

answers: What are the normal currents that occur on any electrical conductor?

answers: NDQ_000706

answers: surface wave domain

answers: NDQ_000707

answers: electromagnetic waves are too strong

answers: NDQ_000710

answers: Surface plasmons

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: What is a given property of metals?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: Tidal range

answers: NDQ_000728

answers: surface currents

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: electromagnetic waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: surface impedance

answers: NDQ_000737

answers: surface wave

answers: NDQ_000738

answers: surface plasmons occur at optical frequencies

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: NDQ_000743

answers: electromagnetic waves

answers: NDQ_000744

answers: NDQ_000745

answers: surface waves

answers: NDQ_000746

answers: effective dielectric constant

answers: NDQ_000702

answers: electromagnetic waves

answers: NDQ_000704

answers: At radio frequencies,

answers: NDQ_000706

answers: radio frequencies,

answers: NDQ_000707

answers: interface between the metal surface and the air.

answers: NDQ_000710

answers: electromagnetic waves

answers: NDQ_000715

answers: waves

answers: NDQ_000718

answers: wavelengths.

answers: NDQ_000720

answers: electromagnetic waves

answers: NDQ_000721

answers: Frequency selective surfaces

answers: NDQ_000722

answers: Frequency selective surfaces

answers: NDQ_000723

answers: electromagnetic waves

answers: NDQ_000724

answers: electromagnetic waves

answers: NDQ_000725

answers: Frequency selective surfaces

answers: NDQ_000726

answers: electromagnetic waves

answers: NDQ_000727

answers: Frequency selective surfaces

answers: NDQ_000728

answers: Frequency selective surfaces

answers: NDQ_000729

answers: electromagnetic waves

answers: NDQ_000730

answers: Frequency selective surfaces

answers: NDQ_000731

answers: Frequency selective surfaces

answers: NDQ_000732

answers: radio frequencies,

answers: NDQ_000733

answers: Frequency selective surfaces

answers: NDQ_000734

answers: electromagnetic waves

answers: NDQ_000735

answers: optical frequencies,

answers: NDQ_000736

answers: Surface plasmons

answers: NDQ_000737

answers: electromagnetic waves

answers: NDQ_000738

answers: Frequency selective surfaces

answers: NDQ_000739

answers: Frequency selective surfaces

answers: NDQ_000740

answers: Frequency selective surfaces

answers: NDQ_000741

answers: surface waves

answers: NDQ_000742

answers: Frequency selective surfaces

answers: NDQ_000743

answers: electromagnetic waves

answers: NDQ_000744

answers: Frequency selective surfaces

answers: NDQ_000745

answers: electromagnetic waves

answers: NDQ_000746

answers: effective dielectric constant, or an effective surface impedance.

text: The column wave is a 16th-century stage machine created to mimic movement of the ocean.

text: The column wave is a 16th-century

text: stage machine

text: created to mimic movement of the

text: ocean

answers: NDQ_000702

answers: movement of the ocean

answers: NDQ_000704

answers: are caused by the movement of water in the ocean

answers: NDQ_000706

answers: shallow water

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and trough?

answers: NDQ_000720

answers: It's impossible to say

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What is the purpose of a column wave?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: what is the difference between high and low tides?

answers: NDQ_000728

answers: The answer: a 16th century stage machine

answers: NDQ_000729

answers: Which of the following is not caused by the Coriolis effect?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean.

answers: NDQ_000733

answers: ocean day

answers: NDQ_000734

answers: ocean movement

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: column wave

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a 16th-century stage machine created to mimic movement of the ocean.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: can not be determined

answers: NDQ_000741

answers: column wave

answers: NDQ_000742

answers: cant be used to answer this question

answers: NDQ_000743

answers: is an example of

answers: NDQ_000744

answers: can not be determined

answers: NDQ_000745

answers: column wave

answers: NDQ_000746

answers: NDQ_000702

answers: the ocean.

answers: NDQ_000704

answers: ocean.

answers: NDQ_000706

answers: column wave

answers: NDQ_000707

answers: movement of the ocean.

answers: NDQ_000710

answers: The column wave

answers: NDQ_000715

answers: column wave

answers: NDQ_000718

answers: The column wave

answers: NDQ_000720

answers: column wave

answers: NDQ_000721

answers: ocean.

answers: NDQ_000722

answers: The column wave

answers: NDQ_000723

answers: column wave

answers: NDQ_000724

answers: column wave

answers: NDQ_000725

answers: The column wave

answers: NDQ_000726

answers: The column wave

answers: NDQ_000727

answers: The column wave

answers: NDQ_000728

answers: column wave

answers: NDQ_000729

answers: The column wave

answers: NDQ_000730

answers: The column wave

answers: NDQ_000731

answers: column wave

answers: NDQ_000732

answers: The column wave

answers: NDQ_000733

answers: ocean.

answers: NDQ_000734

answers: movement of the ocean.

answers: NDQ_000735

answers: The column wave

answers: NDQ_000736

answers: column wave

answers: NDQ_000737

answers: The column wave is a 16th-century stage machine

answers: NDQ_000738

answers: The column wave

answers: NDQ_000739

answers: column wave

answers: NDQ_000740

answers: movement of the ocean.

answers: NDQ_000741

answers: column wave

answers: NDQ_000742

answers: column wave

answers: NDQ_000743

answers: The column wave

answers: NDQ_000744

answers: column wave

answers: NDQ_000745

answers: column wave

answers: NDQ_000746

answers: column wave

text: Coriolis drift is caused by the Coriolis effect and the Eötvös effect. These effects cause drift related to the spin of the Earth, known as Coriolis drift. Coriolis drift can be up, down, left or right. Coriolis drift is not an aerodynamic effect; it is a consequence of flying from one point to another across the surface of a rotating planet (Earth).

text: Coriolis drift is caused by the

text: Coriolis effect

text: and the

text: Eötvös effect

text: . These effects cause drift related to the spin of the Earth, known as Coriolis drift. Coriolis drift can be up, down, left or right. Coriolis drift is not an aerodynamic effect; it is a consequence of flying from one point to another across the surface of a rotating planet (Earth).

answers: NDQ_000702

answers: Coriolis drift

answers: NDQ_000704

answers: Which of the following is not a consequence of flying from one point to another across the surface of a rotating planet?

answers: NDQ_000706

answers: left or right

answers: NDQ_000707

answers: Coriolis drift can be up or down?

answers: NDQ_000710

answers: Coriolis drift to the surface of the Earth

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: it is not possible to tell

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does Coriolis drift occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: the Coriolis effect

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of Coriolis drift: up, down, left or right?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: Coriolis drift

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: up effect

answers: NDQ_000737

answers: aerodynamic effect

answers: NDQ_000738

answers: Coriolis drift is not an aerodynamic effect

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: Coriolis drift

answers: NDQ_000741

answers: Coriolis drift

answers: NDQ_000742

answers: Coriolis drift

answers: NDQ_000743

answers: can be up, down, left or right

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Coriolis drift

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Coriolis drift

answers: NDQ_000704

answers: Coriolis drift

answers: NDQ_000706

answers: up, down, left or right.

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: Coriolis drift

answers: NDQ_000715

answers: Coriolis drift is caused by the Coriolis effect

answers: NDQ_000718

answers: Coriolis drift

answers: NDQ_000720

answers: Coriolis drift

answers: NDQ_000721

answers: Coriolis drift

answers: NDQ_000722

answers: Coriolis drift

answers: NDQ_000723

answers: Coriolis drift

answers: NDQ_000724

answers: Coriolis drift

answers: NDQ_000725

answers: Coriolis drift can be up, down, left or right.

answers: NDQ_000726

answers: flying

answers: NDQ_000727

answers: Coriolis drift

answers: NDQ_000728

answers: Coriolis drift

answers: NDQ_000729

answers: the spin of the Earth,

answers: NDQ_000730

answers: Coriolis drift

answers: NDQ_000731

answers: Coriolis drift

answers: NDQ_000732

answers: Coriolis drift can be up, down, left or right.

answers: NDQ_000733

answers: Coriolis drift can be up, down, left or right.

answers: NDQ_000734

answers: Coriolis drift

answers: NDQ_000735

answers: Coriolis drift

answers: NDQ_000736

answers: Coriolis drift can be up, down, left or right.

answers: NDQ_000737

answers: Coriolis drift

answers: NDQ_000738

answers: aerodynamic effect;

answers: NDQ_000739

answers: Coriolis drift is caused by the Coriolis effect

answers: NDQ_000740

answers: Coriolis drift can be up, down, left or right.

answers: NDQ_000741

answers: Coriolis drift

answers: NDQ_000742

answers: Coriolis drift

answers: NDQ_000743

answers: flying from one point to another across the surface of a rotating planet

answers: NDQ_000744

answers: Coriolis drift

answers: NDQ_000745

answers: Coriolis drift

answers: NDQ_000746

answers: Coriolis effect and the Eötvös effect.

text: During 90s, the Ministry of Earth Sciences, formerly Department of Ocean Development (DOD), had initiated a project titled "PFZ Mission" and it was handed over to National Remote Sensing Centre (NRSC), Hyderabad, AP. The project slowly blossomed into a full-fledged one, Due to the sincere work done by Dr. A. Narendra Nath.  As a result of this, the project was separated from NRSC and a new organization was instituted to look after it. The new organization so formed was named as an Indian National Centre for Ocean Information Services (INCOIS) and was placed under reputed scientist Dr A.Narendra Nath, Who was also the founder director for INCOIS.  Since its Inception in February 1998.   Dr. Narendra Nath is the person who initiated the PFZ  Mission.. The newly formed entity had potential fishing zone (PFZ) advisories as its major project. Apart  from PFZ services, the other services such as Indian Early Tsunami Warning, Ocean State Forecast, Ocean Modeling, Data and Web Services Management were also initiated and their products are being delivered to various stakeholders in the country on a daily basis. In recognition of these services, INCOIS was identified as one of the key International Oceanic Organizations. INCOIS renders its services through its web portal and various other devices that are installed at different places in the country.

text: During 90s, the Ministry of Earth Sciences, formerly Department of Ocean Development (DOD), had initiated a project titled "PFZ Mission" and it was handed over to

text: National Remote Sensing Centre

text: (NRSC), Hyderabad, AP. The project slowly blossomed into a full-fledged one, Due to the sincere work done by Dr. A. Narendra Nath.  As a result of this, the project was separated from NRSC and a new organization was instituted to look after it. The new organization so formed was named as an Indian National Centre for Ocean Information Services (INCOIS) and was placed under reputed scientist Dr A.Narendra Nath, Who was also the founder director for INCOIS.  Since its Inception in February 1998.   Dr. Narendra Nath is the person who initiated the PFZ  Mission.. The newly formed entity had potential fishing zone (PFZ) advisories as its major project. Apart  from PFZ services, the other services such as Indian Early Tsunami Warning, Ocean State Forecast, Ocean Modeling, Data and Web Services Management were also initiated and their products are being delivered to various stakeholders in the country on a daily basis. In recognition of these services, INCOIS was identified as one of the key International Oceanic Organizations. INCOIS renders its services through its web portal and various other devices that are installed at different places in the country.

answers: NDQ_000702

answers: potential fishing zone

answers: NDQ_000704

answers: Which of the following is not a service of INCOIS: Indian Early Tsunami Warning, Ocean State Forecast

answers: NDQ_000706

answers: potential fishing zone

answers: NDQ_000707

answers: it is made of water.

answers: NDQ_000710

answers: Indian Early Tsunami Warning

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the second to last word in the passage?

answers: NDQ_000720

answers: Tsunami

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many days does INCOIS render its services?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Indian Early Tsunami

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides

answers: NDQ_000731

answers: Which of the following is not a type of device installed at different places in the country?

answers: NDQ_000732

answers: Which of the following is not a result of the Coriolis effect: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: oceans

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Indian Early Tsunami Warning

answers: NDQ_000737

answers: oceanic

answers: NDQ_000738

answers: Indian Early Tsunami Warning

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: Indian Early Tsunami Warning, Ocean State Forecast

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: Tsunami Warning

answers: NDQ_000743

answers: NDQ_000744

answers: Tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: fishing zone

answers: NDQ_000704

answers: potential fishing zone

answers: NDQ_000706

answers: fishing zone

answers: NDQ_000707

answers: Tsunami

answers: NDQ_000710

answers: Indian Early Tsunami Warning,

answers: NDQ_000715

answers: Indian Early Tsunami Warning, Ocean State Forecast,

answers: NDQ_000718

answers: Indian National Centre for Ocean Information Services

answers: NDQ_000720

answers: Tsunami

answers: NDQ_000721

answers: Tsunami

answers: NDQ_000722

answers: Indian Early Tsunami

answers: NDQ_000723

answers: Indian National Centre for Ocean Information Services

answers: NDQ_000724

answers: Tsunami

answers: NDQ_000725

answers: daily basis.

answers: NDQ_000726

answers: Indian National Centre for Ocean Information Services

answers: NDQ_000727

answers: Indian National Centre for Ocean Information Services

answers: NDQ_000728

answers: Indian Early Tsunami Warning,

answers: NDQ_000729

answers: Indian National Centre for Ocean Information Services

answers: NDQ_000730

answers: Tsunami

answers: NDQ_000731

answers: Indian National Centre for Ocean Information Services

answers: NDQ_000732

answers: Indian National Centre for Ocean Information Services

answers: NDQ_000733

answers: daily basis.

answers: NDQ_000734

answers: fishing zone

answers: NDQ_000735

answers: 1998.

answers: NDQ_000736

answers: Indian Early Tsunami Warning,

answers: NDQ_000737

answers: potential fishing zone

answers: NDQ_000738

answers: Tsunami

answers: NDQ_000739

answers: AP.

answers: NDQ_000740

answers: Indian Early Tsunami Warning, Ocean State Forecast,

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: Indian Early Tsunami

answers: NDQ_000743

answers: National Remote Sensing Centre

answers: NDQ_000744

answers: Tsunami

answers: NDQ_000745

answers: Indian Early Tsunami

answers: NDQ_000746

answers: Indian National Centre for Ocean Information Services

text: Based on Ekman theory and geostrophic dynamics, the analysis of near-surface currents, i.e. tropical Pacific near-surface currents, can be generated by using high resolution data of wind and altimeter sea level. The surface velocity is defined as the motion of a standard World Ocean Circulation Experiment/Tropical Ocean-Global Atmosphere (WOCE/TOGA) 15m drogue drifter. Near-surface Ekman velocity can be estimated with variables which best represent the ageostrophic motion of the WOCE/TOGA 15m drogue drifters relative to the surface wind stress. Geostrophic velocities are calculated with sea level gradients which are derived from TOPEX/Poseidon sea surface height analyses (TOPEX/Poseidon altimeter sea level anomalies from along-track data is used here, interpolated to 1°X1°grid, spanning the domain of 25°N-25°S,90°E-290°E, during Oct1992-Sep1998). Geostrophic and Ekman velocity                                              are assumed to satisfy the lowest-order dynamics of the surface velocity, and they can be obtained independently from surface height and wind stress data. Standard f plan satisfies geostrophic balance, the lowest-order balance for quasi-steady circulation at higher latitudes. However, coriolis parameter f is close to zero near the equator, the geostropic balance is not satisfied as the velocity is proportional to the height gradient divided by the coriolis parameter f. It has been shown in many studies that beta plane geostrophic approximation involving the second derivative of surface height is in good agreement with the observed velocities in the equatorial undercurrent, as a result, geostrophic currents which are near equator are obtained with a weighted blend of the equatorial beta-plane and conventional f-plane geostrophic equations.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: Which of the following is not a type of surface current: tropical Pacific near-surface currents?

answers: NDQ_000706

answers: equatorial undercurrent

answers: NDQ_000707

answers: Coriolis is a factor.

answers: NDQ_000710

answers: equatorial undercurrent

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the term for wavelength?

answers: NDQ_000720

answers: hurricanes

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: What is a wave?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: surface velocity

answers: NDQ_000729

answers: Yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Does the Coriolis effect cause surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: Pacific

answers: NDQ_000734

answers: coriolis

answers: NDQ_000735

answers: near the equator

answers: NDQ_000736

answers: coriolis parameter f

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: coriolis parameter f is close to zero near the equator

answers: NDQ_000739

answers: near the equator

answers: NDQ_000740

answers: altimeter sea level

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Poseidon

answers: NDQ_000743

answers: NDQ_000744

answers: Poseidon

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: Standard f plan satisfies geostrophic balance, the lowest-order balance for quasi-steady circulation at higher latitudes

answers: NDQ_000702

answers: wind stress

answers: NDQ_000704

answers: tropical Pacific near-surface currents,

answers: NDQ_000706

answers: equatorial

answers: NDQ_000707

answers: wind stress.

answers: NDQ_000710

answers: geostrophic balance,

answers: NDQ_000715

answers: Geostrophic and Ekman velocity

answers: NDQ_000718

answers: Oct1992-Sep1998).

answers: NDQ_000720

answers: beta plane

answers: NDQ_000721

answers: beta

answers: NDQ_000722

answers: the geostropic balance is not satisfied

answers: NDQ_000723

answers: Oct1992-Sep1998).

answers: NDQ_000724

answers: geostrophic balance,

answers: NDQ_000725

answers: 1992-Sep1998).

answers: NDQ_000726

answers: wind stress data.

answers: NDQ_000727

answers: Oct1992-Sep1998).

answers: NDQ_000728

answers: near-surface currents,

answers: NDQ_000729

answers: coriolis

answers: NDQ_000730

answers: 1992-Sep1998).

answers: NDQ_000731

answers: Oct1992-Sep1998).

answers: NDQ_000732

answers: coriolis parameter f is close to zero

answers: NDQ_000733

answers: Oct1992-Sep1998).

answers: NDQ_000734

answers: wind stress

answers: NDQ_000735

answers: Sep1998).

answers: NDQ_000736

answers: geostrophic balance,

answers: NDQ_000737

answers: near-surface currents,

answers: NDQ_000738

answers: the geostropic balance is not satisfied

answers: NDQ_000739

answers: equator,

answers: NDQ_000740

answers: sea level.

answers: NDQ_000741

answers: currents,

answers: NDQ_000742

answers: equatorial undercurrent,

answers: NDQ_000743

answers: geostrophic balance,

answers: NDQ_000744

answers: equatorial undercurrent,

answers: NDQ_000745

answers: undercurrent,

answers: NDQ_000746

answers: geostropic balance

text: SWOT is collaboration between NASA and CNES, the French space agency.  It is currently being designed and constructed at NASA's Jet Propulsion Laboratory (JPL).  It builds on the very successful 25-year partnership between the two agencies to use radar altimetry to measure the surface of the ocean that began with the TOPEX/Poseidon mission.

text: SWOT is collaboration between

text: NASA

text: and

text: CNES

text: , the French space agency.  It is currently being designed and constructed at NASA's Jet Propulsion Laboratory (JPL).  It builds on the very successful 25-year partnership between the two agencies to use radar altimetry to measure the surface of the ocean that began with the

text: TOPEX/Poseidon

text: mission.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: Which of the following is not a type of ocean surface current?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: the water is too cold.

answers: NDQ_000710

answers: SWOT to the surface of the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What is the most common cause of tides?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: The Coriolis effect is caused by Earths rotation.

answers: NDQ_000730

answers: None of the above choices are true

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: JPL

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: NASA's Jet Propulsion Laboratory (JPL)

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: altimetry

answers: NDQ_000741

answers: ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: no

answers: NDQ_000745

answers: radar altimetry

answers: NDQ_000746

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: ocean

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: ocean

answers: NDQ_000710

answers: radar altimetry to measure the surface of the ocean

answers: NDQ_000715

answers: altimetry

answers: NDQ_000718

answers: SWOT

answers: NDQ_000720

answers: SWOT

answers: NDQ_000721

answers: TOPEX/Poseidon mission.

answers: NDQ_000722

answers: ocean

answers: NDQ_000723

answers: SWOT

answers: NDQ_000724

answers: ocean

answers: NDQ_000725

answers: TOPEX/Poseidon

answers: NDQ_000726

answers: TOPEX/Poseidon mission.

answers: NDQ_000727

answers: SWOT

answers: NDQ_000728

answers: SWOT

answers: NDQ_000729

answers: Jet Propulsion Laboratory

answers: NDQ_000730

answers: TOPEX/Poseidon

answers: NDQ_000731

answers: TOPEX/Poseidon

answers: NDQ_000732

answers: SWOT

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: ocean that began with the TOPEX/Poseidon

answers: NDQ_000736

answers: TOPEX/Poseidon

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: SWOT

answers: NDQ_000739

answers: SWOT

answers: NDQ_000740

answers: radar altimetry

answers: NDQ_000741

answers: altimetry

answers: NDQ_000742

answers: TOPEX/Poseidon

answers: NDQ_000743

answers: radar altimetry to measure the surface of the ocean

answers: NDQ_000744

answers: TOPEX/Poseidon

answers: NDQ_000745

answers: radar altimetry

answers: NDQ_000746

answers: TOPEX/Poseidon

text: Rayleigh–Taylor instability has a big effect on the Earth's climate. Winds that come from the coast of Greenland and Iceland cause evaporation of the ocean surface over which they pass, increasing the salinity of the ocean water near the surface, and making the water near the surface denser. This then generates plumes which drive the ocean currents. This process acts as a heat pump, transporting warm equatorial water North. Without the ocean overturning, Northern Europe would likely face drastic drops in temperature.

text: Rayleigh–Taylor instability has a big effect on the Earth's climate. Winds that come from the coast of

text: Greenland

text: and

text: Iceland

text: cause evaporation of the ocean surface over which they pass, increasing the salinity of the ocean water near the surface, and making the water near the surface denser. This then generates

text: plumes

text: which drive the

text: ocean current

text: s. This process acts as a heat pump, transporting warm equatorial water North. Without the ocean overturning,

text: Northern Europe

text: would likely face drastic drops in temperature.

answers: NDQ_000702

answers: plumes

answers: NDQ_000704

answers: Which of the following is not a source of plumes: evaporation of the ocean surface over which they pass, increasing the salinity of the ocean water near the surface, or density of the ocean water near the surface?

answers: NDQ_000706

answers: near the surface

answers: NDQ_000707

answers: the water near the surface is denser

answers: NDQ_000710

answers: Warm equatorial water North

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the ocean overturn?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: evaporation

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: ocean surface over which they pass

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Northern Europe would likely face drastic drops in temperature

answers: NDQ_000739

answers: evaporated

answers: NDQ_000740

answers: evaporation

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: heat pump

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: Winds

answers: NDQ_000704

answers: ocean currents.

answers: NDQ_000706

answers: near the surface,

answers: NDQ_000707

answers: Winds

answers: NDQ_000710

answers: warm equatorial water North.

answers: NDQ_000715

answers: near the surface, and making the water near the surface denser.

answers: NDQ_000718

answers: Rayleigh–Taylor instability

answers: NDQ_000720

answers: plumes which drive the ocean currents.

answers: NDQ_000721

answers: Winds

answers: NDQ_000722

answers: salinity

answers: NDQ_000723

answers: Rayleigh–Taylor instability

answers: NDQ_000724

answers: Winds

answers: NDQ_000725

answers: increasing the salinity of the ocean water

answers: NDQ_000726

answers: Winds

answers: NDQ_000727

answers: Rayleigh–Taylor

answers: NDQ_000728

answers: plumes which drive the ocean currents.

answers: NDQ_000729

answers: ocean currents.

answers: NDQ_000730

answers: ocean currents.

answers: NDQ_000731

answers: Rayleigh–Taylor instability

answers: NDQ_000732

answers: plumes which drive the ocean currents.

answers: NDQ_000733

answers: Earth's

answers: NDQ_000734

answers: ocean currents.

answers: NDQ_000735

answers: evaporation of the ocean surface

answers: NDQ_000736

answers: Northern Europe would likely face drastic drops in temperature.

answers: NDQ_000737

answers: ocean currents.

answers: NDQ_000738

answers: Northern Europe would likely face drastic drops in temperature.

answers: NDQ_000739

answers: increasing the salinity of the ocean water near the surface,

answers: NDQ_000740

answers: increasing the salinity

answers: NDQ_000741

answers: ocean currents.

answers: NDQ_000742

answers: Rayleigh–Taylor

answers: NDQ_000743

answers: heat pump,

answers: NDQ_000744

answers: ocean currents.

answers: NDQ_000745

answers: plumes which drive the ocean currents.

answers: NDQ_000746

answers: Rayleigh–Taylor

text: producing a Coriolis acceleration:

text: producing a Coriolis acceleration:

answers: NDQ_000702

answers: a strong magnetic field

answers: NDQ_000704

answers: can be used to accelerate a car

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: a force acting on the wave causes it to accelerate.

answers: NDQ_000710

answers: ice to the surface of the ocean

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: producing a Coriolis acceleration

answers: NDQ_000721

answers: producing a Coriolis acceleration

answers: NDQ_000722

answers: causing a Coriolis acceleration

answers: NDQ_000723

answers: Which of the following is an example of a Coriolis acceleration?

answers: NDQ_000724

answers: Which of the following is an example of a Coriolis acceleration?

answers: NDQ_000725

answers: It is possible for the tides to produce a Coriolis acceleration.

answers: NDQ_000726

answers: What is the result of a Coriolis acceleration?

answers: NDQ_000727

answers: The difference between high and low tides is the tide range.

answers: NDQ_000728

answers: causing a whirlwind

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: causing a Coriolis acceleration

answers: NDQ_000731

answers: When the sun and moon are in a curved line, they produce a Coriolis acceleration

answers: NDQ_000732

answers: causing a Coriolis acceleration

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: gravitational force

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: upwelling is not caused by a Coriolis acceleration

answers: NDQ_000739

answers: colder than it is warm

answers: NDQ_000740

answers: can be caused by

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: can be caused by a coriolis

answers: NDQ_000743

answers: can cause a chemical reaction

answers: NDQ_000744

answers: can cause a tidal wave

answers: NDQ_000745

answers: can be caused by a coriolis force

answers: NDQ_000746

answers: can be calculated

answers: NDQ_000702

answers: Coriolis acceleration:

answers: NDQ_000704

answers: Coriolis acceleration:

answers: NDQ_000706

answers: Coriolis acceleration:

answers: NDQ_000707

answers: Coriolis acceleration:

answers: NDQ_000710

answers: Coriolis acceleration:

answers: NDQ_000715

answers: Coriolis acceleration:

answers: NDQ_000718

answers: Coriolis acceleration:

answers: NDQ_000720

answers: producing a Coriolis acceleration:

answers: NDQ_000721

answers: producing a Coriolis acceleration:

answers: NDQ_000722

answers: producing a Coriolis acceleration:

answers: NDQ_000723

answers: Coriolis acceleration:

answers: NDQ_000724

answers: Coriolis acceleration:

answers: NDQ_000725

answers: Coriolis acceleration:

answers: NDQ_000726

answers: Coriolis acceleration:

answers: NDQ_000727

answers: Coriolis acceleration:

answers: NDQ_000728

answers: producing a Coriolis acceleration:

answers: NDQ_000729

answers: Coriolis acceleration:

answers: NDQ_000730

answers: Coriolis acceleration:

answers: NDQ_000731

answers: Coriolis acceleration:

answers: NDQ_000732

answers: Coriolis acceleration:

answers: NDQ_000733

answers: Coriolis acceleration:

answers: NDQ_000734

answers: Coriolis acceleration:

answers: NDQ_000735

answers: Coriolis acceleration:

answers: NDQ_000736

answers: Coriolis acceleration:

answers: NDQ_000737

answers: Coriolis acceleration:

answers: NDQ_000738

answers: producing a Coriolis acceleration:

answers: NDQ_000739

answers: producing a Coriolis acceleration:

answers: NDQ_000740

answers: Coriolis acceleration:

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis acceleration:

answers: NDQ_000743

answers: Coriolis acceleration:

answers: NDQ_000744

answers: Coriolis acceleration:

answers: NDQ_000745

answers: Coriolis acceleration:

answers: NDQ_000746

answers: Coriolis acceleration:

text: Floating south along the South American continental slope, the Deep Western Boundary Current (DWBC) carries North Atlantic Deep Water (NADW) into the South Atlantic.  At about 8°S and at a depth of , the DWBC breaks into anticyclonic eddies during periods of strong meridional overturning circulation.  One such NADW eddy was observed in 2003 and the researchers speculated that a deeply penetrating Agulhas ring pinched it off the NADW slope current. Spinning at , these deep-water eddies move around the southern tip of the Agulhas Bank and into the Indian Ocean.  Most of the NADW flow (more than 7 Sv) meanders east around the Agulhas Plateau together with the surface Agulhas Return Current, but a smaller portion (3 Sv) continue north along the African east-coast as the Agulhas Undercurrent.Of 89.5 Sv released from the North Atlantic, 3.6 Sv leaves the South Atlantic south of the Agulhas Bank.  However, 0.9 Sv recirculate in the basin north of the Walvis Ridge for centuries, of which 50-90% end up flowing south of the Agulhas Bank within 300 years, increasing the net inter-oceanic exchange with 4.1-4.5 Sv.

text: Floating south along the South American continental slope, the

text: Deep Western Boundary Current

text: (DWBC) carries

text: North Atlantic Deep Water

text: (NADW) into the South Atlantic.  At about 8°S and at a depth of , the DWBC breaks into anticyclonic eddies during periods of strong

text: meridional overturning circulation

text: .  One such NADW eddy was observed in 2003 and the researchers speculated that a deeply penetrating Agulhas ring pinched it off the NADW slope current. Spinning at , these deep-water eddies move around the southern tip of the Agulhas Bank and into the Indian Ocean.  Most of the NADW flow (more than 7

text: Sv

text: ) meanders east around the Agulhas Plateau together with the surface Agulhas Return Current, but a smaller portion (3 Sv) continue north along the African east-coast as the Agulhas Undercurrent.Of 89.5 Sv released from the North Atlantic, 3.6 Sv leaves the South Atlantic south of the Agulhas Bank.  However, 0.9 Sv recirculate in the basin north of the Walvis Ridge for centuries, of which 50-90% end up flowing south of the Agulhas Bank within 300 years, increasing the net inter-oceanic exchange with 4.1-4.5 Sv.

answers: NDQ_000702

answers: Deep Western Boundary Current

answers: NDQ_000704

answers: Which of the following is not a surface current: Agulhas Return Current, Deep Western Boundary Current, or Agulhas Undercurrent?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: North Atlantic Deep Water into the South Atlantic

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: Why is the water shallow?

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do Tides cause water levels to rise and fall?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: deep-water eddies

answers: NDQ_000729

answers: Yes

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: meridional overturning circulation

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: DWBC break into anticyclonic eddies

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: deep-water eddies move around the southern tip of the Agulhas Bank and into the Indian Ocean

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: 4.1-4.5 Sv

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: NDQ_000743

answers: sv

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Deep Western Boundary Current

answers: NDQ_000746

answers: 7 Sv

answers: NDQ_000702

answers: Deep Western Boundary Current

answers: NDQ_000704

answers: Agulhas Return Current,

answers: NDQ_000706

answers: meridional overturning circulation.

answers: NDQ_000707

answers: strong meridional overturning circulation.

answers: NDQ_000710

answers: North Atlantic Deep Water

answers: NDQ_000715

answers: 7 Sv)

answers: NDQ_000718

answers: depth

answers: NDQ_000720

answers: strong meridional overturning circulation.

answers: NDQ_000721

answers: 8°S

answers: NDQ_000722

answers: Deep Western Boundary Current

answers: NDQ_000723

answers: Deep Western Boundary Current

answers: NDQ_000724

answers: meridional overturning circulation.

answers: NDQ_000725

answers: Deep Western Boundary Current

answers: NDQ_000726

answers: Deep Western Boundary Current

answers: NDQ_000727

answers: Deep Western Boundary Current

answers: NDQ_000728

answers: strong meridional overturning circulation.

answers: NDQ_000729

answers: meridional overturning circulation.

answers: NDQ_000730

answers: meridional overturning

answers: NDQ_000731

answers: 8°S

answers: NDQ_000732

answers: meridional overturning circulation.

answers: NDQ_000733

answers: South Atlantic.

answers: NDQ_000734

answers: strong meridional overturning circulation.

answers: NDQ_000735

answers: 8°S

answers: NDQ_000736

answers: Deep Western Boundary Current

answers: NDQ_000737

answers: Deep Western Boundary Current

answers: NDQ_000738

answers: 50-90%

answers: NDQ_000739

answers: Deep Water

answers: NDQ_000740

answers: 4.1-4.5 Sv.

answers: NDQ_000741

answers: Deep Western Boundary Current

answers: NDQ_000742

answers: Deep Western Boundary Current

answers: NDQ_000743

answers: meridional overturning circulation.

answers: NDQ_000744

answers: North Atlantic Deep Water

answers: NDQ_000745

answers: Deep Western Boundary Current

answers: NDQ_000746

answers: 7 Sv)

text: A scientific version of the Ko Ta Pu formation says that in the Permian period, the area was a barrier reef. Then, upon tectonic movements, it ruptured, and its parts were dispersed over the area and flooded by the rising ocean. Wind, waves, water currents, and tides gradually eroded the islands thus formed, sometimes producing peculiar shapes, such as Ko Ta Pu. Tide-related erosion is visible at the bottom of the rock.

text: A scientific version of the Ko Ta Pu formation says that in the

text: Permian

text: period, the area was a

text: barrier reef

text: . Then, upon tectonic movements, it ruptured, and its parts were dispersed over the area and flooded by the rising ocean. Wind, waves, water currents, and tides gradually eroded the islands thus formed, sometimes producing peculiar shapes, such as Ko Ta Pu. Tide-related erosion is visible at the bottom of the rock.

answers: NDQ_000702

answers: rising ocean

answers: NDQ_000704

answers: Which of the following is not a type of erosion: wind, waves, water currents, or tides?

answers: NDQ_000706

answers: Tide-related

answers: NDQ_000707

answers: tectonic movements occur

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: high tide, water currents, or tides?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: iv.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: rising ocean

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: rising ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the area was a barrier reef

answers: NDQ_000739

answers: rising

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: NDQ_000743

answers: Wind, waves, water currents

answers: NDQ_000744

answers: tide-related

answers: NDQ_000745

answers: rising ocean

answers: NDQ_000746

answers: NDQ_000702

answers: rising ocean.

answers: NDQ_000704

answers: water currents,

answers: NDQ_000706

answers: rising ocean.

answers: NDQ_000707

answers: tectonic movements,

answers: NDQ_000710

answers: rising ocean.

answers: NDQ_000715

answers: waves, water currents, and tides

answers: NDQ_000718

answers: waves, water currents, and tides

answers: NDQ_000720

answers: Wind, waves, water currents, and tides

answers: NDQ_000721

answers: rising ocean.

answers: NDQ_000722

answers: rising ocean.

answers: NDQ_000723

answers: waves,

answers: NDQ_000724

answers: Wind,

answers: NDQ_000725

answers: tides

answers: NDQ_000726

answers: Wind,

answers: NDQ_000727

answers: tides

answers: NDQ_000728

answers: Wind, waves, water currents, and tides

answers: NDQ_000729

answers: Wind, waves, water currents, and tides

answers: NDQ_000730

answers: tides

answers: NDQ_000731

answers: tides

answers: NDQ_000732

answers: Wind, waves, water currents, and tides

answers: NDQ_000733

answers: tides

answers: NDQ_000734

answers: rising ocean.

answers: NDQ_000735

answers: rising ocean.

answers: NDQ_000736

answers: Tide-related erosion is visible at the bottom of the rock.

answers: NDQ_000737

answers: ocean.

answers: NDQ_000738

answers: flooded by the rising ocean.

answers: NDQ_000739

answers: rising

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: water currents,

answers: NDQ_000742

answers: tides

answers: NDQ_000743

answers: Wind, waves, water currents, and tides

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: rising ocean.

answers: NDQ_000746

answers: ocean.

text: Surface oceanic currents are sometimes wind driven and develop their typical clockwise spirals in the northern hemisphere and counter-clockwise rotation in the southern hemisphere due to imposed wind stresses. In these wind driven currents, the Ekman spiral effect results in the currents flowing at an angle to the driving winds. In addition, the areas of surface ocean currents move somewhat with the seasons; this is most notable in equatorial currents.

text: Surface oceanic currents are sometimes wind driven and develop their typical clockwise spirals in the

text: northern hemisphere

text: and counter-clockwise rotation in the

text: southern hemisphere

text: due to imposed wind stresses. In these wind driven currents, the

text: Ekman spiral

text: effect results in the currents flowing at an angle to the driving winds. In addition, the areas of surface ocean currents move somewhat with the

text: season

text: s; this is most notable in equatorial currents.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: How are surface oceanic currents driven?

answers: NDQ_000706

answers: equatorial

answers: NDQ_000707

answers: it has a lot of energy

answers: NDQ_000710

answers: surface oceanic currents

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: the Ekman spiral effect

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: season

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Ekman spiral effect

answers: NDQ_000737

answers: oceanic current

answers: NDQ_000738

answers: the areas of surface ocean currents move somewhat with the seasons

answers: NDQ_000739

answers: equatorial

answers: NDQ_000740

answers: seasons

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: surface oceanic currents

answers: NDQ_000746

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: wind driven

answers: NDQ_000706

answers: equatorial

answers: NDQ_000707

answers: imposed wind stresses.

answers: NDQ_000710

answers: Surface oceanic currents

answers: NDQ_000715

answers: imposed wind stresses.

answers: NDQ_000718

answers: Surface oceanic currents

answers: NDQ_000720

answers: Surface oceanic currents

answers: NDQ_000721

answers: wind driven

answers: NDQ_000722

answers: Surface oceanic currents

answers: NDQ_000723

answers: Surface oceanic currents

answers: NDQ_000724

answers: wind stresses.

answers: NDQ_000725

answers: clockwise spirals in the northern hemisphere

answers: NDQ_000726

answers: wind stresses.

answers: NDQ_000727

answers: Surface oceanic currents

answers: NDQ_000728

answers: Surface oceanic currents

answers: NDQ_000729

answers: counter-clockwise rotation in the southern hemisphere

answers: NDQ_000730

answers: wind driven

answers: NDQ_000731

answers: angle to the driving winds.

answers: NDQ_000732

answers: Ekman spiral effect

answers: NDQ_000733

answers: clockwise spirals in the northern hemisphere

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: clockwise spirals in the northern hemisphere

answers: NDQ_000736

answers: counter-clockwise rotation

answers: NDQ_000737

answers: Surface oceanic currents

answers: NDQ_000738

answers: clockwise spirals in the northern hemisphere

answers: NDQ_000739

answers: wind stresses.

answers: NDQ_000740

answers: seasons;

answers: NDQ_000741

answers: Surface oceanic currents

answers: NDQ_000742

answers: Surface oceanic currents

answers: NDQ_000743

answers: wind stresses.

answers: NDQ_000744

answers: Surface oceanic currents

answers: NDQ_000745

answers: Surface oceanic currents

answers: NDQ_000746

answers: Surface oceanic currents

text: A small Rossby number signifies a system which is strongly affected by Coriolis forces, and a large Rossby number signifies a system in which inertial and centrifugal forces dominate. For example, in tornadoes, the Rossby number is large (≈ 10), in low-pressure systems it is low (≈ 0.1 – 1) and in oceanic systems it is of the order of unity, but depending on the phenomena can range over several orders of magnitude (≈ 10 – 10). As a result, in tornadoes the Coriolis force is negligible, and balance is between pressure and centrifugal forces (called cyclostrophic balance). Cyclostrophic balance also commonly occurs in the inner core of a tropical cyclone. In low-pressure systems, centrifugal force is negligible and balance is between Coriolis and pressure forces (called geostrophic balance). In the oceans all three forces are comparable (called cyclogeostrophic balance). For a figure showing spatial and temporal scales of motions in the atmosphere and oceans, see Kantha and Clayson.

text: A small Rossby number signifies a system which is strongly affected by Coriolis forces, and a large Rossby number signifies a system in which inertial and centrifugal forces dominate. For example, in

text: tornado

text: es, the Rossby number is large (≈ 10), in

text: low-pressure system

text: s it is low (≈ 0.1 – 1) and in oceanic systems it is of the order of unity, but depending on the phenomena can range over several orders of magnitude (≈ 10 – 10). As a result, in tornadoes the Coriolis force is negligible, and balance is between pressure and centrifugal forces (called cyclostrophic balance). Cyclostrophic balance also commonly occurs in the inner core of a

text: tropical cyclone

text: . In low-pressure systems, centrifugal force is negligible and balance is between Coriolis and pressure forces (called

text: geostrophic balance

text: ). In the oceans all three forces are comparable (called

text: cyclogeostrophic balance

text: ). For a figure showing spatial and temporal scales of motions in the atmosphere and oceans, see Kantha and Clayson.

answers: NDQ_000702

answers: Coriolis forces

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: cyclogeostrophic balance

answers: NDQ_000707

answers: centrifugal force is negligible

answers: NDQ_000710

answers: Coriolis forces to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is a crest?

answers: NDQ_000720

answers: 10 – 10

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Coriolis forces

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: Inertial and centrifugal forces

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Rossby number

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: Coriolis forces

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Rossby number

answers: NDQ_000737

answers: oceanic system

answers: NDQ_000738

answers: inertial and centrifugal forces dominate

answers: NDQ_000739

answers: low-pressure

answers: NDQ_000740

answers: cyclostrophic balance

answers: NDQ_000741

answers: cyclone

answers: NDQ_000742

answers: low-pressure systems

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: Coriolis forces

answers: NDQ_000746

answers: Rossby number

answers: NDQ_000702

answers: Coriolis forces,

answers: NDQ_000704

answers: Coriolis forces,

answers: NDQ_000706

answers: cyclogeostrophic balance).

answers: NDQ_000707

answers: Coriolis forces,

answers: NDQ_000710

answers: Coriolis forces,

answers: NDQ_000715

answers: unity,

answers: NDQ_000718

answers: 0.1 – 1)

answers: NDQ_000720

answers: 10 – 10).

answers: NDQ_000721

answers: Coriolis forces,

answers: NDQ_000722

answers: low-pressure systems it is low (<unk> 0.1 – 1)

answers: NDQ_000723

answers: cyclogeostrophic balance).

answers: NDQ_000724

answers: cyclogeostrophic balance).

answers: NDQ_000725

answers: 0.1 – 1)

answers: NDQ_000726

answers: cyclostrophic balance).

answers: NDQ_000727

answers: 0.1 – 1)

answers: NDQ_000728

answers: cyclogeostrophic balance).

answers: NDQ_000729

answers: Coriolis forces,

answers: NDQ_000730

answers: cyclogeostrophic balance).

answers: NDQ_000731

answers: cyclostrophic balance).

answers: NDQ_000732

answers: cyclogeostrophic balance).

answers: NDQ_000733

answers: cyclogeostrophic balance).

answers: NDQ_000734

answers: Coriolis forces,

answers: NDQ_000735

answers: low-pressure systems it is low (<unk> 0.1 – 1)

answers: NDQ_000736

answers: Rossby number

answers: NDQ_000737

answers: Rossby number

answers: NDQ_000738

answers: strongly affected by Coriolis forces,

answers: NDQ_000739

answers: cyclogeostrophic balance).

answers: NDQ_000740

answers: 10 – 10).

answers: NDQ_000741

answers: cyclogeostrophic balance).

answers: NDQ_000742

answers: cyclogeostrophic balance).

answers: NDQ_000743

answers: Coriolis forces,

answers: NDQ_000744

answers: Coriolis forces,

answers: NDQ_000745

answers: cyclogeostrophic balance).

answers: NDQ_000746

answers: unity,

text: The term "Inside Passage" is also often used to refer to the ocean and islands around the passage itself. The Inside Passage is also sometimes mistakenly referred to as the "Inland Passage" which is in turn a reference to early explorers' quests to locate the Northwest Passage between the Pacific Ocean and the Atlantic Ocean.

text: The term "Inside Passage" is also often used to refer to the ocean and islands around the passage itself. The Inside Passage is also sometimes mistakenly referred to as the "Inland Passage" which is in turn a reference to early explorers' quests to locate the

text: Northwest Passage

text: between the

text: Pacific Ocean

text: and the

text: Atlantic Ocean

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Pacific Ocean, Atlantic Ocean or Atlantic Ocean?

answers: NDQ_000706

answers: Northwest Passage

answers: NDQ_000707

answers: it is in the ocean

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The Northwest Passage

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day does the Northwest Passage rise and fall?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: What is the cause of Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Northwest Passage

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Northwest Passage

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Northwest Passage is also sometimes mistakenly referred to as the "Inland Passage"

answers: NDQ_000739

answers: Inside Passage

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: Northwest Passage

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: The Northwest Passage

answers: NDQ_000746

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: Pacific Ocean and the Atlantic Ocean.

answers: NDQ_000706

answers: "Inside Passage"

answers: NDQ_000707

answers: "Inland Passage"

answers: NDQ_000710

answers: islands

answers: NDQ_000715

answers: "Inland Passage"

answers: NDQ_000718

answers: "Inland Passage"

answers: NDQ_000720

answers: The term "Inside Passage"

answers: NDQ_000721

answers: "Inland Passage"

answers: NDQ_000722

answers: "Inland Passage"

answers: NDQ_000723

answers: "Inland Passage"

answers: NDQ_000724

answers: "Inland Passage"

answers: NDQ_000725

answers: "Inside Passage"

answers: NDQ_000726

answers: "Inland Passage"

answers: NDQ_000727

answers: "Inside Passage"

answers: NDQ_000728

answers: "Inside Passage"

answers: NDQ_000729

answers: "Inland Passage"

answers: NDQ_000730

answers: The term "Inside Passage"

answers: NDQ_000731

answers: "Inland Passage"

answers: NDQ_000732

answers: "Inside Passage"

answers: NDQ_000733

answers: Pacific Ocean and the Atlantic Ocean.

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: "Inland Passage"

answers: NDQ_000736

answers: "Inland Passage"

answers: NDQ_000737

answers: "Inside Passage"

answers: NDQ_000738

answers: "Inland Passage"

answers: NDQ_000739

answers: "Inland Passage"

answers: NDQ_000740

answers: Pacific Ocean and the Atlantic Ocean.

answers: NDQ_000741

answers: "Inside Passage"

answers: NDQ_000742

answers: "Inside Passage"

answers: NDQ_000743

answers: "Inland Passage"

answers: NDQ_000744

answers: "Inside Passage"

answers: NDQ_000745

answers: "Inside Passage"

answers: NDQ_000746

answers: "Inland Passage"

text: Clinus agilis, the Agile klipfish, is a species of clinid found in subtropical waters of the Atlantic Ocean from Namibia to South Africa where it is commonly found in estuaries and tide pools.  This species can reach a maximum length of  TL.

text: Clinus agilis, the Agile klipfish, is a species of

text: clinid

text: found in

text: subtropical

text: waters of the

text: Atlantic Ocean

text: from

text: Namibia

text: to

text: South Africa

text: where it is commonly found in

text: estuaries

text: and

text: tide pools

text: .  This species can reach a maximum length of

text: TL

answers: NDQ_000702

answers: Agile klipfish

answers: NDQ_000704

answers: What is the most common type of current in the Atlantic Ocean?

answers: NDQ_000706

answers: tide pools

answers: NDQ_000707

answers: it is too large.

answers: NDQ_000710

answers: tide pools closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the crest of a tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: The Atlantic Ocean

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What is the maximum length of the Agile klipfish?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: the Atlantic Ocean from Namibia to South Africa where it is commonly found in estuaries

answers: NDQ_000739

answers: subtropical

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: tide pools

answers: NDQ_000746

answers: NDQ_000702

answers: Atlantic Ocean

answers: NDQ_000704

answers: tide pools.

answers: NDQ_000706

answers: tide pools.

answers: NDQ_000707

answers: tide pools.

answers: NDQ_000710

answers: tide pools.

answers: NDQ_000715

answers: TL.

answers: NDQ_000718

answers: TL.

answers: NDQ_000720

answers: Clinus agilis,

answers: NDQ_000721

answers: tide pools.

answers: NDQ_000722

answers: tide pools.

answers: NDQ_000723

answers: tide pools.

answers: NDQ_000724

answers: Clinus agilis,

answers: NDQ_000725

answers: tide pools.

answers: NDQ_000726

answers: Clinus agilis,

answers: NDQ_000727

answers: tide pools.

answers: NDQ_000728

answers: Clinus agilis,

answers: NDQ_000729

answers: Clinus agilis,

answers: NDQ_000730

answers: tide pools.

answers: NDQ_000731

answers: Clinus agilis,

answers: NDQ_000732

answers: Clinus agilis,

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: tide pools.

answers: NDQ_000736

answers: tide pools.

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: tide pools.

answers: NDQ_000739

answers: subtropical

answers: NDQ_000740

answers: tide pools.

answers: NDQ_000741

answers: tide pools.

answers: NDQ_000742

answers: tide pools.

answers: NDQ_000743

answers: clinid found in subtropical waters

answers: NDQ_000744

answers: tide pools.

answers: NDQ_000745

answers: tide pools.

answers: NDQ_000746

answers: TL.

text: Atmospheric tides are also produced through the gravitational effects of the Moon. Lunar (gravitational) tides are much weaker than solar (thermal) tides and are generated by the motion of the Earth's oceans (caused by the Moon) and to a lesser extent the effect of the Moon's gravitational attraction on the atmosphere.

text: Atmospheric tides are also produced through the gravitational effects of the Moon. Lunar (gravitational) tides are much weaker than solar (thermal) tides and are generated by the motion of the Earth's oceans (caused by the Moon) and to a lesser extent the effect of the Moon's gravitational attraction on the atmosphere.

answers: NDQ_000702

answers: the Moon

answers: NDQ_000704

answers: are caused by the motion of the Earth's oceans

answers: NDQ_000706

answers: atmospheric tides

answers: NDQ_000707

answers: gravitational force is exerted on it

answers: NDQ_000710

answers: Atmospheric tides

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How are atmospheric tides different from solar tides?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: (iv)

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: the Moon

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: gravitational effects

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Solar (thermal) tides are much stronger than lunar (gravitational) tides

answers: NDQ_000739

answers: evaporating

answers: NDQ_000740

answers: atmospheric tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: Atmospheric

answers: NDQ_000743

answers: NDQ_000744

answers: gravitational

answers: NDQ_000745

answers: atmospheric tides

answers: NDQ_000746

answers: gravitational

answers: NDQ_000702

answers: the motion of the Earth's oceans

answers: NDQ_000704

answers: solar (thermal) tides

answers: NDQ_000706

answers: Atmospheric tides

answers: NDQ_000707

answers: gravitational effects of the Moon.

answers: NDQ_000710

answers: Atmospheric tides

answers: NDQ_000715

answers: Atmospheric tides

answers: NDQ_000718

answers: Atmospheric tides

answers: NDQ_000720

answers: Atmospheric tides

answers: NDQ_000721

answers: (thermal) tides

answers: NDQ_000722

answers: Atmospheric tides

answers: NDQ_000723

answers: Atmospheric tides

answers: NDQ_000724

answers: Atmospheric tides

answers: NDQ_000725

answers: Atmospheric tides

answers: NDQ_000726

answers: Atmospheric tides

answers: NDQ_000727

answers: Atmospheric tides

answers: NDQ_000728

answers: Atmospheric tides

answers: NDQ_000729

answers: the Moon)

answers: NDQ_000730

answers: solar (thermal) tides

answers: NDQ_000731

answers: solar (thermal) tides

answers: NDQ_000732

answers: Atmospheric tides

answers: NDQ_000733

answers: Atmospheric tides

answers: NDQ_000734

answers: the motion of the Earth's oceans

answers: NDQ_000735

answers: weaker than solar (thermal) tides

answers: NDQ_000736

answers: (thermal) tides

answers: NDQ_000737

answers: Atmospheric tides

answers: NDQ_000738

answers: solar (thermal) tides

answers: NDQ_000739

answers: (thermal) tides

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: Atmospheric tides

answers: NDQ_000743

answers: gravitational effects of the Moon.

answers: NDQ_000744

answers: Lunar (gravitational) tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: Lunar (gravitational) tides

text: Greek historian Thucydides suggested in his late-5th century BC History of the Peloponnesian War, that tsunamis were related to submarine earthquakes, but the understanding of a tsunami's nature remained slim until the 20th century and much remains unknown.  Major areas of current research include trying to determine why some large earthquakes do not generate tsunamis while other smaller ones do; trying to accurately forecast the passage of tsunamis across the oceans; and also to forecast how tsunami waves interact with specific shorelines.

text: Greek

text: historian

text: Thucydides

text: suggested in his late-5th century BC

text: History of the Peloponnesian War

text: , that tsunamis were related to

text: submarine earthquake

text: s, but the understanding of a tsunami's nature remained slim until the 20th century and much remains unknown.  Major areas of current research include trying to determine why some large earthquakes do not generate tsunamis while other smaller ones do; trying to accurately forecast the passage of tsunamis across the oceans; and also to forecast how tsunami waves interact with specific shorelines.

answers: NDQ_000702

answers: submarine earthquakes

answers: NDQ_000704

answers: Which of the following is not a type of tsunami: submarine earthquakes, tsunamis or surface currents?

answers: NDQ_000706

answers: tsunamis

answers: NDQ_000707

answers: a large earthquake occurs

answers: NDQ_000710

answers: Tsunamis

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: large earthquakes

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: submarine earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: tsunamis

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tsunamis were related to submarine earthquakes

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: tsunamis

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What is the main idea of this passage?

answers: NDQ_000744

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: submarine earthquakes,

answers: NDQ_000704

answers: tsunami waves interact with specific shorelines.

answers: NDQ_000706

answers: shorelines.

answers: NDQ_000707

answers: earthquakes,

answers: NDQ_000710

answers: tsunami waves interact with specific shorelines.

answers: NDQ_000715

answers: tsunami waves interact with specific shorelines.

answers: NDQ_000718

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000720

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000721

answers: submarine earthquakes,

answers: NDQ_000722

answers: tsunami waves interact with specific shorelines.

answers: NDQ_000723

answers: tsunami waves interact with specific shorelines.

answers: NDQ_000724

answers: earthquakes,

answers: NDQ_000725

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000726

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000727

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000728

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000729

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000730

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000731

answers: late-5th century BC History of the Peloponnesian War,

answers: NDQ_000732

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000733

answers: late-5th century BC History of the Peloponnesian War,

answers: NDQ_000734

answers: submarine earthquakes,

answers: NDQ_000735

answers: late-5th century BC History of the Peloponnesian War,

answers: NDQ_000736

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000737

answers: oceans;

answers: NDQ_000738

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000739

answers: submarine earthquakes,

answers: NDQ_000740

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000741

answers: tsunami waves

answers: NDQ_000742

answers: tsunamis were related to submarine earthquakes,

answers: NDQ_000743

answers: tsunami waves interact with specific shorelines.

answers: NDQ_000744

answers: tsunamis

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: late-5th century BC History of the Peloponnesian War,

text: Between 1965 and 1975 Munk turned to investigations of ocean tides, being partially motivated by their effects on the Earth's rotation.  Modern methods of time-series and spectral analysis were brought to bear on tidal analysis, leading to the development of the "response method" of tidal analysis.  With Frank Snodgrass, Munk developed deep-ocean pressure sensors that could be used to provide tidal data far from any land.  One highlight of this work was the discovery of the semidiurnal amphidrome midway between California and Hawaii.

text: Between 1965 and 1975 Munk turned to investigations of

text: ocean tides

text: , being partially motivated by their effects on the Earth's rotation.  Modern methods of time-series and spectral analysis were brought to bear on

text: tidal analysis

text: , leading to the development of the "response method" of tidal analysis.  With

text: Frank Snodgrass

text: , Munk developed deep-ocean pressure sensors that could be used to provide tidal data far from any land.  One highlight of this work was the discovery of the semidiurnal

text: amphidrome

text: midway between California and Hawaii.

answers: NDQ_000702

answers: Earth's rotation

answers: NDQ_000704

answers: Which of the following is not a type of tidal analysis: time-series or spectral analysis?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: ocean pressure is too low

answers: NDQ_000710

answers: tidal data far from any land

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: None of the above choices

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: the "response method"

answers: NDQ_000728

answers: deep-ocean pressure sensors

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: the Earth's rotation

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Earth's rotation

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Earth's rotation

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: deep-ocean pressure sensors could be used to provide tidal data far from any land

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: semidiurnal amphidrome

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: semidiurnal

answers: NDQ_000745

answers: ocean tides

answers: NDQ_000746

answers: semidiurnal amphidrome

answers: NDQ_000702

answers: Earth's rotation.

answers: NDQ_000704

answers: ocean tides,

answers: NDQ_000706

answers: deep-ocean

answers: NDQ_000707

answers: Earth's rotation.

answers: NDQ_000710

answers: ocean tides,

answers: NDQ_000715

answers: semidiurnal amphidrome

answers: NDQ_000718

answers: semidiurnal amphidrome

answers: NDQ_000720

answers: ocean tides,

answers: NDQ_000721

answers: Earth's rotation.

answers: NDQ_000722

answers: deep-ocean pressure sensors

answers: NDQ_000723

answers: ocean tides,

answers: NDQ_000724

answers: tides,

answers: NDQ_000725

answers: tides,

answers: NDQ_000726

answers: ocean tides,

answers: NDQ_000727

answers: tidal analysis,

answers: NDQ_000728

answers: ocean tides,

answers: NDQ_000729

answers: ocean tides,

answers: NDQ_000730

answers: Earth's rotation.

answers: NDQ_000731

answers: semidiurnal amphidrome

answers: NDQ_000732

answers: semidiurnal amphidrome

answers: NDQ_000733

answers: ocean tides,

answers: NDQ_000734

answers: Earth's rotation.

answers: NDQ_000735

answers: rotation.

answers: NDQ_000736

answers: semidiurnal amphidrome

answers: NDQ_000737

answers: ocean tides,

answers: NDQ_000738

answers: their effects on the Earth's rotation.

answers: NDQ_000739

answers: deep-ocean pressure sensors

answers: NDQ_000740

answers: tides,

answers: NDQ_000741

answers: tides,

answers: NDQ_000742

answers: semidiurnal amphidrome

answers: NDQ_000743

answers: rotation.

answers: NDQ_000744

answers: semidiurnal amphidrome

answers: NDQ_000745

answers: tides,

answers: NDQ_000746

answers: rotation.

text: The mouth of the Klamath and nearby sections of the river are susceptible to oceanic tsunami surges, and fatalities have occurred there during the 1964 and 2011 Pacific tsunamis.

text: The mouth of the Klamath and nearby sections of the river are susceptible to oceanic

text: tsunami

text: surges, and fatalities have occurred there during the

text: and

text: 2011 Pacific tsunamis

answers: NDQ_000702

answers: oceanic tsunami surge

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: Pacific

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: oceanic tsunami surges

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or tsunami?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: (iii).

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Pacific

answers: NDQ_000734

answers: oceanic tsunami

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: oceanic tsunami surges

answers: NDQ_000737

answers: oceanic tsunami

answers: NDQ_000738

answers: the oceanic tsunami surges have never occurred

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: river

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami surges

answers: NDQ_000746

answers: NDQ_000702

answers: oceanic tsunami surges,

answers: NDQ_000704

answers: oceanic tsunami surges,

answers: NDQ_000706

answers: oceanic tsunami surges,

answers: NDQ_000707

answers: tsunami surges,

answers: NDQ_000710

answers: oceanic tsunami surges,

answers: NDQ_000715

answers: 1964 and 2011 Pacific tsunamis.

answers: NDQ_000718

answers: 1964 and 2011 Pacific tsunamis.

answers: NDQ_000720

answers: tsunami surges,

answers: NDQ_000721

answers: oceanic tsunami surges,

answers: NDQ_000722

answers: The mouth of the Klamath

answers: NDQ_000723

answers: 1964 and 2011 Pacific tsunamis.

answers: NDQ_000724

answers: tsunami surges,

answers: NDQ_000725

answers: The mouth of the Klamath

answers: NDQ_000726

answers: oceanic tsunami surges,

answers: NDQ_000727

answers: tsunami surges,

answers: NDQ_000728

answers: oceanic tsunami surges,

answers: NDQ_000729

answers: oceanic tsunami surges,

answers: NDQ_000730

answers: oceanic tsunami surges,

answers: NDQ_000731

answers: 1964 and 2011 Pacific tsunamis.

answers: NDQ_000732

answers: 1964 and 2011 Pacific tsunamis.

answers: NDQ_000733

answers: 1964 and 2011

answers: NDQ_000734

answers: oceanic tsunami surges,

answers: NDQ_000735

answers: 1964 and 2011 Pacific tsunamis.

answers: NDQ_000736

answers: tsunami surges,

answers: NDQ_000737

answers: oceanic tsunami surges,

answers: NDQ_000738

answers: oceanic tsunami surges,

answers: NDQ_000739

answers: oceanic tsunami surges,

answers: NDQ_000740

answers: oceanic tsunami surges,

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: oceanic tsunami surges,

answers: NDQ_000743

answers: oceanic tsunami surges,

answers: NDQ_000744

answers: tsunami surges,

answers: NDQ_000745

answers: tsunami surges,

answers: NDQ_000746

answers: 1964 and 2011 Pacific tsunamis.

text: If the Earth were a non-rotating planet, solar heating would cause winds across the mid-latitudes to blow in a poleward direction, away from the subtropical ridge.  However, the Coriolis effect caused by the rotation of Earth causes winds to steer to the right of what would otherwise be expected across the Northern Hemisphere, and left of what would be expected in the Southern Hemisphere.  This is why winds across the Northern Hemisphere tend to blow from the southwest, but they tend to be from the northwest in the Southern Hemisphere.<ref>Ralph Stockman Tarr and Frank Morton McMurry

text: If the Earth were a non-rotating

text: planet

text: , solar heating would cause winds across the mid-latitudes to blow in a poleward direction, away from the subtropical ridge.  However, the

text: Coriolis effect

text: caused by the rotation of Earth causes winds to steer to the right of what would otherwise be expected across the Northern Hemisphere, and left of what would be expected in the Southern Hemisphere.  This is why winds across the Northern Hemisphere tend to blow from the southwest, but they tend to be from the northwest in the Southern Hemisphere.<ref>Ralph Stockman Tarr and Frank Morton McMurry

answers: NDQ_000702

answers: the rotation of Earth

answers: NDQ_000704

answers: are caused by the rotation of the Earth

answers: NDQ_000706

answers: subtropical ridge

answers: NDQ_000707

answers: wind is blowing in the opposite direction

answers: NDQ_000710

answers: subtropical ridge

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the name of the subtropical ridge?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: solar heating

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: the rotation of Earth

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: subtropical

answers: NDQ_000738

answers: the Earth were a non-rotating planet

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: ridge

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: solar heating

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: subtropical ridge

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: rotation of Earth

answers: NDQ_000704

answers: Coriolis effect

answers: NDQ_000706

answers: subtropical ridge.

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: subtropical ridge.

answers: NDQ_000715

answers: Frank Morton McMurry

answers: NDQ_000718

answers: Coriolis effect

answers: NDQ_000720

answers: winds

answers: NDQ_000721

answers: solar heating

answers: NDQ_000722

answers: subtropical ridge.

answers: NDQ_000723

answers: the Coriolis effect

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: If the Earth were a non-rotating planet,

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: If the Earth were a non-rotating planet,

answers: NDQ_000728

answers: winds

answers: NDQ_000729

answers: the Coriolis effect caused by the rotation of Earth

answers: NDQ_000730

answers: Coriolis effect

answers: NDQ_000731

answers: subtropical ridge.

answers: NDQ_000732

answers: left of what would be expected in the Southern Hemisphere.

answers: NDQ_000733

answers: Northern Hemisphere,

answers: NDQ_000734

answers: rotation of Earth

answers: NDQ_000735

answers: solar heating

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: winds

answers: NDQ_000738

answers: subtropical ridge.

answers: NDQ_000739

answers: solar heating

answers: NDQ_000740

answers: solar heating

answers: NDQ_000741

answers: subtropical ridge.

answers: NDQ_000742

answers: subtropical ridge.

answers: NDQ_000743

answers: solar heating

answers: NDQ_000744

answers: subtropical ridge.

answers: NDQ_000745

answers: subtropical ridge.

answers: NDQ_000746

answers: If the Earth were a non-rotating planet,

text: Other kinds of apparatus use interferential currents with four surface electrodes to replace the internal electrodes.

text: Other kinds of apparatus use

text: interferential currents

text: with four surface electrodes to replace the internal electrodes.

answers: NDQ_000702

answers: interferential currents

answers: NDQ_000704

answers: are used to replace internal electrodes in what kind of apparatus?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: a metal object is touching another metal object

answers: NDQ_000710

answers: ice to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It is cold.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: None of the above choices.

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: It is not possible to tell.

answers: NDQ_000730

answers: None of the above choices.

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: None of the above choices.

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: interfering currents

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: internal electrodes replaced by surface electrodes.

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling is a natural process.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: can not be determined

answers: NDQ_000741

answers: isotope

answers: NDQ_000742

answers: can be described as a tide

answers: NDQ_000743

answers: is a term used in electrical engineering

answers: NDQ_000744

answers: can not be used to answer this question

answers: NDQ_000745

answers: can be measured

answers: NDQ_000746

answers: molar mass

answers: NDQ_000702

answers: interferential currents

answers: NDQ_000704

answers: interferential currents with four surface electrodes

answers: NDQ_000706

answers: surface electrodes

answers: NDQ_000707

answers: interferential currents

answers: NDQ_000710

answers: four surface electrodes to replace the internal electrodes.

answers: NDQ_000715

answers: four surface electrodes

answers: NDQ_000718

answers: interferential currents with four surface electrodes

answers: NDQ_000720

answers: interferential currents with four surface electrodes

answers: NDQ_000721

answers: interferential currents with four surface electrodes

answers: NDQ_000722

answers: Other kinds of apparatus use interferential currents with four surface electrodes

answers: NDQ_000723

answers: interferential currents with four surface electrodes

answers: NDQ_000724

answers: Other kinds of apparatus use interferential currents

answers: NDQ_000725

answers: Other kinds of apparatus use interferential currents with four surface electrodes

answers: NDQ_000726

answers: interferential currents with four surface electrodes

answers: NDQ_000727

answers: interferential currents with four surface electrodes

answers: NDQ_000728

answers: interferential currents with four surface electrodes

answers: NDQ_000729

answers: interferential currents with four surface electrodes

answers: NDQ_000730

answers: interferential currents with four surface electrodes

answers: NDQ_000731

answers: interferential currents with four surface electrodes

answers: NDQ_000732

answers: four surface electrodes

answers: NDQ_000733

answers: four surface electrodes

answers: NDQ_000734

answers: interferential currents

answers: NDQ_000735

answers: interferential currents with four surface electrodes

answers: NDQ_000736

answers: four surface electrodes

answers: NDQ_000737

answers: Other kinds of apparatus use interferential currents

answers: NDQ_000738

answers: interferential currents with four surface electrodes

answers: NDQ_000739

answers: interferential currents with four surface electrodes

answers: NDQ_000740

answers: interferential currents with four surface electrodes

answers: NDQ_000741

answers: interferential currents

answers: NDQ_000742

answers: interferential currents with four surface electrodes

answers: NDQ_000743

answers: interferential currents

answers: NDQ_000744

answers: interferential currents with four surface electrodes

answers: NDQ_000745

answers: interferential currents

answers: NDQ_000746

answers: four surface electrodes

text: The lack of surface runoff and terrestrial nutrients results in the relatively shallow waters of the Great Australian Bight being generally low in nutrients, and therefore oligotrophic, compared with many other continental shelves which support major fisheries. Seasonal upwelling of deep ocean water along the coast of the Eyre Peninsula in the eastern part of the Bight brings nutrients to the surface waters, with the resulting fertility creating an important marine hotspot.

text: The lack of surface runoff and terrestrial nutrients results in the relatively shallow waters of the Great Australian Bight being generally low in nutrients, and therefore

text: oligotroph

text: ic, compared with many other

text: continental shelves

text: which support major

text: fisheries

text: . Seasonal upwelling of deep ocean water along the coast of the

text: Eyre Peninsula

text: in the eastern part of the Bight brings nutrients to the surface waters, with the resulting fertility creating an important marine hotspot.

answers: NDQ_000702

answers: seasonal upwelling

answers: NDQ_000704

answers: What causes the shallow waters of the Great Australian Bight to be low in nutrients?

answers: NDQ_000706

answers: marine hotspot

answers: NDQ_000707

answers: surface runoff is not present

answers: NDQ_000710

answers: nutrients to surface waters

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: season

answers: NDQ_000734

answers: seasonal upwelling

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Eyre Peninsula in the eastern part of the Bight

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: seasonal upwelling of deep ocean water

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: runoff

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: surface runoff

answers: NDQ_000744

answers: seasonal upwelling

answers: NDQ_000745

answers: Seasonal upwelling

answers: NDQ_000746

answers: oligotrophic

answers: NDQ_000702

answers: upwelling of deep ocean water

answers: NDQ_000704

answers: Seasonal upwelling

answers: NDQ_000706

answers: deep ocean water along the coast of the Eyre Peninsula

answers: NDQ_000707

answers: upwelling of deep ocean water

answers: NDQ_000710

answers: nutrients to the surface waters,

answers: NDQ_000715

answers: oligotrophic,

answers: NDQ_000718

answers: The lack of surface runoff

answers: NDQ_000720

answers: The lack of surface runoff

answers: NDQ_000721

answers: The lack of surface runoff

answers: NDQ_000722

answers: oligotrophic,

answers: NDQ_000723

answers: Great Australian Bight

answers: NDQ_000724

answers: The lack of surface runoff

answers: NDQ_000725

answers: Great Australian Bight

answers: NDQ_000726

answers: The lack of surface runoff

answers: NDQ_000727

answers: nutrients results in the relatively shallow waters of the Great Australian Bight

answers: NDQ_000728

answers: Seasonal upwelling of deep ocean water

answers: NDQ_000729

answers: terrestrial nutrients results in the relatively shallow waters of the Great Australian Bight

answers: NDQ_000730

answers: The lack of surface runoff

answers: NDQ_000731

answers: The lack of surface runoff

answers: NDQ_000732

answers: The lack of surface runoff

answers: NDQ_000733

answers: Great Australian Bight

answers: NDQ_000734

answers: upwelling of deep ocean water

answers: NDQ_000735

answers: Seasonal upwelling of deep ocean water

answers: NDQ_000736

answers: Seasonal upwelling of deep ocean water

answers: NDQ_000737

answers: marine hotspot.

answers: NDQ_000738

answers: shallow waters of the Great Australian Bight being generally low in nutrients,

answers: NDQ_000739

answers: deep ocean water

answers: NDQ_000740

answers: Seasonal upwelling

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: Seasonal upwelling

answers: NDQ_000743

answers: The lack of surface runoff

answers: NDQ_000744

answers: Seasonal upwelling

answers: NDQ_000745

answers: Seasonal upwelling

answers: NDQ_000746

answers: oligotrophic,

text: On 26 May, Italian and French companies capable of executing deep-sea searches, including ALSEAMAR and the Mauritius-based Deep Ocean Search, were asked by Egypt to help locate the flight recorders.

text: On 26 May, Italian and French companies capable of executing deep-sea searches, including ALSEAMAR and the

text: Mauritius

text: -based Deep Ocean Search, were asked by Egypt to help locate the flight recorders.

answers: NDQ_000702

answers: Deep Ocean Search

answers: NDQ_000704

answers: Which of the following is not a type of current: surface currents, deep currents, or surface currents?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: a wave is too strong

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How do tides affect the ocean?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: deepsea

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: deep-sea search

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: deep sea

answers: NDQ_000742

answers: can not be used to describe

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: can not be determined

answers: NDQ_000746

answers: NDQ_000702

answers: deep-sea

answers: NDQ_000704

answers: deep-sea

answers: NDQ_000706

answers: deep-sea

answers: NDQ_000707

answers: deep-sea searches,

answers: NDQ_000710

answers: flight recorders.

answers: NDQ_000715

answers: deep-sea searches,

answers: NDQ_000718

answers: deep-sea searches, including ALSEAMAR

answers: NDQ_000720

answers: Deep Ocean Search,

answers: NDQ_000721

answers: deep-sea searches,

answers: NDQ_000722

answers: deep-sea

answers: NDQ_000723

answers: deep-sea searches,

answers: NDQ_000724

answers: deep-sea searches,

answers: NDQ_000725

answers: deep-sea searches, including ALSEAMAR

answers: NDQ_000726

answers: deep-sea searches,

answers: NDQ_000727

answers: deep-sea searches,

answers: NDQ_000728

answers: deep-sea searches,

answers: NDQ_000729

answers: Deep Ocean Search, were asked by Egypt to help locate the flight recorders.

answers: NDQ_000730

answers: deep-sea searches, including ALSEAMAR

answers: NDQ_000731

answers: deep-sea searches, including ALSEAMAR

answers: NDQ_000732

answers: Deep Ocean Search, were asked by Egypt to help locate the flight recorders.

answers: NDQ_000733

answers: deep-sea searches, including ALSEAMAR

answers: NDQ_000734

answers: deep-sea

answers: NDQ_000735

answers: deep-sea searches,

answers: NDQ_000736

answers: deep-sea searches,

answers: NDQ_000737

answers: deep-sea

answers: NDQ_000738

answers: deep-sea searches,

answers: NDQ_000739

answers: deep-sea searches,

answers: NDQ_000740

answers: deep-sea searches, including ALSEAMAR

answers: NDQ_000741

answers: deep-sea

answers: NDQ_000742

answers: deep-sea searches, including ALSEAMAR

answers: NDQ_000743

answers: deep-sea searches,

answers: NDQ_000744

answers: deep-sea searches, including ALSEAMAR

answers: NDQ_000745

answers: deep-sea searches,

answers: NDQ_000746

answers: recorders.

text: Changes in bathymetry can affect the strength of an upwelling.  For example, a submarine ridge that extends out from the coast will produce more favorable upwelling conditions than neighboring regions.  Upwelling typically begins at such ridges and remains strongest at the ridge even after developing in other locations.

text: Changes in bathymetry can affect the strength of an upwelling.  For example, a submarine

text: ridge

text: that extends out from the coast will produce more favorable upwelling conditions than neighboring regions.  Upwelling typically begins at such ridges and remains strongest at the ridge even after developing in other locations.

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: can affect the strength of

answers: NDQ_000706

answers: submarine ridge

answers: NDQ_000707

answers: a submarine ridge extends out from the coast

answers: NDQ_000710

answers: changes in bathymetry

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How do tides affect water levels?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: upwelling

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: strength of an upwelling

answers: NDQ_000737

answers: submarine ridge

answers: NDQ_000738

answers: a submarine ridge that extends out from the coast will produce more favorable upwelling conditions

answers: NDQ_000739

answers: surrounded by land

answers: NDQ_000740

answers: bathymetry

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: is a type of

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: upwelling.

answers: NDQ_000704

answers: upwelling.

answers: NDQ_000706

answers: a submarine ridge

answers: NDQ_000707

answers: upwelling.

answers: NDQ_000710

answers: more favorable upwelling conditions than neighboring regions.

answers: NDQ_000715

answers: Changes in bathymetry

answers: NDQ_000718

answers: Changes in bathymetry

answers: NDQ_000720

answers: Changes in bathymetry

answers: NDQ_000721

answers: Changes in bathymetry

answers: NDQ_000722

answers: Changes in bathymetry

answers: NDQ_000723

answers: Changes in bathymetry

answers: NDQ_000724

answers: Changes in bathymetry

answers: NDQ_000725

answers: Changes in bathymetry

answers: NDQ_000726

answers: upwelling.

answers: NDQ_000727

answers: bathymetry

answers: NDQ_000728

answers: Upwelling

answers: NDQ_000729

answers: Changes in bathymetry

answers: NDQ_000730

answers: Changes in bathymetry

answers: NDQ_000731

answers: Changes in bathymetry

answers: NDQ_000732

answers: Changes in bathymetry

answers: NDQ_000733

answers: Changes in bathymetry

answers: NDQ_000734

answers: upwelling.

answers: NDQ_000735

answers: Changes in bathymetry

answers: NDQ_000736

answers: upwelling.

answers: NDQ_000737

answers: submarine ridge

answers: NDQ_000738

answers: remains strongest at the ridge even after developing in other locations.

answers: NDQ_000739

answers: bathymetry

answers: NDQ_000740

answers: Changes in bathymetry

answers: NDQ_000741

answers: upwelling.

answers: NDQ_000742

answers: upwelling.

answers: NDQ_000743

answers: Changes in bathymetry

answers: NDQ_000744

answers: upwelling.

answers: NDQ_000745

answers: upwelling.

answers: NDQ_000746

answers: Changes in bathymetry

text: The River Avon was navigable from Bristol to Bath during the early years of the 13th century, until the construction of mills on the river forced its closure.The modern Avon is navigable from its mouth at Avonmouth, through the Floating Harbour in Bristol, as far as Pulteney Weir in the centre of Bath and just beyond the start of the canal. Beyond Pultney Weir the Avon is still navigable as far as the weir and site of the old "flash lock" at Bathampton but the lock at Pultney has been replaced only with a small boat slide for dinghies and canoes. The stretch from Bristol to Bath is made navigable by the use of locks and weirs at Hanham, Keynsham, Swineford, Saltford, Kelston and Weston, which together overcome a rise of  within .Lock number one on the Kennet and Avon Canal is Hanham Lock, first opened  as part of the Avon Navigation in 1727.  It is the first lock east of Netham, the upstream limit of the Floating Harbour, beyond the suburbs of the city of Bristol. A colliery wharf was sited just west of the lock, but the nearby coal mines closed in the 19th century. The river below Hanham Lock is considered to be tidal, as high tides often pass over the weir at Netham. Some spring tides pass over the weir at Hanham, making the river tidal up to Keynsham Lock. Heading east, the river passes the Somerdale Factory, on its southern bank, which was a chocolate production factory for Cadbury plc – originally built by the Fry family in the 1920s and '30s. On the northern bank is Cleeve Wood, the primary scientific importance of which lies in its particularly large population of Bath Asparagus (Ornithogalum pyrenaicum).A public house has been built on the island between Keynsham Lock and the weir. The weir side of the island is also the mouth of the River Chew.

text: The

text: River Avon

text: was navigable from Bristol to Bath during the early years of the 13th century, until the construction of mills on the river forced its closure.The modern Avon is navigable from its mouth at

text: Avonmouth

text: , through the

text: Floating Harbour

text: in Bristol, as far as

text: Pulteney Weir

text: in the centre of Bath and just beyond the start of the canal. Beyond Pultney Weir the Avon is still navigable as far as the weir and site of the old "flash lock" at Bathampton but the lock at Pultney has been replaced only with a small boat slide for dinghies and canoes. The stretch from Bristol to Bath is made navigable by the use of locks and

text: weir

text: s at

text: Hanham

text: Keynsham

text: Swineford

text: Saltford

text: Kelston

text: and

text: Weston

text: , which together overcome a rise of  within .Lock number one on the Kennet and Avon Canal is

text: Hanham Lock

text: , first opened  as part of the Avon Navigation in 1727.  It is the first lock east of

text: Netham

text: , the upstream limit of the Floating Harbour, beyond the suburbs of the city of Bristol. A colliery

text: wharf

text: was sited just west of the lock, but the nearby

text: coal mines

text: closed in the 19th century. The river below Hanham Lock is considered to be

text: tidal

text: , as high tides often pass over the weir at Netham. Some

text: spring tide

text: s pass over the weir at Hanham, making the river tidal up to

text: Keynsham Lock

text: . Heading east, the river passes the

text: Somerdale Factory

text: , on its southern bank, which was a chocolate production factory for

text: Cadbury plc

text: – originally built by the

text: Fry family

text: in the 1920s and '30s. On the northern bank is

text: Cleeve Wood

text: , the primary scientific importance of which lies in its particularly large population of Bath Asparagus (

text: Ornithogalum pyrenaicum

text: ).A public house has been built on the island between Keynsham Lock and the weir. The weir side of the island is also the mouth of the

text: River Chew

answers: NDQ_000702

answers: spring tides

answers: NDQ_000704

answers: How many locks and weirs are there on the Kennet and Avon Canal?

answers: NDQ_000706

answers: Floating Harbour

answers: NDQ_000707

answers: high tides are higher than low tides

answers: NDQ_000710

answers: The river below Hanham Lock is considered to be tidal

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The river below Hanham Lock

answers: NDQ_000723

answers: What is the difference between high and low tide?

answers: NDQ_000724

answers: Which of the following is not caused by winds: high tides, spring tides, or high tides?

answers: NDQ_000725

answers: How many locks and weirs are there on the Kennet and Avon Canal?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: high tides often pass over the weir at Netham

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: How many high tides pass over the weir at Netham?

answers: NDQ_000734

answers: high tides

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: river tidal up to what lock?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the lock at Pultney has been replaced only with a small boat slide for dinghies and canoes

answers: NDQ_000739

answers: unfrozen

answers: NDQ_000740

answers: tidal

answers: NDQ_000741

answers: River

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: tidal

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: Tidal

answers: NDQ_000746

answers: molar

answers: NDQ_000702

answers: high tides often pass over the weir at Netham.

answers: NDQ_000704

answers: Hanham Lock

answers: NDQ_000706

answers: tidal,

answers: NDQ_000707

answers: high tides

answers: NDQ_000710

answers: Hanham Lock

answers: NDQ_000715

answers: Hanham Lock

answers: NDQ_000718

answers: Hanham Lock

answers: NDQ_000720

answers: Hanham Lock

answers: NDQ_000721

answers: Hanham Lock

answers: NDQ_000722

answers: Somerdale Factory,

answers: NDQ_000723

answers: Hanham Lock

answers: NDQ_000724

answers: tidal, as high tides

answers: NDQ_000725

answers: Hanham Lock

answers: NDQ_000726

answers: Hanham Lock

answers: NDQ_000727

answers: Hanham Lock is considered to be tidal,

answers: NDQ_000728

answers: Hanham Lock

answers: NDQ_000729

answers: Somerdale Factory,

answers: NDQ_000730

answers: Hanham Lock

answers: NDQ_000731

answers: Somerdale Factory,

answers: NDQ_000732

answers: Hanham Lock

answers: NDQ_000733

answers: spring tides

answers: NDQ_000734

answers: rise of within.Lock

answers: NDQ_000735

answers: spring tides

answers: NDQ_000736

answers: pass over the weir at Hanham,

answers: NDQ_000737

answers: Hanham Lock is considered to be tidal,

answers: NDQ_000738

answers: tidal,

answers: NDQ_000739

answers: Hanham Lock

answers: NDQ_000740

answers: high tides

answers: NDQ_000741

answers: tidal,

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: rise of within.Lock

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: tidal,

answers: NDQ_000746

answers: Floating Harbour,

text: Tide is marketed under various sub-brands, such as 2x Ultra Tide. In the late 1960s and early 1970s, it was branded as Tide XK (the XK standing for Xtra Kleaning), but it was rebranded simply as Tide later.

text: Tide is marketed under various sub-brands, such as 2x Ultra Tide. In the late 1960s and early 1970s, it was branded as Tide XK (the XK standing for Xtra Kleaning), but it was rebranded simply as Tide later.

answers: NDQ_000702

answers: Xtra Kleaning

answers: NDQ_000704

answers: What does Tide stand for?

answers: NDQ_000706

answers: Tide

answers: NDQ_000707

answers: Tide XK stands for Xtra Kleaning.

answers: NDQ_000710

answers: Tide XK to market

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Tide XK

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: tide

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Tide XK

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Tide XK standing for Xtra Kleaning

answers: NDQ_000739

answers: 2x Ultra Tide

answers: NDQ_000740

answers: Tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Tide

answers: NDQ_000704

answers: Tide XK

answers: NDQ_000706

answers: Tide is marketed under various sub-brands,

answers: NDQ_000707

answers: Tide is marketed under various sub-brands,

answers: NDQ_000710

answers: Tide is marketed under various sub-brands,

answers: NDQ_000715

answers: Tide XK

answers: NDQ_000718

answers: Tide XK

answers: NDQ_000720

answers: 2x Ultra Tide.

answers: NDQ_000721

answers: Tide

answers: NDQ_000722

answers: Tide is marketed under various sub-brands,

answers: NDQ_000723

answers: Tide XK

answers: NDQ_000724

answers: 2x Ultra Tide.

answers: NDQ_000725

answers: Tide

answers: NDQ_000726

answers: Tide XK

answers: NDQ_000727

answers: Tide

answers: NDQ_000728

answers: Tide

answers: NDQ_000729

answers: Tide XK

answers: NDQ_000730

answers: Tide is marketed under various sub-brands,

answers: NDQ_000731

answers: 2x Ultra Tide.

answers: NDQ_000732

answers: Tide XK

answers: NDQ_000733

answers: Tide

answers: NDQ_000734

answers: Tide

answers: NDQ_000735

answers: 2x Ultra Tide.

answers: NDQ_000736

answers: 2x Ultra Tide.

answers: NDQ_000737

answers: Tide is marketed under various sub-brands,

answers: NDQ_000738

answers: Tide is marketed under various sub-brands,

answers: NDQ_000739

answers: 2x Ultra Tide.

answers: NDQ_000740

answers: 2x Ultra Tide.

answers: NDQ_000741

answers: Tide is marketed under various sub-brands,

answers: NDQ_000742

answers: 2x Ultra Tide.

answers: NDQ_000743

answers: Tide is marketed under various sub-brands,

answers: NDQ_000744

answers: 2x Ultra Tide.

answers: NDQ_000745

answers: 2x Ultra Tide.

answers: NDQ_000746

answers: 2x Ultra Tide.

text: In October 2011, Former Tides CEO Melissa L. Bradley stated in a blog post that Tides supports the Occupy Wall Street movement. She wrote that the movement "represents the best of American ideals and ingenuity."

text: In October 2011, Former Tides CEO Melissa L. Bradley stated in a blog post that Tides supports the

text: Occupy Wall Street

text: movement. She wrote that the movement "represents the best of American ideals and ingenuity."

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: can be caused by

answers: NDQ_000706

answers: unanswerable

answers: NDQ_000707

answers: Melissa L. Bradley is a woman

answers: NDQ_000710

answers: Melissa L. Bradley's statement?

answers: NDQ_000715

answers: None of the above choices.

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: no

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: no

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Occupy Wall Street movement

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling is a natural phenomenon.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: no

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: Occupy Wall Street

answers: NDQ_000704

answers: Occupy Wall Street

answers: NDQ_000706

answers: Occupy Wall Street

answers: NDQ_000707

answers: ingenuity."

answers: NDQ_000710

answers: Occupy Wall Street movement.

answers: NDQ_000715

answers: ingenuity."

answers: NDQ_000718

answers: Occupy Wall Street movement.

answers: NDQ_000720

answers: Occupy Wall Street movement.

answers: NDQ_000721

answers: Occupy Wall Street

answers: NDQ_000722

answers: Occupy Wall Street

answers: NDQ_000723

answers: Tides supports the Occupy Wall Street movement.

answers: NDQ_000724

answers: Occupy Wall Street movement.

answers: NDQ_000725

answers: Tides

answers: NDQ_000726

answers: Occupy Wall Street movement.

answers: NDQ_000727

answers: Tides

answers: NDQ_000728

answers: Occupy Wall Street movement.

answers: NDQ_000729

answers: Occupy Wall Street

answers: NDQ_000730

answers: Occupy Wall Street movement.

answers: NDQ_000731

answers: Occupy Wall Street movement.

answers: NDQ_000732

answers: Occupy Wall Street movement.

answers: NDQ_000733

answers: 2011,

answers: NDQ_000734

answers: Occupy Wall Street

answers: NDQ_000735

answers: 2011,

answers: NDQ_000736

answers: Occupy Wall Street movement.

answers: NDQ_000737

answers: Occupy Wall Street movement.

answers: NDQ_000738

answers: Occupy Wall Street

answers: NDQ_000739

answers: Occupy Wall Street movement.

answers: NDQ_000740

answers: Occupy Wall Street movement.

answers: NDQ_000741

answers: Occupy Wall Street

answers: NDQ_000742

answers: Occupy Wall Street

answers: NDQ_000743

answers: ingenuity."

answers: NDQ_000744

answers: Occupy Wall Street

answers: NDQ_000745

answers: Occupy Wall Street

answers: NDQ_000746

answers: 2011,

text: Smith Dharmasaroja, a meteorologist who predicted the tsunami before it hit, was assigned the development of the Thai tsunami warning system. The Indian Ocean Tsunami warning system was formed in early 2005 immediately after the tragedy of 26 December 2004 to provide an early warning of tsunamis for inhabitants around the Indian Ocean coasts.

text: Smith Dharmasaroja

text: , a meteorologist who predicted the tsunami before it hit, was assigned the development of the Thai tsunami warning system. The Indian Ocean Tsunami warning system was formed in early 2005 immediately after the tragedy of 26 December 2004 to provide an early warning of tsunamis for inhabitants around the Indian Ocean coasts.

answers: NDQ_000702

answers: tsunamis

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Atlantic, Pacific, or Indian?

answers: NDQ_000706

answers: Indian Ocean coasts

answers: NDQ_000707

answers: a body of water pushes against it

answers: NDQ_000710

answers: tsunamis closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or tsunami?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How would you describe Smith Dharmasaroja?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: It's impossible to say

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What is the name of Smith Dharmasaroja?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Indian Ocean coasts

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tsunami warning system was formed immediately after the tragedy of 26 December 2004

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: meteorologist

answers: NDQ_000704

answers: Indian Ocean

answers: NDQ_000706

answers: Indian Ocean coasts.

answers: NDQ_000707

answers: tsunamis

answers: NDQ_000710

answers: tsunamis

answers: NDQ_000715

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000718

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000720

answers: tsunami before it hit, was assigned the development of the Thai tsunami warning system.

answers: NDQ_000721

answers: Smith Dharmasaroja, a meteorologist

answers: NDQ_000722

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000723

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000724

answers: meteorologist

answers: NDQ_000725

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000726

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000727

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000728

answers: The Indian Ocean Tsunami warning system

answers: NDQ_000729

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000730

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000731

answers: 2005

answers: NDQ_000732

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000733

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000734

answers: meteorologist

answers: NDQ_000735

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000736

answers: Thai tsunami warning system.

answers: NDQ_000737

answers: a meteorologist

answers: NDQ_000738

answers: the tsunami before it hit,

answers: NDQ_000739

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000740

answers: meteorologist

answers: NDQ_000741

answers: tsunami warning system. The Indian Ocean Tsunami

answers: NDQ_000742

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000743

answers: The Indian Ocean Tsunami warning system was formed in early 2005

answers: NDQ_000744

answers: Smith Dharmasaroja,

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: 2005

text: In June 2012 TEPCO revealed, that in 2006 and 2008 TEPCO-employees made two studies in which the effect of tsunami-waves higher than the "official" expected height of 5.7 meters was studied on the performance of the reactors. This was done after the large Indian Ocean tsunami in 2004. The conclusion from the simulation in 2006 was, that a 13.5 meter wave would cause a complete loss of all power and would make it impossible to inject water into reactor No.5. The costs to protect the plant for such an event was estimated to be about 25 million dollars. In 2008 the effect of a 10 meter high tsunami was calculated. TEPCO failed in both cases to take advantage of this knowledge, and nothing was done to prevent such an event to happen, because the study sessions were conducted only as a training for junior employees, and the company did not really expect such large tsunamis.

text: In June 2012 TEPCO revealed, that in 2006 and 2008 TEPCO-employees made two studies in which the effect of tsunami-waves higher than the "official" expected height of 5.7 meters was studied on the performance of the reactors. This was done after the large Indian Ocean tsunami in 2004. The conclusion from the simulation in 2006 was, that a 13.5 meter wave would cause a complete loss of all power and would make it impossible to inject water into reactor No.5. The costs to protect the plant for such an event was estimated to be about 25 million dollars. In 2008 the effect of a 10 meter high tsunami was calculated. TEPCO failed in both cases to take advantage of this knowledge, and nothing was done to prevent such an event to happen, because the study sessions were conducted only as a training for junior employees, and the company did not really expect such large tsunamis.

answers: NDQ_000702

answers: Indian Ocean

answers: NDQ_000704

answers: Which of the following is not a type of tsunami: surface currents, tsunamis, or tsunamis?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: height

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or tsunami?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What was the conclusion from the simulation in 2006?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: 13.5 meter wave

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: TEPCO failed in both cases to take advantage of this knowledge

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: Indian Ocean

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: tsunami-waves

answers: NDQ_000704

answers: tsunami-waves

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: power

answers: NDQ_000710

answers: water into reactor No.5.

answers: NDQ_000715

answers: 5.7 meters

answers: NDQ_000718

answers: 5.7 meters

answers: NDQ_000720

answers: tsunami-waves

answers: NDQ_000721

answers: tsunami-waves

answers: NDQ_000722

answers: 5.7 meters

answers: NDQ_000723

answers: 5.7 meters

answers: NDQ_000724

answers: tsunami-waves

answers: NDQ_000725

answers: 5.7 meters

answers: NDQ_000726

answers: tsunami-waves

answers: NDQ_000727

answers: 5.7 meters

answers: NDQ_000728

answers: 5.7 meters

answers: NDQ_000729

answers: 5.7 meters

answers: NDQ_000730

answers: tsunami-waves

answers: NDQ_000731

answers: 5.7 meters

answers: NDQ_000732

answers: 5.7 meters

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: water

answers: NDQ_000735

answers: 2012

answers: NDQ_000736

answers: 5.7 meters

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: the company did not really expect such large tsunamis.

answers: NDQ_000739

answers: Indian Ocean tsunami in 2004.

answers: NDQ_000740

answers: Indian Ocean tsunami in 2004.

answers: NDQ_000741

answers: tsunami-waves

answers: NDQ_000742

answers: Indian Ocean tsunami in 2004.

answers: NDQ_000743

answers: power and would make it impossible to inject water

answers: NDQ_000744

answers: 5.7 meters

answers: NDQ_000745

answers: tsunami-waves

answers: NDQ_000746

answers: 5.7 meters

text: In 1995, development of the Deep-ocean Assessment and Reporting of Tsunamis (DART) system began, with deployment beginning in 2000. Following the 2004 Indian Ocean earthquake and its subsequent tsunamis, additional dart buoys were deployed.

text: In 1995, development of the

text: Deep-ocean Assessment and Reporting of Tsunamis

text: (DART) system began, with deployment beginning in 2000. Following the 2004 Indian Ocean earthquake and its subsequent tsunamis, additional dart buoys were deployed.

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: What caused the 2004 Indian Ocean earthquake?

answers: NDQ_000706

answers: Deep

answers: NDQ_000707

answers: it is pushed by an object

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: tsunamis

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which happened first, the Deep-ocean Assessment and Reporting of Tsunamis (DART) system began, or the 2004 Indian Ocean earthquake and its subsequent tsunamis?

answers: NDQ_000725

answers: How many years after the Indian Ocean earthquake did Dart buoys begin to be deployed?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: The 2004 Indian Ocean earthquake

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What caused surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Dart buoys deployed?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000739

answers: Deep

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunamis

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: Tsunamis

answers: NDQ_000704

answers: Deep-ocean

answers: NDQ_000706

answers: Deep-ocean

answers: NDQ_000707

answers: earthquake

answers: NDQ_000710

answers: tsunamis, additional dart buoys

answers: NDQ_000715

answers: 2000.

answers: NDQ_000718

answers: 2000.

answers: NDQ_000720

answers: Tsunamis

answers: NDQ_000721

answers: Tsunamis

answers: NDQ_000722

answers: Deep-ocean

answers: NDQ_000723

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000724

answers: Tsunamis

answers: NDQ_000725

answers: 2000.

answers: NDQ_000726

answers: 2000.

answers: NDQ_000727

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000728

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000729

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000730

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000731

answers: 2000.

answers: NDQ_000732

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: 2004 Indian Ocean earthquake

answers: NDQ_000735

answers: 2000.

answers: NDQ_000736

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000737

answers: Deep-ocean

answers: NDQ_000738

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000739

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000740

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000741

answers: Tsunamis

answers: NDQ_000742

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000743

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000744

answers: Deep-ocean Assessment and Reporting of Tsunamis

answers: NDQ_000745

answers: tsunamis, additional dart buoys

answers: NDQ_000746

answers: 2000.

text: Weather satellites take advantage of this instability to measure wind speeds over large bodies of water. Waves are generated by the wind, which shears the water at the interface between it and the surrounding air. The computers on board the satellites determine the roughness of the ocean by measuring the wave height. This is done by using radar, where a radio signal is transmitted to the surface and the delay from the reflected signal is recorded, known as the "time of flight". From this meteorologists are able to understand the movement of clouds and the expected air turbulence near them.

text: Weather satellites take advantage of this instability to measure wind speeds over large bodies of water. Waves are generated by the wind, which shears the water at the interface between it and the surrounding air. The computers on board the satellites determine the roughness of the ocean by measuring the wave height. This is done by using

text: radar

text: , where a radio signal is transmitted to the surface and the delay from the reflected signal is recorded, known as the "time of flight". From this meteorologists are able to understand the movement of clouds and the expected air turbulence near them.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: are a type of what?

answers: NDQ_000706

answers: interface between it and the surrounding air

answers: NDQ_000707

answers: wind shears the water

answers: NDQ_000710

answers: waves to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: high tide, crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: yes

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: time of flight

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a radio signal is transmitted to the surface and the delay from the reflected signal is recorded

answers: NDQ_000739

answers: surrounded by air

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Waves

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: Waves

answers: NDQ_000746

answers: NDQ_000702

answers: the wind,

answers: NDQ_000704

answers: Waves

answers: NDQ_000706

answers: at the interface between it and the surrounding air.

answers: NDQ_000707

answers: the wind,

answers: NDQ_000710

answers: Waves

answers: NDQ_000715

answers: height.

answers: NDQ_000718

answers: wave height.

answers: NDQ_000720

answers: Waves

answers: NDQ_000721

answers: wind,

answers: NDQ_000722

answers: Waves

answers: NDQ_000723

answers: Waves

answers: NDQ_000724

answers: Waves

answers: NDQ_000725

answers: Waves

answers: NDQ_000726

answers: Waves are generated by the wind,

answers: NDQ_000727

answers: Waves

answers: NDQ_000728

answers: Waves

answers: NDQ_000729

answers: Waves

answers: NDQ_000730

answers: Waves

answers: NDQ_000731

answers: instability to measure wind speeds over large bodies of water.

answers: NDQ_000732

answers: Waves

answers: NDQ_000733

answers: Waves

answers: NDQ_000734

answers: the wind,

answers: NDQ_000735

answers: instability to measure wind speeds over large bodies of water.

answers: NDQ_000736

answers: Waves

answers: NDQ_000737

answers: wind speeds over large bodies of water.

answers: NDQ_000738

answers: Waves

answers: NDQ_000739

answers: wind,

answers: NDQ_000740

answers: Waves

answers: NDQ_000741

answers: Waves

answers: NDQ_000742

answers: Waves

answers: NDQ_000743

answers: Waves are generated by the wind,

answers: NDQ_000744

answers: Waves

answers: NDQ_000745

answers: Waves

answers: NDQ_000746

answers: Weather satellites

text: The origins of Tropical Storm Norman were from the same tropical wave that spawned Atlantic Hurricane Gordon, which emerged off the coast of Africa on September 4. The wave moved westward, with the southern portion of the wave crossing Central America while Gordon formed in the northwest Caribbean Sea. When the wave reached the eastern Pacific Ocean on September 16, it interacted with a pre-existing low-level circulation, which produced a large area of disturbed weather. On September 18, the convection began contracting and organizing, gradually developing a circular area of thunderstorms with well-defined outflow. It is estimated that at 0000 UTC on September 20, the system developed into Tropical Depression Sixteen-E, about 205 miles (335 km) south-southeast of Manzanillo, Colima.

text: The origins of Tropical Storm Norman were from the same

text: tropical wave

text: that spawned Atlantic

text: Hurricane Gordon

text: , which emerged off the coast of Africa on September 4. The wave moved westward, with the southern portion of the wave crossing Central America while Gordon formed in the northwest Caribbean Sea. When the wave reached the eastern Pacific Ocean on September 16, it interacted with a pre-existing low-level circulation, which produced a large area of disturbed weather. On September 18, the convection began contracting and organizing, gradually developing a circular area of thunderstorms with well-defined

text: outflow

text: . It is estimated that at 0000

text: UTC

text: on September 20, the system developed into Tropical Depression Sixteen-E, about 205 miles (335 km) south-southeast of

text: Manzanillo

text: Colima

answers: NDQ_000702

answers: Tropical Storm Norman

answers: NDQ_000704

answers: What caused Norman to develop into Tropical Depression Sixteen-E?

answers: NDQ_000706

answers: eastern Pacific Ocean

answers: NDQ_000707

answers: it collides with another wave

answers: NDQ_000710

answers: Tropical Depression Sixteen-E

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: tropical storms

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many days did Tropical Storm Norman last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Tropical Depression Sixteen-E

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What caused surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: low-level circulation

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a circular area of thunderstorms with well-defined outflow

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: 0000 UTC

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: convection

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: convection

answers: NDQ_000746

answers: 335 km

answers: NDQ_000702

answers: low-level circulation,

answers: NDQ_000704

answers: low-level circulation,

answers: NDQ_000706

answers: eastern Pacific Ocean

answers: NDQ_000707

answers: pre-existing low-level circulation,

answers: NDQ_000710

answers: thunderstorms with well-defined outflow.

answers: NDQ_000715

answers: tropical wave that spawned Atlantic Hurricane Gordon,

answers: NDQ_000718

answers: 4.

answers: NDQ_000720

answers: tropical wave that spawned Atlantic Hurricane Gordon,

answers: NDQ_000721

answers: 4.

answers: NDQ_000722

answers: Africa

answers: NDQ_000723

answers: tropical wave that spawned Atlantic Hurricane Gordon,

answers: NDQ_000724

answers: tropical wave

answers: NDQ_000725

answers: Tropical Depression Sixteen-E,

answers: NDQ_000726

answers: tropical wave

answers: NDQ_000727

answers: 4.

answers: NDQ_000728

answers: Tropical Depression Sixteen-E,

answers: NDQ_000729

answers: Tropical Depression Sixteen-E,

answers: NDQ_000730

answers: Tropical Depression Sixteen-E,

answers: NDQ_000731

answers: Tropical Depression Sixteen-E,

answers: NDQ_000732

answers: circular

answers: NDQ_000733

answers: Caribbean Sea. When the wave reached the eastern Pacific Ocean

answers: NDQ_000734

answers: tropical wave

answers: NDQ_000735

answers: 4.

answers: NDQ_000736

answers: Tropical Depression Sixteen-E,

answers: NDQ_000737

answers: Caribbean Sea.

answers: NDQ_000738

answers: outflow.

answers: NDQ_000739

answers: low-level circulation,

answers: NDQ_000740

answers: 0000 UTC

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: 4.

answers: NDQ_000743

answers: convection

answers: NDQ_000744

answers: 4.

answers: NDQ_000745

answers: low-level circulation,

answers: NDQ_000746

answers: (335 km)

text: The northern and southern hemispheres have atmospheric circulation systems that are sufficiently independent of each other that there is a noticeable time lag in mixing between the two. The atmospheric / ratio is lower in the southern hemisphere, with an apparent additional age of 30 years for radiocarbon results from the south as compared to the north. This is probably because the greater surface area of ocean in the southern hemisphere means that there is more carbon exchanged between the ocean and the atmosphere than in the north. Since the surface ocean is depleted in  because of the marine effect,  is removed from the southern atmosphere more quickly than in the north.

text: The northern and southern hemispheres have

text: atmospheric circulation

text: systems that are sufficiently independent of each other that there is a noticeable time lag in mixing between the two. The atmospheric / ratio is lower in the southern hemisphere, with an apparent additional age of 30 years for radiocarbon results from the south as compared to the north. This is probably because the greater surface area of ocean in the southern hemisphere means that there is more carbon exchanged between the ocean and the atmosphere than in the north. Since the surface ocean is depleted in  because of the marine effect,  is removed from the southern atmosphere more quickly than in the north.

answers: NDQ_000702

answers: marine effect

answers: NDQ_000704

answers: What causes the time lag in mixing between the two hemispheres?

answers: NDQ_000706

answers: southern hemisphere

answers: NDQ_000707

answers: the water is too cold.

answers: NDQ_000710

answers: ocean water to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many hours does the time lag in mixing between the two?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: the southern hemisphere

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: time lag

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: is removed from the southern atmosphere more quickly than in the north.

answers: NDQ_000739

answers: southern

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: marine effect

answers: NDQ_000742

answers: NDQ_000743

answers: carbon exchange

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: is removed from the southern atmosphere more quickly than in the north

answers: NDQ_000746

answers: ratio

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: surface ocean is depleted in because of the marine effect,

answers: NDQ_000706

answers: southern hemisphere

answers: NDQ_000707

answers: ocean

answers: NDQ_000710

answers: ocean

answers: NDQ_000715

answers: lower in the southern hemisphere,

answers: NDQ_000718

answers: lower in the southern hemisphere,

answers: NDQ_000720

answers: The northern and southern hemispheres

answers: NDQ_000721

answers: The northern and southern hemispheres

answers: NDQ_000722

answers: southern hemisphere,

answers: NDQ_000723

answers: The northern and southern hemispheres

answers: NDQ_000724

answers: ocean

answers: NDQ_000725

answers: ocean

answers: NDQ_000726

answers: ocean

answers: NDQ_000727

answers: lower in the southern hemisphere,

answers: NDQ_000728

answers: southern hemisphere

answers: NDQ_000729

answers: The northern and southern hemispheres

answers: NDQ_000730

answers: ocean

answers: NDQ_000731

answers: The northern and southern hemispheres

answers: NDQ_000732

answers: southern hemisphere

answers: NDQ_000733

answers: The northern and southern hemispheres

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: The northern and southern hemispheres

answers: NDQ_000736

answers: time lag

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the greater surface area of ocean

answers: NDQ_000739

answers: southern hemisphere

answers: NDQ_000740

answers: depleted in because of the marine effect,

answers: NDQ_000741

answers: marine effect,

answers: NDQ_000742

answers: The northern and southern hemispheres

answers: NDQ_000743

answers: carbon

answers: NDQ_000744

answers: The northern and southern hemispheres

answers: NDQ_000745

answers: marine effect,

answers: NDQ_000746

answers: The atmospheric / ratio

text: Rivers and submarine hydrothermal emanations supply 6.1 × 10 g SiO yr to the marine environment. Approximately two-thirds of this silica input is stored in continental margin and deep-sea deposits. Siliceous deep-sea sediments located beneath the Antarctic Convergence (convergence zone) host some 25% of the silica supplied to the oceans (i.e. 1.6 × 10 g SiO yr) and consequently form one of Earth’s major silica sinks. The highest biogenic silica accumulation rates in this area are observed in the South Atlantic, with values as large as 53 cm.kyr during the last 18,000 yr. Further, extensive biogenic silica accumulation has been recorded in the deep-sea sediments of the Bering Sea, Sea of Okhotsk, and Subarctic North Pacific. Total biogenic silica accumulation rates in these regions amounts nearly 0.6 × 10 g SiO yr, which is equivalent to 10% of the dissolved silica input to the oceans. Continental margin upwelling areas, such as the Gulf of California, the Peru and Chile coast, are characteristic for some of the highest biogenic silica accumulation rates in the world. For example, biogenic silica accumulation rates of 69 g SiO/cm/kyr have been reported for the Gulf of California. Due to the laterally confined character of these rapid biogenic silica accumulation zones, upwelling areas solely account for approximately 5% of the dissolved silica supplied to the oceans. At last, extremely low biogenic silica accumulation rates have been observed in the extensive deep-sea deposits of the Atlantic, Indian and Pacific Oceans, rendering these oceans insignificant for the global marine silica budget.

text: Rivers and submarine

text: hydrothermal

text: emanations supply 6.1 × 10 g SiO yr to the marine environment. Approximately two-thirds of this silica input is stored in

text: continental margin

text: and

text: deep-sea

text: deposits. Siliceous deep-sea sediments located beneath the

text: Antarctic Convergence

text: convergence zone

text: ) host some 25% of the silica supplied to the oceans (i.e. 1.6 × 10 g SiO yr) and consequently form one of Earth’s major silica sinks. The highest biogenic silica accumulation rates in this area are observed in the South Atlantic, with values as large as 53 cm.kyr during the last 18,000 yr. Further, extensive biogenic silica accumulation has been recorded in the deep-sea sediments of the

text: Bering Sea

text: Sea of Okhotsk

text: , and

text: Subarctic

text: North Pacific

text: . Total biogenic silica accumulation rates in these regions amounts nearly 0.6 × 10 g SiO yr, which is equivalent to 10% of the dissolved silica input to the oceans. Continental margin upwelling areas, such as the

text: Gulf of California

text: , the Peru and Chile coast, are characteristic for some of the highest biogenic silica accumulation rates in the world. For example, biogenic silica accumulation rates of 69 g SiO/cm/kyr have been reported for the Gulf of California. Due to the laterally confined character of these rapid biogenic silica accumulation zones, upwelling areas solely account for approximately 5% of the dissolved silica supplied to the oceans. At last, extremely low biogenic silica accumulation rates have been observed in the extensive deep-sea deposits of the Atlantic, Indian and Pacific Oceans, rendering these oceans insignificant for the global marine silica budget.

answers: NDQ_000702

answers: upwelling areas

answers: NDQ_000704

answers: Which of the following is not a source of biogenic silica accumulation: deep-sea deposits, upwelling areas, or deep-sea deposits?

answers: NDQ_000706

answers: Gulf of California

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: Approximately two-thirds of this silica input is stored where?

answers: NDQ_000715

answers: 53 cm.kyr

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: deep-sea deposits

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which oceans are insignificant for the global marine silica budget?

answers: NDQ_000725

answers: How many times a day do tides cause water levels to rise?

answers: NDQ_000726

answers: Which of the following is not a type of transfer of energy?

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Sea of Okhotsk

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Sea of Okhotsk

answers: NDQ_000737

answers: Rivers

answers: NDQ_000738

answers: Atlantic, Indian and Pacific Oceans, rendering these oceans insignificant for the global marine silica budget.

answers: NDQ_000739

answers: upwelled

answers: NDQ_000740

answers: 53 cm.kyr

answers: NDQ_000741

answers: Rivers

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: hydrothermal

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling areas

answers: NDQ_000746

answers: 69 g SiO/cm/kyr

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: margin upwelling areas,

answers: NDQ_000706

answers: Continental margin upwelling areas,

answers: NDQ_000707

answers: upwelling areas,

answers: NDQ_000710

answers: 5% of the dissolved silica supplied to the oceans.

answers: NDQ_000715

answers: 53 cm.kyr

answers: NDQ_000718

answers: 5%

answers: NDQ_000720

answers: 5% of the dissolved silica supplied to the oceans.

answers: NDQ_000721

answers: dissolved silica

answers: NDQ_000722

answers: dissolved silica

answers: NDQ_000723

answers: 5%

answers: NDQ_000724

answers: 5% of the dissolved silica supplied to the oceans.

answers: NDQ_000725

answers: 5%

answers: NDQ_000726

answers: 5%

answers: NDQ_000727

answers: 5%

answers: NDQ_000728

answers: Gulf of California.

answers: NDQ_000729

answers: dissolved silica

answers: NDQ_000730

answers: 5%

answers: NDQ_000731

answers: upwelling areas solely account for approximately 5%

answers: NDQ_000732

answers: upwelling areas solely account for approximately 5%

answers: NDQ_000733

answers: dissolved silica

answers: NDQ_000734

answers: oceans.

answers: NDQ_000735

answers: dissolved silica supplied to the oceans.

answers: NDQ_000736

answers: 5% of the dissolved silica supplied to the oceans.

answers: NDQ_000737

answers: upwelling areas,

answers: NDQ_000738

answers: extremely low biogenic

answers: NDQ_000739

answers: upwelling areas,

answers: NDQ_000740

answers: 5% of the dissolved silica supplied to the oceans.

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: dissolved

answers: NDQ_000743

answers: 69 g SiO/cm/kyr

answers: NDQ_000744

answers: dissolved silica

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: 69 g SiO/cm/kyr

text: A major threat to both this crucial intermediate trophic level and the entire upwelling trophic ecosystem is the problem of commercial fishing.  Since upwelling regions are the most productive and species rich areas in the world, they attract a high number of commercial fishers and fisheries.  On one hand, this is another benefit of the upwelling process as it serves as a viable source of food and income for so many people and nations besides marine animals.  However, just as in any ecosystem, the consequences of over-fishing from a population could be detrimental to that population and the ecosystem as a whole.  In upwelling ecosystems, every species present plays a vital role in the functioning of that ecosystem.  If one species is significantly depleted, that will have an effect throughout the rest of the trophic levels.  For example, if a popular prey species is targeted by fisheries, fishermen may collect hundreds of thousands of individuals of this species just by casting their nets into the upwelling waters.  As these fish are depleted, the food source for those who preyed on these fish is depleted.  Therefore, the predators of the targeted fish will begin to die off, and there will not be as many of them to feed the predators above them.  This system continues throughout the entire food chain, resulting in a possible collapse of the ecosystem.  It is possible that the ecosystem may be restored over time, but not all species can recover from events such as these.  Even if the species can adapt, there may be a delay in the reconstruction of this upwelling community.

text: A major threat to both this crucial intermediate

text: trophic level

text: and the entire upwelling trophic

text: ecosystem

text: is the problem of

text: commercial fishing

text: .  Since upwelling regions are the most productive and species rich areas in the world, they attract a high number of commercial fishers and fisheries.  On one hand, this is another benefit of the upwelling process as it serves as a viable source of food and income for so many people and nations besides marine animals.  However, just as in any ecosystem, the consequences of over-fishing from a population could be detrimental to that population and the ecosystem as a whole.  In upwelling ecosystems, every species present plays a vital role in the functioning of that ecosystem.  If one species is significantly depleted, that will have an effect throughout the rest of the trophic levels.  For example, if a popular prey species is targeted by fisheries, fishermen may collect hundreds of thousands of individuals of this species just by casting their nets into the upwelling waters.  As these fish are depleted, the food source for those who preyed on these fish is depleted.  Therefore, the predators of the targeted fish will begin to die off, and there will not be as many of them to feed the predators above them.  This system continues throughout the entire

text: food chain

text: , resulting in a possible collapse of the ecosystem.  It is possible that the ecosystem may be restored over time, but not all species can recover from events such as these.  Even if the species can adapt, there may be a delay in the reconstruction of this upwelling community.

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: Which of the following is not a benefit of upwelling ecosystems?

answers: NDQ_000706

answers: upwelling regions

answers: NDQ_000707

answers: a body of water is moving at a faster rate than the surrounding water

answers: NDQ_000710

answers: What is a benefit of upwelling?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a benefit of the upwelling process?

answers: NDQ_000724

answers: Which of the following is not a benefit of the upwelling process?

answers: NDQ_000725

answers: Which of the following is not a benefit of upwelling ecosystems?

answers: NDQ_000726

answers: Which of the following is not an example of a transfer of energy?

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: What will happen if one species is significantly depleted?

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not a trophic level?

answers: NDQ_000732

answers: Which of the following is not a benefit of the upwelling process?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: commercial fishing

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Upwelling trophic level

answers: NDQ_000737

answers: upwelling region

answers: NDQ_000738

answers: commercial fishing is a benefit of upwelling

answers: NDQ_000739

answers: upwelling

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: waters

answers: NDQ_000742

answers: NDQ_000743

answers: What is a trophic level?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: commercial fishing.

answers: NDQ_000704

answers: upwelling waters.

answers: NDQ_000706

answers: upwelling regions

answers: NDQ_000707

answers: commercial fishing.

answers: NDQ_000710

answers: it serves as a viable source of food and income

answers: NDQ_000715

answers: upwelling trophic ecosystem

answers: NDQ_000718

answers: upwelling trophic ecosystem

answers: NDQ_000720

answers: commercial fishing.

answers: NDQ_000721

answers: commercial fishing.

answers: NDQ_000722

answers: upwelling trophic ecosystem is the problem of commercial fishing.

answers: NDQ_000723

answers: upwelling trophic ecosystem is the problem of commercial fishing.

answers: NDQ_000724

answers: upwelling trophic ecosystem is the problem of commercial fishing.

answers: NDQ_000725

answers: upwelling trophic ecosystem is the problem of commercial fishing.

answers: NDQ_000726

answers: upwelling trophic ecosystem is the problem of commercial fishing.

answers: NDQ_000727

answers: upwelling trophic ecosystem is the problem of commercial fishing.

answers: NDQ_000728

answers: commercial fishing.

answers: NDQ_000729

answers: upwelling trophic ecosystem is the problem of commercial fishing.

answers: NDQ_000730

answers: upwelling trophic ecosystem is the problem of commercial fishing.

answers: NDQ_000731

answers: upwelling trophic ecosystem

answers: NDQ_000732

answers: upwelling trophic ecosystem is the problem of commercial fishing.

answers: NDQ_000733

answers: upwelling trophic ecosystem

answers: NDQ_000734

answers: commercial fishing.

answers: NDQ_000735

answers: upwelling trophic ecosystem is the problem of commercial fishing.

answers: NDQ_000736

answers: upwelling trophic ecosystem

answers: NDQ_000737

answers: intermediate trophic level

answers: NDQ_000738

answers: upwelling regions are the most productive and species rich areas in the world,

answers: NDQ_000739

answers: upwelling waters.

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: upwelling waters.

answers: NDQ_000742

answers: upwelling trophic ecosystem

answers: NDQ_000743

answers: food chain,

answers: NDQ_000744

answers: upwelling trophic ecosystem

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: intermediate trophic level

text: Tidal effects become particularly pronounced near small bodies of high mass, such as neutron stars or black holes, where they are responsible for the "spaghettification" of infalling matter. Tidal forces create the oceanic tide of Earth's oceans, where the attracting bodies are the Moon and, to a lesser extent, the Sun. Tidal forces are also responsible for tidal locking, tidal acceleration, and tidal heating. Tides may also induce seismicity.

text: Tidal effects become particularly pronounced near small bodies of high mass, such as

text: neutron star

text: s or

text: black hole

text: s, where they are responsible for the "

text: spaghettification

text: " of infalling matter. Tidal forces create the oceanic

text: tide

text: of

text: Earth

text: 's oceans, where the attracting bodies are the

text: Moon

text: and, to a lesser extent, the

text: Sun

text: . Tidal forces are also responsible for

text: tidal locking

text: tidal acceleration

text: , and tidal heating.

text: Tides may also induce seismicity

answers: NDQ_000702

answers: Tidal forces

answers: NDQ_000704

answers: Which of the following is not responsible for tidal locking, tidal acceleration, or seismicity?

answers: NDQ_000706

answers: near small bodies of high mass

answers: NDQ_000707

answers: Tidal forces are stronger than the force of gravity

answers: NDQ_000710

answers: Earth's oceans

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: tidal acceleration

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Tidal forces

answers: NDQ_000735

answers: attracting bodies

answers: NDQ_000736

answers: Moon as the attracting body

answers: NDQ_000737

answers: tide

answers: NDQ_000738

answers: the Moon and, to a lesser extent, the Sun

answers: NDQ_000739

answers: near neutron stars

answers: NDQ_000740

answers: oceanic tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: oceanic tide

answers: NDQ_000743

answers: thermal heating

answers: NDQ_000744

answers: oceanic tide

answers: NDQ_000745

answers: oceanic tide

answers: NDQ_000746

answers: high mass

answers: NDQ_000702

answers: Tidal forces

answers: NDQ_000704

answers: Tidal forces create the oceanic tide of Earth's oceans,

answers: NDQ_000706

answers: near small bodies of high mass,

answers: NDQ_000707

answers: Tidal forces

answers: NDQ_000710

answers: seismicity.

answers: NDQ_000715

answers: Tidal effects become particularly pronounced near small bodies of high mass,

answers: NDQ_000718

answers: Tidal effects become particularly pronounced near small bodies of high mass,

answers: NDQ_000720

answers: Tidal effects become particularly pronounced near small bodies of high mass,

answers: NDQ_000721

answers: Moon

answers: NDQ_000722

answers: Tidal effects become particularly pronounced near small bodies of high mass,

answers: NDQ_000723

answers: Tidal forces create the oceanic tide

answers: NDQ_000724

answers: Tidal forces

answers: NDQ_000725

answers: Tidal forces create the oceanic tide

answers: NDQ_000726

answers: Tidal effects

answers: NDQ_000727

answers: Tidal forces

answers: NDQ_000728

answers: Tidal effects become particularly pronounced near small bodies of high mass,

answers: NDQ_000729

answers: Tidal forces

answers: NDQ_000730

answers: the Sun.

answers: NDQ_000731

answers: the Moon

answers: NDQ_000732

answers: Tidal effects become particularly pronounced near small bodies of high mass,

answers: NDQ_000733

answers: Earth's oceans,

answers: NDQ_000734

answers: Tidal forces

answers: NDQ_000735

answers: attracting bodies

answers: NDQ_000736

answers: Moon

answers: NDQ_000737

answers: Tidal

answers: NDQ_000738

answers: neutron stars

answers: NDQ_000739

answers: near small bodies of high mass,

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: oceanic tide

answers: NDQ_000743

answers: Tidal effects

answers: NDQ_000744

answers: oceanic tide

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: mass,

text: Water Music  (Wassermusik), TWV 55:C3, is the common name of an orchestral suite by the German Baroque composer Georg Philipp Telemann,  with the full title Hamburger Ebb' und Fluth (Hamburg ebb and flood). Telemann composed the piece in ten movements to celebrate the centennial anniversary of the  in a performance on 6 April 1723. The suite draws upon Hamburg's geographical location as an important and successful port on the river Elbe while Telemann illustrates the piece with mythological water deities and tone painting giving the nautical theme added depth. The overture begins by representing the physical movement of the ocean, followed by several dance movements: first, the sleeping sea goddess Thetis, the mother of Achilles, who then awakes; the sea god Neptune in love; playful water nymphs known as Naiads; Neptune's son and sea messenger Triton joking; Aeolus, ruler of the winds; and Zephir, god of the west wind.  Two final pieces follow, one depicting the tides of Hamburg and finally, its happy sailors.

text: Water Music  (Wassermusik),

text: TWV

text: 55:C3, is the common name of an orchestral

text: suite

text: by the German Baroque composer

text: Georg Philipp Telemann

text: ,  with the full title Hamburger Ebb' und Fluth (Hamburg ebb and flood). Telemann composed the piece in ten movements to celebrate the centennial anniversary of the  in a performance on 6 April 1723. The suite draws upon

text: Hamburg

text: 's geographical location as an important and successful port on the river

text: Elbe

text: while Telemann illustrates the piece with mythological

text: water deities

text: and

text: tone painting

text: giving the nautical theme added depth. The overture begins by representing the physical movement of the ocean, followed by several dance movements: first, the sleeping sea goddess

text: Thetis

text: , the mother of Achilles, who then awakes; the sea god

text: Neptune

text: in love; playful water nymphs known as

text: Naiads

text: ; Neptune's son and sea messenger

text: Triton

text: joking;

text: Aeolus

text: , ruler of the winds; and Zephir, god of the west wind.  Two final pieces follow, one depicting the tides of Hamburg and finally, its happy sailors.

answers: NDQ_000702

answers: the ocean

answers: NDQ_000704

answers: Hamburger Ebb' und Fluth

answers: NDQ_000706

answers: west wind

answers: NDQ_000707

answers: Aeolus, ruler of the winds

answers: NDQ_000710

answers: Hamburger Ebb und Fluth

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What are the two final pieces depicting?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many movements did the suite have?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: Hamburger Ebb' und Fluth

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: What is the effect caused by?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does the overture begin by representing?

answers: NDQ_000733

answers: Hamburg

answers: NDQ_000734

answers: the west wind

answers: NDQ_000735

answers: occult

answers: NDQ_000736

answers: Hamburger Ebb' und Fluth

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Thetis, the mother of Achilles

answers: NDQ_000739

answers: ebb

answers: NDQ_000740

answers: Ebb' und Fluth

answers: NDQ_000741

answers: Fluth

answers: NDQ_000742

answers: Hamburger Ebb

answers: NDQ_000743

answers: physical movement

answers: NDQ_000744

answers: Fluth

answers: NDQ_000745

answers: Fluth

answers: NDQ_000746

answers: NDQ_000702

answers: physical movement of the ocean,

answers: NDQ_000704

answers: tides of Hamburg

answers: NDQ_000706

answers: west wind.

answers: NDQ_000707

answers: physical movement of the ocean,

answers: NDQ_000710

answers: physical movement of the ocean,

answers: NDQ_000715

answers: 1723.

answers: NDQ_000718

answers: Hamburger Ebb' und Fluth

answers: NDQ_000720

answers: Hamburger Ebb' und Fluth

answers: NDQ_000721

answers: Hamburger Ebb' und Fluth

answers: NDQ_000722

answers: Hamburger Ebb' und Fluth

answers: NDQ_000723

answers: tides of Hamburg

answers: NDQ_000724

answers: Aeolus,

answers: NDQ_000725

answers: tides

answers: NDQ_000726

answers: winds; and Zephir, god of the west wind.

answers: NDQ_000727

answers: Hamburger Ebb' und Fluth

answers: NDQ_000728

answers: physical movement of the ocean,

answers: NDQ_000729

answers: physical movement of the ocean,

answers: NDQ_000730

answers: Hamburger Ebb' und Fluth

answers: NDQ_000731

answers: Hamburger Ebb' und Fluth

answers: NDQ_000732

answers: 6 April 1723.

answers: NDQ_000733

answers: Hamburg

answers: NDQ_000734

answers: physical movement of the ocean,

answers: NDQ_000735

answers: Ebb' und Fluth

answers: NDQ_000736

answers: Hamburger Ebb' und Fluth

answers: NDQ_000737

answers: ocean,

answers: NDQ_000738

answers: happy sailors.

answers: NDQ_000739

answers: physical movement

answers: NDQ_000740

answers: physical movement

answers: NDQ_000741

answers: Fluth

answers: NDQ_000742

answers: Ebb' und Fluth

answers: NDQ_000743

answers: physical movement

answers: NDQ_000744

answers: Ebb' und Fluth

answers: NDQ_000745

answers: physical movement

answers: NDQ_000746

answers: 55:C3,

text: Hundreds of factors are involved in the lunitidal interval, especially near shorelines. However, if you are far enough away from the coast, the dominating consideration is the speed of gravity waves, which increases with the depth of the ocean. (It is proportional to the square root of the depth, for the extremely long gravity waves that transport the water that is following the moon around the earth. The oceans are about 4 km deep and would have to be at least 22 km deep for these waves to keep up with the moon. As mentioned above, a similar time lag accompanies the solar tides, a complicating factor that varies with the phases of the moon.) By observing the age of leap tides, it becomes clear that the delay can actually exceed 24 hours in some locations.

text: Hundreds of factors are involved in the lunitidal interval, especially near shorelines. However, if you are far enough away from the coast, the dominating consideration is the speed of

text: gravity waves

text: , which increases with the depth of the ocean. (It is proportional to the square root of the depth, for the extremely long gravity waves that transport the water that is following the moon around the earth. The oceans are about 4 km deep and would have to be at least 22 km deep for these waves to keep up with the moon. As mentioned above, a similar time lag accompanies the solar tides, a complicating factor that varies with the phases of the moon.) By observing the age of leap tides, it becomes clear that the delay can actually exceed 24 hours in some locations.

answers: NDQ_000702

answers: gravity waves

answers: NDQ_000704

answers: Which of the following is not a factor in the lunitidal interval: the speed of gravity waves, the depth of the ocean, or the time lag?

answers: NDQ_000706

answers: depth

answers: NDQ_000707

answers: gravity is acting on it

answers: NDQ_000710

answers: water to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do solar tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: lunitidal interval

answers: NDQ_000728

answers: far enough away from the coast

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth year

answers: NDQ_000734

answers: gravity waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: square root of the depth

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: would have to be at least 22 km deep for these waves to keep up with the moon

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: solar tides

answers: NDQ_000741

answers: gravity waves

answers: NDQ_000742

answers: leap tides

answers: NDQ_000743

answers: Gravity

answers: NDQ_000744

answers: solar tides

answers: NDQ_000745

answers: gravity waves

answers: NDQ_000746

answers: square root

answers: NDQ_000702

answers: gravity waves,

answers: NDQ_000704

answers: gravity waves,

answers: NDQ_000706

answers: depth

answers: NDQ_000707

answers: gravity

answers: NDQ_000710

answers: water

answers: NDQ_000715

answers: gravity waves

answers: NDQ_000718

answers: long gravity waves

answers: NDQ_000720

answers: gravity waves,

answers: NDQ_000721

answers: solar tides,

answers: NDQ_000722

answers: 4 km deep

answers: NDQ_000723

answers: gravity waves,

answers: NDQ_000724

answers: gravity waves,

answers: NDQ_000725

answers: leap tides, it becomes clear that the delay can actually exceed 24 hours

answers: NDQ_000726

answers: gravity waves,

answers: NDQ_000727

answers: lunitidal interval,

answers: NDQ_000728

answers: gravity waves,

answers: NDQ_000729

answers: following the moon around the earth.

answers: NDQ_000730

answers: the dominating consideration is the speed of gravity waves,

answers: NDQ_000731

answers: solar tides,

answers: NDQ_000732

answers: speed of gravity waves,

answers: NDQ_000733

answers: lunitidal interval,

answers: NDQ_000734

answers: the speed of gravity waves,

answers: NDQ_000735

answers: phases

answers: NDQ_000736

answers: leap tides, it becomes clear that the delay can actually exceed 24 hours

answers: NDQ_000737

answers: gravity waves

answers: NDQ_000738

answers: near shorelines.

answers: NDQ_000739

answers: depth

answers: NDQ_000740

answers: lunitidal

answers: NDQ_000741

answers: gravity waves,

answers: NDQ_000742

answers: leap tides,

answers: NDQ_000743

answers: gravity waves,

answers: NDQ_000744

answers: solar tides,

answers: NDQ_000745

answers: gravity waves,

answers: NDQ_000746

answers: square root of the depth,

text: Surface currents make up only 8% of all water in the ocean, are generally restricted to the upper  of ocean water, and are separated from lower regions by varying temperatures and salinity which affect the density of the water, which in turn, defines each oceanic region. Because the movement of deep water in ocean basins is caused by density driven forces and gravity, deep waters sink into deep ocean basins at high latitudes where the temperatures are cold enough to cause the density to increase.

text: Surface currents make up only 8% of all water in the ocean, are generally restricted to the upper  of ocean water, and are separated from lower regions by varying temperatures and salinity which affect the density of the water, which in turn, defines each oceanic region. Because the movement of deep water in ocean basins is caused by density driven forces and gravity, deep waters sink into deep ocean basins at high latitudes where the temperatures are cold enough to cause the density to increase.

answers: NDQ_000702

answers: density driven forces and gravity

answers: NDQ_000704

answers: are generally restricted to the upper of ocean water

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: density driven forces

answers: NDQ_000710

answers: deep water to the surface

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: surface currents

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: density driven forces

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: density driven forces

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: not enough information

answers: NDQ_000732

answers: not enough information

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: density driven forces

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: density of the water

answers: NDQ_000737

answers: oceanic region

answers: NDQ_000738

answers: surface currents make up only 8% of all water in the ocean

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: varying temperatures and salinity

answers: NDQ_000741

answers: Surface currents

answers: NDQ_000742

answers: high latitudes

answers: NDQ_000743

answers: density driven forces and gravity

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: density driven forces and gravity

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: density driven forces and gravity,

answers: NDQ_000704

answers: make up only 8% of all water in the ocean,

answers: NDQ_000706

answers: upper of ocean water,

answers: NDQ_000707

answers: density driven forces and gravity,

answers: NDQ_000710

answers: deep waters

answers: NDQ_000715

answers: Surface currents

answers: NDQ_000718

answers: 8% of all water in the ocean,

answers: NDQ_000720

answers: Surface currents

answers: NDQ_000721

answers: Surface currents

answers: NDQ_000722

answers: 8% of all water in the ocean,

answers: NDQ_000723

answers: 8% of all water in the ocean,

answers: NDQ_000724

answers: Surface currents

answers: NDQ_000725

answers: 8% of all water in the ocean,

answers: NDQ_000726

answers: density driven forces

answers: NDQ_000727

answers: varying temperatures and salinity

answers: NDQ_000728

answers: Surface currents

answers: NDQ_000729

answers: density driven forces and gravity,

answers: NDQ_000730

answers: gravity,

answers: NDQ_000731

answers: Surface currents

answers: NDQ_000732

answers: 8%

answers: NDQ_000733

answers: 8% of all water in the ocean,

answers: NDQ_000734

answers: density driven forces and gravity,

answers: NDQ_000735

answers: cold

answers: NDQ_000736

answers: 8% of all water in the ocean,

answers: NDQ_000737

answers: Surface currents

answers: NDQ_000738

answers: 8%

answers: NDQ_000739

answers: the temperatures are cold

answers: NDQ_000740

answers: varying temperatures

answers: NDQ_000741

answers: Surface currents

answers: NDQ_000742

answers: Surface currents

answers: NDQ_000743

answers: density driven forces

answers: NDQ_000744

answers: Surface currents

answers: NDQ_000745

answers: density driven forces and gravity,

answers: NDQ_000746

answers: 8%

text: On November 27, 1901, a cylinder head blew out on Ocean Wave while the ferry was on the 8:00 a.m. run, causing a deckhand to be slightly scalded by escaping steam.  The engines became useless as a result, but the tug Reliance towed Ocean Wave to and from Point Richmond on the day of the incident, so there as no delay or inconvenience in the ferry service.  The ferry Amador was to take the place of Ocean Wave until repairs could be effected.

text: On November 27, 1901, a

text: cylinder head

text: blew out on Ocean Wave while the ferry was on the 8:00 a.m. run, causing a deckhand to be slightly scalded by escaping steam.  The engines became useless as a result, but the tug Reliance towed Ocean Wave to and from Point Richmond on the day of the incident, so there as no delay or inconvenience in the ferry service.  The ferry Amador was to take the place of Ocean Wave until repairs could be effected.

answers: NDQ_000702

answers: escaping steam

answers: NDQ_000704

answers: What caused the cylinder head to blow out?

answers: NDQ_000706

answers: Point Richmond

answers: NDQ_000707

answers: a cylinder head breaks

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: what is the second to last word in the passage?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many hours did the ferry run?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not a cause of Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which happened first, a cylinder head blew out on Ocean Wave or a deckhand was slightly scalded by escaping steam?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: scalding effect on what?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: no delay or inconvenience in the ferry service

answers: NDQ_000739

answers: towed

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Point Richmond

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: escaping steam

answers: NDQ_000744

answers: NDQ_000745

answers: escaping steam

answers: NDQ_000746

answers: NDQ_000702

answers: Point Richmond

answers: NDQ_000704

answers: Point Richmond

answers: NDQ_000706

answers: Point Richmond

answers: NDQ_000707

answers: a cylinder head blew out on Ocean Wave

answers: NDQ_000710

answers: escaping steam.

answers: NDQ_000715

answers: cylinder head blew out on Ocean Wave

answers: NDQ_000718

answers: 1901, a cylinder head blew out on Ocean Wave

answers: NDQ_000720

answers: a cylinder head blew out on Ocean Wave

answers: NDQ_000721

answers: 1901, a cylinder head blew out on Ocean Wave

answers: NDQ_000722

answers: Point Richmond

answers: NDQ_000723

answers: Ocean Wave

answers: NDQ_000724

answers: cylinder head blew out on Ocean Wave

answers: NDQ_000725

answers: the tug Reliance towed Ocean Wave to and from Point Richmond

answers: NDQ_000726

answers: steam.

answers: NDQ_000727

answers: 1901, a cylinder head blew out on Ocean Wave

answers: NDQ_000728

answers: a cylinder head blew out on Ocean Wave

answers: NDQ_000729

answers: the tug Reliance towed Ocean Wave to and from Point Richmond

answers: NDQ_000730

answers: a cylinder head blew out on Ocean Wave

answers: NDQ_000731

answers: 1901, a cylinder head blew out on Ocean Wave

answers: NDQ_000732

answers: the tug Reliance towed Ocean Wave to and from Point Richmond

answers: NDQ_000733

answers: Point Richmond

answers: NDQ_000734

answers: Point Richmond

answers: NDQ_000735

answers: 1901, a cylinder head blew out on Ocean Wave

answers: NDQ_000736

answers: 8:00 a.m.

answers: NDQ_000737

answers: tug

answers: NDQ_000738

answers: there as no delay or inconvenience in the ferry service.

answers: NDQ_000739

answers: steam.

answers: NDQ_000740

answers: 8:00 a.m.

answers: NDQ_000741

answers: steam.

answers: NDQ_000742

answers: 8:00 a.m.

answers: NDQ_000743

answers: escaping steam.

answers: NDQ_000744

answers: Point Richmond

answers: NDQ_000745

answers: escaping steam.

answers: NDQ_000746

answers: steam.

text: Coastal upwelling is the best known type of upwelling, and the most closely related to human activities as it supports some of the most productive fisheries in the world. Wind-driven currents are diverted to the right of the winds in the Northern Hemisphere and to the left in the Southern Hemisphere due to the Coriolis effect.  The result is a net movement of surface water at right angles to the direction of the wind, known as the Ekman transport (See also Ekman Spiral).   When Ekman transport is occurring away from the coast, surface waters moving away are replaced by deeper, colder, and denser water.  Normally, this upwelling process occurs at a rate of about 5–10 meters per day, but the rate and proximity of upwelling to the coast can be changed due to the strength and distance of the wind.

text: Coastal upwelling is the best known type of upwelling, and the most closely related to human activities as it supports some of the most productive

text: fisheries

text: in the world. Wind-driven currents are diverted to the right of the winds in the Northern Hemisphere and to the left in the Southern Hemisphere due to the

text: Coriolis effect

text: .  The result is a net movement of surface water at right angles to the direction of the wind, known as the

text: Ekman transport

text: (See also

text: Ekman Spiral

text: ).   When Ekman transport is occurring away from the coast, surface waters moving away are replaced by deeper, colder, and denser water.  Normally, this upwelling process occurs at a rate of about 5–10 meters per day, but the rate and proximity of upwelling to the coast can be changed due to the strength and distance of the wind.

answers: NDQ_000702

answers: Wind

answers: NDQ_000704

answers: Which of the following is not a type of upwelling: Coastal upwelling, Ekman transport, or Coriolis effect?

answers: NDQ_000706

answers: Coastal upwelling

answers: NDQ_000707

answers: surface water moves away from the coast

answers: NDQ_000710

answers: surface water at right angles to the direction of the wind

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between a crest and a trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many meters per day does this occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: deeper, colder, and denser water

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: the Coriolis effect

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Ekman Spiral

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: Coastal upwelling is the best known type of upwelling

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: 5–10 meters per day

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: Ekman transport

answers: NDQ_000745

answers: Ekman transport

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: Wind-driven

answers: NDQ_000704

answers: a net movement of surface water

answers: NDQ_000706

answers: Coastal upwelling

answers: NDQ_000707

answers: Coriolis effect.

answers: NDQ_000710

answers: fisheries

answers: NDQ_000715

answers: 5–10 meters per day,

answers: NDQ_000718

answers: Coriolis effect.

answers: NDQ_000720

answers: Coriolis effect.

answers: NDQ_000721

answers: Coastal upwelling

answers: NDQ_000722

answers: deeper, colder, and denser water.

answers: NDQ_000723

answers: Coriolis effect.

answers: NDQ_000724

answers: Coriolis effect.

answers: NDQ_000725

answers: 5–10 meters per day,

answers: NDQ_000726

answers: Wind-driven currents

answers: NDQ_000727

answers: Coastal upwelling

answers: NDQ_000728

answers: Coastal upwelling

answers: NDQ_000729

answers: Coriolis effect.

answers: NDQ_000730

answers: Coriolis effect.

answers: NDQ_000731

answers: right angles

answers: NDQ_000732

answers: right angles to the direction of the wind,

answers: NDQ_000733

answers: 5–10 meters per day,

answers: NDQ_000734

answers: Wind-driven

answers: NDQ_000735

answers: left in the Southern Hemisphere due to the Coriolis effect.

answers: NDQ_000736

answers: Ekman transport

answers: NDQ_000737

answers: Coastal upwelling

answers: NDQ_000738

answers: Coastal upwelling

answers: NDQ_000739

answers: deeper, colder,

answers: NDQ_000740

answers: 5–10 meters per day,

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Ekman Spiral).

answers: NDQ_000743

answers: Coriolis effect.

answers: NDQ_000744

answers: Coastal upwelling

answers: NDQ_000745

answers: Ekman transport

answers: NDQ_000746

answers: 5–10 meters per day,

text: Visitors to the island are restricted to ocean access at Cuyler Harbor. This landing is well protected from the strong ocean swell that is driven from the northwest. Cuyler has a sandy beach and visitors will often find themselves sharing the beach with elephant seals. The water is generally below 60 °F (16 °C), making it cold without a wetsuit. During low tides the harbor offers a tide pool area at the east end of the beach. Sea kayaking is not recommended for the novice as high winds can develop without notice. Bathers, divers and kayakers should be aware and alert to the occurrence of great white sharks in these waters. It is unwise to enter the water in early morning or late afternoon to early evening hours when sharks are feeding close to shore. An urchin diver was killed by a great white shark in 1994 off San Miguel Island.

text: Visitors to the island are restricted to ocean access at Cuyler Harbor. This landing is well protected from the strong ocean swell that is driven from the northwest. Cuyler has a sandy beach and visitors will often find themselves sharing the beach with elephant seals. The water is generally below 60 °F (16 °C), making it cold without a

text: wetsuit

text: . During

text: low tide

text: s the harbor offers a

text: tide pool

text: area at the east end of the beach.

text: Sea kayak

text: ing is not recommended for the novice as high winds can develop without notice. Bathers, divers and kayakers should be aware and alert to the occurrence of great white sharks in these waters. It is unwise to enter the water in early morning or late afternoon to early evening hours when sharks are feeding close to shore. An urchin diver was killed by a great white shark in 1994 off San Miguel Island.

answers: NDQ_000702

answers: high winds

answers: NDQ_000704

answers: Which of the following is not a reason to wear a wetsuit?

answers: NDQ_000706

answers: northwest

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: Cuyler Harbor

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Which of the following is not a hurricane?

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: The water is generally below 60 °F

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day does the harbor offer a tide pool area?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: Which of the following is not a type of shark: great white sharks, sharks, or elephant seals?

answers: NDQ_000729

answers: Which of the following is not a cause of the strong ocean swell that is driven from the northwest?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: How many tides are there every day?

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Tide pool area at the east end of the beach?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: During low tides the harbor offers a tide pool area

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: low tides

answers: NDQ_000741

answers: swell

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: NDQ_000702

answers: ocean swell

answers: NDQ_000704

answers: ocean swell that is driven from the northwest.

answers: NDQ_000706

answers: northwest.

answers: NDQ_000707

answers: ocean swell that is driven from the northwest.

answers: NDQ_000710

answers: great white sharks

answers: NDQ_000715

answers: ocean swell

answers: NDQ_000718

answers: great white sharks

answers: NDQ_000720

answers: strong ocean swell that is driven from the northwest.

answers: NDQ_000721

answers: ocean swell that is driven from the northwest.

answers: NDQ_000722

answers: below 60 °F

answers: NDQ_000723

answers: great white sharks

answers: NDQ_000724

answers: ocean swell

answers: NDQ_000725

answers: low tides

answers: NDQ_000726

answers: ocean swell

answers: NDQ_000727

answers: tide pool area

answers: NDQ_000728

answers: ocean swell

answers: NDQ_000729

answers: ocean swell that is driven from the northwest.

answers: NDQ_000730

answers: great white sharks

answers: NDQ_000731

answers: great white sharks

answers: NDQ_000732

answers: great white sharks

answers: NDQ_000733

answers: San Miguel Island.

answers: NDQ_000734

answers: ocean swell

answers: NDQ_000735

answers: low tides

answers: NDQ_000736

answers: low tides the harbor offers a tide pool area

answers: NDQ_000737

answers: waters.

answers: NDQ_000738

answers: elephant seals.

answers: NDQ_000739

answers: low tides

answers: NDQ_000740

answers: low tides

answers: NDQ_000741

answers: swell

answers: NDQ_000742

answers: low tides

answers: NDQ_000743

answers: great white sharks

answers: NDQ_000744

answers: low tides

answers: NDQ_000745

answers: tide pool

answers: NDQ_000746

answers: Cuyler Harbor.

text: Particle displacement or displacement amplitude is a measurement of distance of the movement of a particle from its equilibrium position in a medium as it transmits a second wave.  The SI unit of particle displacement is the metre (m). In most cases this is a longitudinal wave of pressure (such as sound), but it can also be a transverse wave, such as the vibration of a taut string.  In the case of a sound wave travelling through air, the particle displacement is evident in the oscillations of air molecules with, and against, the direction in which the sound wave is travelling.

text: Particle displacement or displacement amplitude is a

text: measurement

text: of

text: distance

text: of the movement of a particle from its equilibrium position in a medium as it transmits a

text: second wave

text: .  The

text: SI unit

text: of particle displacement is the metre (m). In most cases this is a

text: longitudinal wave

text: of pressure (such as

text: sound

text: ), but it can also be a

text: transverse wave

text: , such as the

text: vibration

text: of a taut string.  In the case of a

text: sound wave

text: travelling through

text: air

text: , the particle displacement is evident in the

text: oscillation

text: s of air

text: molecule

text: s with, and against, the direction in which the sound wave is travelling.

answers: NDQ_000702

answers: Particle displacement

answers: NDQ_000704

answers: can be used to measure particle displacement

answers: NDQ_000706

answers: longitudinal wave

answers: NDQ_000707

answers: particle displacement is evident

answers: NDQ_000710

answers: a longitudinal wave of pressure

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the SI unit of particle displacement?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: What is the SI unit of particle displacement?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: Tidal range

answers: NDQ_000728

answers: particle displacement

answers: NDQ_000729

answers: What is the SI unit of particle displacement?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: transverse wave

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: longitudinal wave

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: longitudinal wave of pressure

answers: NDQ_000737

answers: medium

answers: NDQ_000738

answers: a longitudinal wave of pressure

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: NDQ_000742

answers: a longitudinal wave of pressure

answers: NDQ_000743

answers: particle displacement

answers: NDQ_000744

answers: NDQ_000745

answers: particle displacement

answers: NDQ_000746

answers: SI unit of particle displacement

answers: NDQ_000702

answers: Particle displacement

answers: NDQ_000704

answers: air molecules

answers: NDQ_000706

answers: air,

answers: NDQ_000707

answers: pressure

answers: NDQ_000710

answers: Particle displacement

answers: NDQ_000715

answers: amplitude

answers: NDQ_000718

answers: longitudinal wave

answers: NDQ_000720

answers: Particle displacement or displacement amplitude

answers: NDQ_000721

answers: Particle displacement

answers: NDQ_000722

answers: Particle displacement

answers: NDQ_000723

answers: Particle displacement

answers: NDQ_000724

answers: Particle displacement

answers: NDQ_000725

answers: Particle displacement

answers: NDQ_000726

answers: sound),

answers: NDQ_000727

answers: Particle displacement

answers: NDQ_000728

answers: Particle displacement

answers: NDQ_000729

answers: Particle displacement

answers: NDQ_000730

answers: Particle displacement

answers: NDQ_000731

answers: Particle displacement

answers: NDQ_000732

answers: Particle displacement

answers: NDQ_000733

answers: Particle displacement

answers: NDQ_000734

answers: Particle displacement

answers: NDQ_000735

answers: Particle displacement

answers: NDQ_000736

answers: longitudinal wave

answers: NDQ_000737

answers: Particle displacement

answers: NDQ_000738

answers: Particle displacement

answers: NDQ_000739

answers: Particle displacement

answers: NDQ_000740

answers: Particle displacement or displacement amplitude

answers: NDQ_000741

answers: sound wave

answers: NDQ_000742

answers: Particle displacement or displacement amplitude

answers: NDQ_000743

answers: Particle displacement

answers: NDQ_000744

answers: Particle displacement or displacement amplitude

answers: NDQ_000745

answers: Particle displacement

answers: NDQ_000746

answers: metre

text: Pluto's density is . Because the decay of radioactive elements would eventually heat the ices enough for the rock to separate from them, scientists expect that Pluto's internal structure is differentiated, with the rocky material having settled into a dense core surrounded by a mantle of water ice. The diameter of the core is hypothesized to be approximately , 70% of Pluto's diameter. It is possible that such heating continues today, creating a subsurface ocean of liquid water some  thick at the core–mantle boundary. In September 2016, scientists at Brown University simulated the impact believed to have formed Sputnik Planitia, and showed that it may have been the result of liquid water upwelling from below after the collision, implying the existence of a subsurface ocean at least 100 km deep.

text: Pluto's density is . Because the decay of radioactive elements would eventually heat the ices enough for the rock to separate from them, scientists expect that Pluto's internal structure is differentiated, with the rocky material having settled into a dense

text: core

text: surrounded by a

text: mantle

text: of water ice. The diameter of the core is hypothesized to be approximately , 70% of Pluto's diameter. It is possible that such heating continues today, creating a

text: subsurface ocean

text: of liquid water some  thick at the core–mantle boundary. In September 2016, scientists at

text: Brown University

text: simulated the impact believed to have formed

text: Sputnik Planitia

text: , and showed that it may have been the result of liquid water upwelling from below after the collision, implying the existence of a subsurface ocean at least 100 km deep.

answers: NDQ_000702

answers: subsurface ocean

answers: NDQ_000704

answers: What is the most likely source of surface currents?

answers: NDQ_000706

answers: subsurface ocean

answers: NDQ_000707

answers: liquid water upwells from below.

answers: NDQ_000710

answers: liquid water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: subsurface ocean

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: liquid water

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: subsurface ocean of liquid water

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: liquid water upwelling from below after the collision

answers: NDQ_000739

answers: subsurface

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: decay

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: liquid water upwelling

answers: NDQ_000704

answers: subsurface ocean

answers: NDQ_000706

answers: core–mantle boundary.

answers: NDQ_000707

answers: liquid water upwelling from below

answers: NDQ_000710

answers: liquid water

answers: NDQ_000715

answers: 70%

answers: NDQ_000718

answers: 2016,

answers: NDQ_000720

answers: subsurface ocean

answers: NDQ_000721

answers: a subsurface ocean of liquid water

answers: NDQ_000722

answers: subsurface ocean at least 100 km deep.

answers: NDQ_000723

answers: Sputnik Planitia,

answers: NDQ_000724

answers: Pluto's

answers: NDQ_000725

answers: subsurface ocean of liquid water

answers: NDQ_000726

answers: 2016,

answers: NDQ_000727

answers: Pluto's

answers: NDQ_000728

answers: liquid water

answers: NDQ_000729

answers: Sputnik Planitia,

answers: NDQ_000730

answers: Pluto's density

answers: NDQ_000731

answers: Pluto's

answers: NDQ_000732

answers: subsurface ocean

answers: NDQ_000733

answers: 2016,

answers: NDQ_000734

answers: water

answers: NDQ_000735

answers: heat the ices

answers: NDQ_000736

answers: subsurface ocean

answers: NDQ_000737

answers: subsurface ocean

answers: NDQ_000738

answers: Pluto's density

answers: NDQ_000739

answers: heating

answers: NDQ_000740

answers: subsurface ocean

answers: NDQ_000741

answers: subsurface ocean

answers: NDQ_000742

answers: 2016,

answers: NDQ_000743

answers: radioactive elements

answers: NDQ_000744

answers: water

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: density

text: A report from NOAA scientists published in the journal Science in May 2008 found that large amounts of relatively acidified water are upwelling to within four miles of the Pacific continental shelf area of North America. This area is a critical zone where most local marine life lives or is born. While the paper dealt only with areas from Vancouver to northern California, other continental shelf areas may be experiencing similar effects.

text: A report from

text: NOAA

text: scientists published in the journal Science in May 2008 found that large amounts of relatively acidified water are upwelling to within four miles of the Pacific

text: continental shelf

text: area of North America. This area is a critical zone where most local marine life lives or is born. While the paper dealt only with areas from

text: Vancouver

text: to northern California, other continental shelf areas may be experiencing similar effects.

answers: NDQ_000702

answers: acidified water are upwelling

answers: NDQ_000704

answers: Which of the following is not a source of acidified water: Pacific continental shelf area of North America or Vancouver to northern California?

answers: NDQ_000706

answers: Pacific continental shelf area

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: acidified water closer to shore

answers: NDQ_000715

answers: None of the above choices.

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: what is the last time period mentioned?

answers: NDQ_000726

answers: not enough information

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: North American

answers: NDQ_000734

answers: acidified water

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Pacific continental shelf area

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the paper dealt only with areas from Vancouver to northern California

answers: NDQ_000739

answers: acidified

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: no

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: acidified water are upwelling

answers: NDQ_000704

answers: acidified water are upwelling

answers: NDQ_000706

answers: Pacific continental shelf area of North America.

answers: NDQ_000707

answers: acidified water

answers: NDQ_000710

answers: most local marine life lives or is born.

answers: NDQ_000715

answers: four miles of the Pacific continental shelf area of North America.

answers: NDQ_000718

answers: four miles of the Pacific continental shelf area of North America.

answers: NDQ_000720

answers: A report from NOAA scientists published in the journal Science in May 2008

answers: NDQ_000721

answers: large amounts of relatively acidified water are upwelling

answers: NDQ_000722

answers: acidified water are upwelling to within four miles

answers: NDQ_000723

answers: North America.

answers: NDQ_000724

answers: large amounts of relatively acidified water

answers: NDQ_000725

answers: a critical zone where most local marine life lives or is born.

answers: NDQ_000726

answers: water

answers: NDQ_000727

answers: Pacific continental shelf area of North America.

answers: NDQ_000728

answers: large amounts of relatively acidified water are upwelling

answers: NDQ_000729

answers: North America.

answers: NDQ_000730

answers: Science in May 2008

answers: NDQ_000731

answers: born.

answers: NDQ_000732

answers: other continental shelf areas may be experiencing similar effects.

answers: NDQ_000733

answers: North America.

answers: NDQ_000734

answers: acidified water are upwelling

answers: NDQ_000735

answers: born.

answers: NDQ_000736

answers: acidified water

answers: NDQ_000737

answers: Pacific continental shelf area of North America.

answers: NDQ_000738

answers: most local marine life lives or is born.

answers: NDQ_000739

answers: acidified

answers: NDQ_000740

answers: acidified water are upwelling

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: acidified water are upwelling

answers: NDQ_000743

answers: Science in May 2008 found that large amounts of relatively acidified water

answers: NDQ_000744

answers: acidified water are upwelling

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: 2008

text: A study published on August 3, 2014 reported that the rapid warming of the Atlantic Ocean has increased trade winds, thereby cooling temperatures in the Pacific Ocean. This, the study concluded, contributed to the hiatus because such winds trap heat in the deep ocean. Another study published later that month found evidence that a cycle of ocean currents in the Atlantic influences global temperatures by sinking large amounts of heat beneath the oceans, and suggested the hiatus might continue for ten more years because each phase of this cycle lasts for thirty years. The 60- to 80-year cycle of the atmospheric and oceanic variability over the North Atlantic was also linked to the hiatus by two studies published in 2013 and was used to infer the length of the hiatus. A new "delayed oscillator theory" of the North Atlantic decadal-scale air-sea coupling was further proposed in 2015 to understand the underlying physical mechanisms of the 60-80-year-quasi-periodic natural climate multidecadal variability.

text: A study published on August 3, 2014 reported that the rapid warming of the Atlantic Ocean has increased trade winds, thereby cooling temperatures in the Pacific Ocean. This, the study concluded, contributed to the hiatus because such winds trap heat in the deep ocean. Another study published later that month found evidence that a cycle of ocean currents in the Atlantic influences global temperatures by sinking large amounts of heat beneath the oceans, and suggested the hiatus might continue for ten more years because each phase of this cycle lasts for thirty years. The 60- to 80-year cycle of the atmospheric and oceanic variability over the North Atlantic was also linked to the hiatus by two studies published in 2013 and was used to infer the length of the hiatus. A new "delayed oscillator theory" of the North Atlantic decadal-scale air-sea coupling was further proposed in 2015 to understand the underlying physical mechanisms of the 60-80-year-quasi-periodic natural climate multidecadal variability.

answers: NDQ_000702

answers: trade winds

answers: NDQ_000704

answers: Which of the following is not a type of ocean current: surface currents, ocean currents, or ocean currents?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: heat is trapped in the ocean

answers: NDQ_000710

answers: trade winds

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many years did the hiatus last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: 60-80-year-quasi-periodic natural climate multidecadal variability

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: a cycle of ocean currents

answers: NDQ_000739

answers: warm

answers: NDQ_000740

answers: decadal-scale air-sea coupling

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: a cycle of ocean currents

answers: NDQ_000746

answers: NDQ_000702

answers: trade winds,

answers: NDQ_000704

answers: ocean currents

answers: NDQ_000706

answers: deep ocean.

answers: NDQ_000707

answers: trade winds,

answers: NDQ_000710

answers: cooling temperatures in the Pacific Ocean.

answers: NDQ_000715

answers: "delayed oscillator theory"

answers: NDQ_000718

answers: trade winds,

answers: NDQ_000720

answers: trade winds,

answers: NDQ_000721

answers: trade winds,

answers: NDQ_000722

answers: deep ocean.

answers: NDQ_000723

answers: trade winds,

answers: NDQ_000724

answers: trade winds,

answers: NDQ_000725

answers: trade winds,

answers: NDQ_000726

answers: winds,

answers: NDQ_000727

answers: trade winds,

answers: NDQ_000728

answers: trade winds,

answers: NDQ_000729

answers: trade winds,

answers: NDQ_000730

answers: trade winds,

answers: NDQ_000731

answers: trade winds,

answers: NDQ_000732

answers: trade winds,

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: trade winds,

answers: NDQ_000735

answers: warming

answers: NDQ_000736

answers: trade winds, thereby cooling temperatures in the Pacific Ocean.

answers: NDQ_000737

answers: trade winds,

answers: NDQ_000738

answers: trade winds,

answers: NDQ_000739

answers: warming

answers: NDQ_000740

answers: trade winds,

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: trade winds,

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: trade winds,

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: ten more years because each phase of this cycle lasts for thirty years.

text: Currents are a source of horizontal loading for offshore structures. Because of the Bernoulli effect, they may also exert upward or downward forces on structural surfaces and can induce the vibration of wire lines and pipelines. Currents are responsible for eddies around a structure, which cause scouring and erosion of the soil. There are various types of currents: oceanic circulation, geostrophic, tidal, wind-driven, and density currents.

text: Currents

text: are a source of horizontal loading for offshore structures. Because of the

text: Bernoulli effect

text: , they may also exert upward or downward forces on structural surfaces and can induce the vibration of wire lines and pipelines. Currents are responsible for eddies around a structure, which cause

text: scouring

text: and erosion of the soil. There are various types of currents:

text: oceanic circulation

text: geostrophic

text: tidal

text: , wind-driven, and

text: density currents

answers: NDQ_000702

answers: oceanic circulation

answers: NDQ_000704

answers: Which of the following is not a type of current: oceanic circulation, geostrophic, wind-driven, or density?

answers: NDQ_000706

answers: offshore

answers: NDQ_000707

answers: Bernoulli effect

answers: NDQ_000710

answers: Bernoulli effect

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: wind-driven

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: tidal, wind-driven, or density?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a source of horizontal loading for offshore structures?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: type of currents

answers: NDQ_000728

answers: oceanic circulation

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: oceanic circulation

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Bernoulli effect

answers: NDQ_000737

answers: oceanic circulation

answers: NDQ_000738

answers: wind-driven, and density currents.

answers: NDQ_000739

answers: density currents

answers: NDQ_000740

answers: currents

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: tides

answers: NDQ_000743

answers: Bernoulli effect

answers: NDQ_000744

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: Currents

answers: NDQ_000704

answers: density currents.

answers: NDQ_000706

answers: tidal,

answers: NDQ_000707

answers: Bernoulli effect,

answers: NDQ_000710

answers: upward or downward forces

answers: NDQ_000715

answers: Bernoulli effect,

answers: NDQ_000718

answers: Currents are a source of horizontal loading for offshore structures.

answers: NDQ_000720

answers: density currents.

answers: NDQ_000721

answers: Currents

answers: NDQ_000722

answers: Bernoulli effect,

answers: NDQ_000723

answers: Currents are a source of horizontal loading for offshore structures.

answers: NDQ_000724

answers: wind-driven,

answers: NDQ_000725

answers: tidal,

answers: NDQ_000726

answers: wind-driven,

answers: NDQ_000727

answers: tidal,

answers: NDQ_000728

answers: Currents

answers: NDQ_000729

answers: Bernoulli effect,

answers: NDQ_000730

answers: tidal,

answers: NDQ_000731

answers: Bernoulli effect,

answers: NDQ_000732

answers: Bernoulli effect,

answers: NDQ_000733

answers: Currents are a source of horizontal loading for offshore structures.

answers: NDQ_000734

answers: Currents

answers: NDQ_000735

answers: downward

answers: NDQ_000736

answers: Bernoulli effect,

answers: NDQ_000737

answers: tidal, wind-driven, and density currents.

answers: NDQ_000738

answers: upward or downward forces on structural surfaces

answers: NDQ_000739

answers: density currents.

answers: NDQ_000740

answers: tidal,

answers: NDQ_000741

answers: oceanic circulation,

answers: NDQ_000742

answers: tidal,

answers: NDQ_000743

answers: Bernoulli effect,

answers: NDQ_000744

answers: tidal,

answers: NDQ_000745

answers: Currents

answers: NDQ_000746

answers: density currents.

text: The ocean can be divided into three density zones: the surface zone, the pycnocline, and the deep zone. The surface zone, also called the mixed layer, refers to the uppermost density zone of the ocean. Temperature and salinity are relatively constant with depth in this zone due to currents and wave action. The surface zone contains ocean water that is in contact with the atmosphere and within the photic zone. The surface zone has the ocean's least dense water and represents approximately 2% of the total volume of ocean water. The surface zone usually ranges between depths of 500 feet to 3,300 feet below ocean surface, but this can vary a great deal. In some cases, the surface zone can be entirely non-existent. The surface zone is typically thicker in the tropics than in regions of higher latitude. The transition to colder, denser water is more abrupt in the tropics than in regions of higher latitudes. The pycnocline refers to a zone wherein density substantially increases with depth due primarily to decreases in temperature. The pycnocline effectively separates the lower-density surface zone above from the higher-density deep zone below. The pycnocline represents approximately 18% of the total volume of ocean water. The deep zone refers to the lowermost density zone of the ocean. The deep zone usually begins at depths below 3,300 feet in mid-latitudes. The deep zone undergoes negligible changes in water density with depth. The deep zone represents approximately 80% of the total volume of ocean water. The deep zone contains relatively colder and stable water.

text: The ocean can be divided into three density zones: the surface zone, the

text: pycnocline

text: , and the

text: deep zone

answers: NDQ_000702

answers: surface zone

answers: NDQ_000704

answers: Which of the following is not a density zone: the surface zone, the pycnocline, or the deep zone?

answers: NDQ_000706

answers: surface zone

answers: NDQ_000707

answers: temperature and salinity change with depth.

answers: NDQ_000710

answers: water from the deep zone to the surface zone

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: surface zone

answers: NDQ_000723

answers: Which of the following is not a density zone?

answers: NDQ_000724

answers: Which of the following is not caused by winds?

answers: NDQ_000725

answers: How many density zones are there in the ocean?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: the surface zone

answers: NDQ_000729

answers: Why is the surface zone thicker in the tropics than in regions of higher latitude?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which zone is thicker in the tropics than in regions of higher latitude?

answers: NDQ_000733

answers: ocean day

answers: NDQ_000734

answers: surface zone

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: pycnocline

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: the surface zone can be entirely non-existent

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: The surface zone usually ranges between depths of 500 feet to 3,300 feet below ocean surface

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: pycnocline

answers: NDQ_000743

answers: pycnocline

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: Currents and wave action

answers: NDQ_000746

answers: The surface zone has the ocean's least dense water

answers: NDQ_000702

answers: wave action.

answers: NDQ_000704

answers: currents

answers: NDQ_000706

answers: surface zone,

answers: NDQ_000707

answers: wave action.

answers: NDQ_000710

answers: currents and wave action.

answers: NDQ_000715

answers: The surface zone, also called the mixed layer,

answers: NDQ_000718

answers: mixed layer,

answers: NDQ_000720

answers: mixed layer,

answers: NDQ_000721

answers: currents and wave action.

answers: NDQ_000722

answers: surface zone,

answers: NDQ_000723

answers: denser water

answers: NDQ_000724

answers: currents and wave action.

answers: NDQ_000725

answers: currents and wave action.

answers: NDQ_000726

answers: mixed layer,

answers: NDQ_000727

answers: pycnocline

answers: NDQ_000728

answers: The deep zone

answers: NDQ_000729

answers: currents and wave action.

answers: NDQ_000730

answers: currents and wave action.

answers: NDQ_000731

answers: pycnocline

answers: NDQ_000732

answers: mixed layer,

answers: NDQ_000733

answers: tropics

answers: NDQ_000734

answers: wave action.

answers: NDQ_000735

answers: tropics

answers: NDQ_000736

answers: pycnocline

answers: NDQ_000737

answers: currents

answers: NDQ_000738

answers: the surface zone can be entirely non-existent.

answers: NDQ_000739

answers: colder,

answers: NDQ_000740

answers: 2%

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: pycnocline,

answers: NDQ_000743

answers: photic zone.

answers: NDQ_000744

answers: currents and wave action.

answers: NDQ_000745

answers: currents and wave action.

answers: NDQ_000746

answers: 2%

text: The WWF/Nature Conservancy scheme currently encompasses only coastal and continental shelf areas; ecoregions of the deep oceans have not yet been delineated.

text: The WWF/Nature Conservancy scheme currently encompasses only coastal and

text: continental shelf

text: areas; ecoregions of the deep oceans have not yet been delineated.

answers: NDQ_000702

answers: deep oceans

answers: NDQ_000704

answers: The deep oceans have not yet been delineated.

answers: NDQ_000706

answers: deep oceans

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: ice to the surface

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: it is shallow

answers: NDQ_000723

answers: None of the above choices.

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: oceans

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: deep oceans

answers: NDQ_000737

answers: deep oceans

answers: NDQ_000738

answers: deep ocean ecoregions have not yet been delineated

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: deep oceans

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: coastal and continental shelf areas; ecoregions of the deep oceans

answers: NDQ_000704

answers: ecoregions of the deep oceans

answers: NDQ_000706

answers: coastal and continental shelf areas;

answers: NDQ_000707

answers: coastal and continental shelf areas; ecoregions of the deep oceans

answers: NDQ_000710

answers: ecoregions of the deep oceans

answers: NDQ_000715

answers: ecoregions of the deep oceans

answers: NDQ_000718

answers: ecoregions of the deep oceans

answers: NDQ_000720

answers: ecoregions of the deep oceans

answers: NDQ_000721

answers: ecoregions of the deep oceans

answers: NDQ_000722

answers: ecoregions of the deep oceans

answers: NDQ_000723

answers: ecoregions of the deep oceans

answers: NDQ_000724

answers: ecoregions of the deep oceans

answers: NDQ_000725

answers: ecoregions of the deep oceans

answers: NDQ_000726

answers: ecoregions of the deep oceans

answers: NDQ_000727

answers: ecoregions of the deep oceans

answers: NDQ_000728

answers: ecoregions of the deep oceans

answers: NDQ_000729

answers: ecoregions of the deep oceans

answers: NDQ_000730

answers: ecoregions of the deep oceans

answers: NDQ_000731

answers: ecoregions of the deep oceans

answers: NDQ_000732

answers: ecoregions of the deep oceans

answers: NDQ_000733

answers: ecoregions of the deep oceans

answers: NDQ_000734

answers: coastal and continental shelf areas; ecoregions of the deep oceans

answers: NDQ_000735

answers: ecoregions of the deep oceans

answers: NDQ_000736

answers: ecoregions of the deep oceans

answers: NDQ_000737

answers: ecoregions of the deep oceans

answers: NDQ_000738

answers: ecoregions of the deep oceans

answers: NDQ_000739

answers: deep oceans

answers: NDQ_000740

answers: ecoregions of the deep oceans have not yet been delineated.

answers: NDQ_000741

answers: ecoregions

answers: NDQ_000742

answers: ecoregions of the deep oceans

answers: NDQ_000743

answers: ecoregions of the deep oceans

answers: NDQ_000744

answers: coastal and continental shelf areas; ecoregions of the deep oceans

answers: NDQ_000745

answers: ecoregions

answers: NDQ_000746

answers: ecoregions of the deep oceans

text: The length of a lunation is about 29.53 days. Its precise duration is linked to many phenomena in nature, such as the variation between spring and neap tides (the extreme highest and lowest tides, respectively).An approximate formula to compute the mean moments of new moon (conjunction between Sun and Moon) for successive months is:

text: The length of a lunation is about 29.53 days. Its precise duration is linked to many phenomena in nature, such as the variation between

text: spring and neap tides

text: (the extreme highest and lowest tides, respectively).An approximate formula to compute the mean moments of new moon (

text: conjunction

text: between Sun and Moon) for successive months is:

answers: NDQ_000702

answers: new moon

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: spring

answers: NDQ_000707

answers: it is pushed by a force

answers: NDQ_000710

answers: seawater up to the surface

answers: NDQ_000715

answers: its highest point is its amplitude

answers: NDQ_000718

answers: The difference between a crest and a trough

answers: NDQ_000720

answers: extreme highest

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: waves are caused by winds

answers: NDQ_000725

answers: How many days does a lunation last?

answers: NDQ_000726

answers: It is not possible to tell

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: an earthquake

answers: NDQ_000729

answers: Its precise duration is linked to many phenomena in nature

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: What does the Coriolis effect cause?

answers: NDQ_000733

answers: lunation

answers: NDQ_000734

answers: Sun and Moon

answers: NDQ_000735

answers: conjunct

answers: NDQ_000736

answers: highest

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the length of a lunation is linked to many phenomena in nature

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: Nap tides

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: mass/volume

answers: NDQ_000702

answers: Sun and Moon)

answers: NDQ_000704

answers: spring and neap tides

answers: NDQ_000706

answers: spring and neap tides

answers: NDQ_000707

answers: tides

answers: NDQ_000710

answers: spring and neap tides

answers: NDQ_000715

answers: spring and neap tides

answers: NDQ_000718

answers: 29.53 days.

answers: NDQ_000720

answers: spring and neap tides

answers: NDQ_000721

answers: formula to compute the mean moments of new moon

answers: NDQ_000722

answers: neap tides

answers: NDQ_000723

answers: spring and neap tides

answers: NDQ_000724

answers: formula to compute the mean moments of new moon

answers: NDQ_000725

answers: spring and neap tides

answers: NDQ_000726

answers: 29.53 days.

answers: NDQ_000727

answers: spring and neap tides

answers: NDQ_000728

answers: spring and neap tides

answers: NDQ_000729

answers: formula to compute the mean moments of new moon

answers: NDQ_000730

answers: mean moments of new moon

answers: NDQ_000731

answers: mean moments of new moon

answers: NDQ_000732

answers: formula to compute the mean moments of new moon

answers: NDQ_000733

answers: spring and neap tides

answers: NDQ_000734

answers: (conjunction between Sun and Moon)

answers: NDQ_000735

answers: new moon

answers: NDQ_000736

answers: (the extreme highest and lowest tides,

answers: NDQ_000737

answers: tides

answers: NDQ_000738

answers: spring and neap tides

answers: NDQ_000739

answers: spring and neap tides

answers: NDQ_000740

answers: spring and neap tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: spring and neap tides

answers: NDQ_000743

answers: mean moments of new moon

answers: NDQ_000744

answers: spring and neap tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: 29.53 days.

text: Polynesian navigators employed a whole range of techniques including use of the stars, the movement of ocean currents and wave patterns, the air and sea interference patterns caused by islands and atolls, the flight of birds, the winds and the weather.

text: Polynesian navigators employed a whole range of techniques including use of the stars, the movement of ocean currents and wave patterns, the air and sea interference patterns caused by islands and

text: atoll

text: s, the flight of birds, the winds and the weather.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Which of the following is not a type of ocean current?

answers: NDQ_000706

answers: atolls

answers: NDQ_000707

answers: ocean currents are too strong

answers: NDQ_000710

answers: ocean currents closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not caused by tides: air and sea interference patterns?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: Which of the following is not a result of the Coriolis effect?

answers: NDQ_000733

answers: sea day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: ocean currents

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Polynesian navigators employed a whole range of techniques

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: can not be used to describe

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: can not be determined

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: ocean currents

answers: NDQ_000706

answers: islands and atolls,

answers: NDQ_000707

answers: movement of ocean currents

answers: NDQ_000710

answers: air and sea interference patterns caused by islands and atolls,

answers: NDQ_000715

answers: wave patterns,

answers: NDQ_000718

answers: wave patterns,

answers: NDQ_000720

answers: wave patterns,

answers: NDQ_000721

answers: stars,

answers: NDQ_000722

answers: islands and atolls,

answers: NDQ_000723

answers: wave patterns,

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: ocean currents and wave patterns,

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: ocean currents and wave patterns,

answers: NDQ_000728

answers: the movement of ocean currents and wave patterns,

answers: NDQ_000729

answers: islands and atolls,

answers: NDQ_000730

answers: stars, the movement of ocean currents and wave patterns,

answers: NDQ_000731

answers: stars, the movement of ocean currents and wave patterns,

answers: NDQ_000732

answers: the movement of ocean currents and wave patterns,

answers: NDQ_000733

answers: Polynesian

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: stars,

answers: NDQ_000736

answers: wave patterns,

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: islands and atolls, the flight of birds,

answers: NDQ_000739

answers: islands and atolls,

answers: NDQ_000740

answers: ocean currents and wave patterns,

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: ocean currents and wave patterns,

answers: NDQ_000743

answers: stars, the movement of ocean currents and wave patterns,

answers: NDQ_000744

answers: ocean currents and wave patterns,

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: stars, the movement of ocean currents and wave patterns,

text: While upwelling promotes abundant primary and secondary production in the upper parts of the water column and near the coast, deeper waters with limited oxygen exchange create hypoxic areas called oxygen minimum zones at the coastal shelf and upper coastal slope. The Benguela oxygen minimum zone starts around a depth of 100 m and is a few hundred meters thick. Bacteria that use sulpher rather than oxygen reside in the oxygen minimum zone.

text: While upwelling promotes abundant primary and secondary production in the upper parts of the water column and near the coast, deeper waters with limited oxygen exchange create hypoxic areas called

text: oxygen minimum zone

text: s at the coastal shelf and upper coastal slope. The Benguela oxygen minimum zone starts around a depth of 100 m and is a few hundred meters thick. Bacteria that use sulpher rather than oxygen reside in the oxygen minimum zone.

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: Which of the following is not a type of surface current: upwelling, oxygen minimum, or sulpher?

answers: NDQ_000706

answers: the upper parts of the water column

answers: NDQ_000707

answers: oxygen is not present in the water.

answers: NDQ_000710

answers: Oxygen to the surface

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: Benguela oxygen minimum zone

answers: NDQ_000737

answers: water column

answers: NDQ_000738

answers: the Benguela oxygen minimum zone starts around a depth of 100 m

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: NDQ_000743

answers: What does oxygen exchange involve?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: upwelling

answers: NDQ_000706

answers: near the coast,

answers: NDQ_000707

answers: upwelling

answers: NDQ_000710

answers: promotes abundant primary and secondary production

answers: NDQ_000715

answers: upper parts of the water column

answers: NDQ_000718

answers: upwelling

answers: NDQ_000720

answers: upwelling promotes abundant primary and secondary production

answers: NDQ_000721

answers: upwelling

answers: NDQ_000722

answers: deeper waters with limited oxygen exchange create hypoxic areas called oxygen minimum zones

answers: NDQ_000723

answers: deeper waters with limited oxygen exchange create hypoxic areas called oxygen minimum zones

answers: NDQ_000724

answers: upwelling

answers: NDQ_000725

answers: upwelling

answers: NDQ_000726

answers: upwelling

answers: NDQ_000727

answers: upwelling promotes abundant primary and secondary production

answers: NDQ_000728

answers: upwelling

answers: NDQ_000729

answers: deeper waters with limited oxygen exchange create hypoxic areas called oxygen minimum zones

answers: NDQ_000730

answers: upwelling

answers: NDQ_000731

answers: sulpher rather than oxygen reside in the oxygen minimum zone.

answers: NDQ_000732

answers: upwelling promotes abundant primary and secondary production

answers: NDQ_000733

answers: The Benguela

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: upwelling

answers: NDQ_000736

answers: oxygen minimum zones

answers: NDQ_000737

answers: upwelling

answers: NDQ_000738

answers: deeper waters with limited oxygen exchange create hypoxic areas called oxygen minimum zones

answers: NDQ_000739

answers: deeper waters

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: upwelling

answers: NDQ_000743

answers: oxygen exchange

answers: NDQ_000744

answers: upwelling

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: primary and secondary production in the upper parts of the water column

text: Day et al; (1999), Ward and Day (2001); and Ward and Day (2005) hypothesize that during an eruption at some unascertained future date, the western half of the Cumbre Vieja—approximately 500 km (5 x 10 m) with an estimated mass of 1.5 x 10 kg—will catastrophically fail in a massive gravitational landslide and enter the Atlantic Ocean, generating a so-called 'mega-tsunami'. The debris will continue to travel along the ocean floor as a debris flow. Computer modelling indicates that the resulting initial wave may attain a local amplitude (height) in excess of  and an initial peak to peak height that approximates to , and travel at about  (approximately the speed of a jet aircraft), inundating the African coast in about 1 hour, the southern coastlines of the British Isles in about 3.5 hours, and the eastern seaboard of North America in about 6 hours, by which time the initial wave will have subsided into a succession of smaller ones each about  to  high. These may surge to several hundred metres in height and be several kilometres apart while retaining their original speed. The models of Day et al; (1999), Ward and Day (2001), suggest that the event could inundate up to  inland. If the model is correct, then this scale of inundation would greatly damage or destroy cities along the entire North American eastern seaboard, including e.g. Boston, New York City, Miami, etc., and many other cities located near the Atlantic coast.

text: Day et al; (1999), Ward and Day (2001); and Ward and Day (2005) hypothesize that during an eruption at some unascertained future date, the western half of the Cumbre Vieja—approximately 500 km (5 x 10 m) with an estimated mass of 1.5 x 10 kg—will

text: catastrophically fail

text: in a massive gravitational landslide and enter the

text: Atlantic Ocean

text: , generating a so-called 'mega-tsunami'. The debris will continue to travel along the ocean floor as a

text: debris flow

text: . Computer modelling indicates that the resulting initial wave may attain a local amplitude (height) in excess of  and an initial peak to peak height that approximates to , and travel at about  (approximately the speed of a

text: jet aircraft

text: ), inundating the

text: Africa

text: n coast in about 1 hour, the southern coastlines of the

text: British Isles

text: in about 3.5 hours, and the

text: eastern seaboard

text: of

text: North America

text: in about 6 hours, by which time the initial wave will have subsided into a succession of smaller ones each about  to  high. These may surge to several hundred metres in height and be several kilometres apart while retaining their original speed. The models of Day et al; (1999), Ward and Day (2001), suggest that the event could inundate up to  inland. If the model is correct, then this scale of inundation would greatly damage or destroy cities along the entire North American eastern seaboard, including e.g.

text: Boston

text: New York City

text: Miami

text: , etc., and many other cities located near the Atlantic coast.

answers: NDQ_000702

answers: gravitational landslide

answers: NDQ_000704

answers: Which of the following is not a source of surface currents: Atlantic Ocean, Atlantic Ocean, or Atlantic Ocean?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: What type of ocean is the Atlantic Ocean?

answers: NDQ_000715

answers: height

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: not enough information

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: inundating the African coast in about 1 hour

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: gravitational

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: speed of a jet aircraft

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a mega-tsunami

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: gravitational

answers: NDQ_000744

answers: inundation

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 1.5 x 10 kg

answers: NDQ_000702

answers: eruption

answers: NDQ_000704

answers: so-called'mega-tsunami'.

answers: NDQ_000706

answers: peak to peak height

answers: NDQ_000707

answers: smaller ones each about to high.

answers: NDQ_000710

answers: so-called'mega-tsunami'.

answers: NDQ_000715

answers: (height)

answers: NDQ_000718

answers: (height)

answers: NDQ_000720

answers: so-called'mega-tsunami'.

answers: NDQ_000721

answers: eruption

answers: NDQ_000722

answers: several kilometres apart while retaining their original speed.

answers: NDQ_000723

answers: so-called'mega-tsunami'.

answers: NDQ_000724

answers: so-called'mega-tsunami'.

answers: NDQ_000725

answers: 1 hour,

answers: NDQ_000726

answers: wave

answers: NDQ_000727

answers: so-called'mega-tsunami'.

answers: NDQ_000728

answers: (approximately the speed of a jet aircraft),

answers: NDQ_000729

answers: so-called'mega-tsunami'.

answers: NDQ_000730

answers: so-called'mega-tsunami'.

answers: NDQ_000731

answers: 3.5 hours, and the eastern seaboard of North America

answers: NDQ_000732

answers: so-called'mega-tsunami'.

answers: NDQ_000733

answers: Atlantic Ocean,

answers: NDQ_000734

answers: eruption

answers: NDQ_000735

answers: 3.5 hours, and the eastern seaboard of North America

answers: NDQ_000736

answers: 3.5 hours, and the eastern seaboard of North America in about 6 hours,

answers: NDQ_000737

answers: Atlantic Ocean,

answers: NDQ_000738

answers: inland.

answers: NDQ_000739

answers: ocean floor

answers: NDQ_000740

answers: 1 hour,

answers: NDQ_000741

answers: debris flow.

answers: NDQ_000742

answers: so-called'mega-tsunami'.

answers: NDQ_000743

answers: gravitational

answers: NDQ_000744

answers: so-called'mega-tsunami'.

answers: NDQ_000745

answers: debris flow.

answers: NDQ_000746

answers: 1.5 x 10 kg—will

text: On September 1 a tropical wave exited the African coast, and moved westward across the Atlantic Ocean. A trough of low pressure moved southeastward through the tropics, and brought the wave more towards the north. Generally favorable conditions for development allowed the wave to organize into a tropical depression on September 5, and two days later it attained tropical storm status. Cindy continued northward, and peaked at  winds on September 8 before turning to the northeast. Strong upper-level shear weakened the storm, and after two days of struggling as a tropical storm, Cindy became extratropical on September 10 to the northwest of the Azores. Cindy did not affect any landmasses.

text: On September 1 a

text: tropical wave

text: exited the African coast, and moved westward across the Atlantic Ocean. A trough of low pressure moved southeastward through the tropics, and brought the wave more towards the north. Generally favorable conditions for development allowed the wave to organize into a tropical depression on September 5, and two days later it attained tropical storm status. Cindy continued northward, and peaked at  winds on September 8 before turning to the northeast. Strong upper-level shear weakened the storm, and after two days of struggling as a tropical storm, Cindy became

text: extratropical

text: on September 10 to the northwest of the

text: Azores

text: . Cindy did not affect any landmasses.

answers: NDQ_000702

answers: tropical storm

answers: NDQ_000704

answers: How many days after the tropical wave exited the African coast did Cindy become a tropical depression?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: How many days after a tropical wave exited the African coast did Cindy become extratropical?

answers: NDQ_000710

answers: How many days after the tropical wave exited the African coast did Cindy become extratropical

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: What type of storm did Cindy become?

answers: NDQ_000721

answers: Which of the following is not true?

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many days after the tropical wave exited the African coast did Cindy become extratropical?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: What is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring tides or tropical storms?

answers: NDQ_000732

answers: How many days after the tropical wave exited the African coast, and moved westward across the Atlantic Ocean did Cindy become extratropical?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: low pressure

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: trough of low pressure moved southeast

answers: NDQ_000739

answers: a tropical depression

answers: NDQ_000740

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What does Cindy mean?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: a tropical wave

answers: NDQ_000746

answers: tropical storm status

answers: NDQ_000702

answers: tropical wave

answers: NDQ_000704

answers: upper-level shear

answers: NDQ_000706

answers: north.

answers: NDQ_000707

answers: low pressure

answers: NDQ_000710

answers: the wave more towards the north.

answers: NDQ_000715

answers: winds

answers: NDQ_000718

answers: trough of low pressure

answers: NDQ_000720

answers: Cindy

answers: NDQ_000721

answers: Atlantic Ocean.

answers: NDQ_000722

answers: Cindy did not affect any landmasses.

answers: NDQ_000723

answers: tropical wave

answers: NDQ_000724

answers: tropical wave

answers: NDQ_000725

answers: Cindy continued northward, and peaked at winds on September 8

answers: NDQ_000726

answers: tropical wave

answers: NDQ_000727

answers: Atlantic Ocean.

answers: NDQ_000728

answers: tropical wave

answers: NDQ_000729

answers: northeast.

answers: NDQ_000730

answers: Atlantic Ocean.

answers: NDQ_000731

answers: 1

answers: NDQ_000732

answers: northeast.

answers: NDQ_000733

answers: Atlantic Ocean.

answers: NDQ_000734

answers: low pressure

answers: NDQ_000735

answers: 1

answers: NDQ_000736

answers: Atlantic Ocean.

answers: NDQ_000737

answers: trough of low pressure

answers: NDQ_000738

answers: trough of low pressure moved southeastward through the tropics,

answers: NDQ_000739

answers: low pressure

answers: NDQ_000740

answers: trough of low pressure moved southeastward through the tropics,

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: 1

answers: NDQ_000743

answers: pressure

answers: NDQ_000744

answers: tropical wave

answers: NDQ_000745

answers: trough of low pressure

answers: NDQ_000746

answers: Cindy did not affect any landmasses.

text: Surface winds tend to be of order meters per second; ocean currents of order centimeters per second. Hence from the point of view of the atmosphere, the ocean can be considered effectively stationary; from the point of view of the ocean, the atmosphere imposes a significant wind stress on its surface, and this forces large-scale currents in the ocean.

text: Surface winds tend to be of order meters per second; ocean currents of order centimeters per second. Hence from the point of view of the atmosphere, the ocean can be considered effectively stationary; from the point of view of the ocean, the atmosphere imposes a significant wind

text: stress

text: on its surface, and this forces large-scale currents in the ocean.

answers: NDQ_000702

answers: large-scale currents in the ocean

answers: NDQ_000704

answers: Which of the following is not a type of current: ocean currents or surface winds?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: surface winds are greater than ocean currents

answers: NDQ_000710

answers: ocean currents to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or surface?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many meters per second do surface winds tend to be?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: centimeters per second

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the ocean can be considered effectively stationary

answers: NDQ_000739

answers: stationary

answers: NDQ_000740

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: cannot be considered stationary

answers: NDQ_000743

answers: can be considered effectively stationary

answers: NDQ_000744

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: ocean currents of order centimeters per second.

answers: NDQ_000706

answers: surface,

answers: NDQ_000707

answers: wind stress

answers: NDQ_000710

answers: large-scale currents

answers: NDQ_000715

answers: meters per second; ocean currents of order centimeters per second.

answers: NDQ_000718

answers: centimeters per second.

answers: NDQ_000720

answers: large-scale currents

answers: NDQ_000721

answers: Surface winds

answers: NDQ_000722

answers: centimeters per second.

answers: NDQ_000723

answers: ocean currents of order centimeters per second.

answers: NDQ_000724

answers: Surface winds

answers: NDQ_000725

answers: Surface winds

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: meters per second; ocean currents of order centimeters per second.

answers: NDQ_000728

answers: large-scale currents

answers: NDQ_000729

answers: stationary;

answers: NDQ_000730

answers: ocean currents of order centimeters per second.

answers: NDQ_000731

answers: Surface winds

answers: NDQ_000732

answers: large-scale currents

answers: NDQ_000733

answers: meters per second;

answers: NDQ_000734

answers: the atmosphere imposes a significant wind stress

answers: NDQ_000735

answers: stationary;

answers: NDQ_000736

answers: centimeters per second.

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: stationary;

answers: NDQ_000739

answers: stationary;

answers: NDQ_000740

answers: ocean currents of order centimeters per second.

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Surface winds

answers: NDQ_000743

answers: Surface winds

answers: NDQ_000744

answers: Surface winds

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: meters per second;

text: Tsunami is an album released in 1999. It contains ten tracks picked by Tsunami Tranceport, and was released under the Kinetic Label.

text: Tsunami is an album released in 1999. It contains ten tracks picked by

text: Tsunami Tranceport

text: , and was released under the

text: Kinetic

text: Label.

answers: NDQ_000702

answers: Kinetic

answers: NDQ_000704

answers: can cause tsunamis

answers: NDQ_000706

answers: unanswerable

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: Tsunami

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: It is impossible to say

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: tide

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Kinetic Label.

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tsunami was released in 1999

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: can not be used to describe

answers: NDQ_000743

answers: is kinetic energy

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: Tsunami

answers: NDQ_000704

answers: Tsunami

answers: NDQ_000706

answers: Tsunami

answers: NDQ_000707

answers: Tsunami

answers: NDQ_000710

answers: Tsunami

answers: NDQ_000715

answers: Tsunami

answers: NDQ_000718

answers: Kinetic Label.

answers: NDQ_000720

answers: Tsunami

answers: NDQ_000721

answers: Tsunami

answers: NDQ_000722

answers: 1999.

answers: NDQ_000723

answers: Tsunami is an album released in 1999.

answers: NDQ_000724

answers: Tsunami

answers: NDQ_000725

answers: Tsunami is an album released in 1999.

answers: NDQ_000726

answers: Kinetic Label.

answers: NDQ_000727

answers: Tsunami

answers: NDQ_000728

answers: Tsunami

answers: NDQ_000729

answers: Kinetic Label.

answers: NDQ_000730

answers: Kinetic Label.

answers: NDQ_000731

answers: 1999.

answers: NDQ_000732

answers: Tsunami is an album released in 1999.

answers: NDQ_000733

answers: 1999.

answers: NDQ_000734

answers: Tsunami

answers: NDQ_000735

answers: 1999.

answers: NDQ_000736

answers: Tsunami

answers: NDQ_000737

answers: Tsunami is an album released in 1999.

answers: NDQ_000738

answers: Tsunami is an album released in 1999.

answers: NDQ_000739

answers: 1999.

answers: NDQ_000740

answers: 1999.

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: Tsunami

answers: NDQ_000743

answers: Kinetic

answers: NDQ_000744

answers: Tsunami

answers: NDQ_000745

answers: Tsunami

answers: NDQ_000746

answers: ten

text: Little is known of the fringefin trevally, with only a handful of studies in northern Australia recording aspects of its ecology. These focused predominantly on abundance, movements, and habitats of a variety of species. The species was found to be more abundant in trawl catches during the night and on neap tides. On a longer-term scale, the fringefin trevally was present in the Gulf of Carpentaria study area from January to August before moving out of the catch area. The species does not appear to change habitat with age, with individuals of various stages of their lives found in estuarine, inshore, and shelf environments. The fringefin trevally is a predator, feeding on epibenthic crustaceans.

text: Little is known of the fringefin trevally, with only a handful of studies in northern Australia recording aspects of its

text: ecology

text: . These focused predominantly on abundance, movements, and

text: habitat

text: s of a variety of species. The species was found to be more abundant in

text: trawl

text: catches during the night and on

text: neap tide

text: s. On a longer-term scale, the fringefin trevally was present in the

text: Gulf of Carpentaria

text: study area from January to August before moving out of the catch area. The species does not appear to change habitat with age, with individuals of various stages of their lives found in estuarine, inshore, and

text: shelf

text: environments. The fringefin trevally is a

text: predator

text: , feeding on

text: epibenthic

text: crustacean

text: s.

answers: NDQ_000702

answers: neap

answers: NDQ_000704

answers: What caused the abundance of the fringefin trevally in the Gulf of Carpentaria?

answers: NDQ_000706

answers: Gulf of Carpentaria

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: neap tides

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day do tides cause water levels to rise and fall?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: neap tides have the

answers: NDQ_000737

answers: Gulf

answers: NDQ_000738

answers: trawl catches during the night and on neap tides

answers: NDQ_000739

answers: inshore

answers: NDQ_000740

answers: Neap tides

answers: NDQ_000741

answers: Gulf

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: NDQ_000744

answers: nap

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: trawl catches

answers: NDQ_000704

answers: neap tides.

answers: NDQ_000706

answers: neap tides.

answers: NDQ_000707

answers: neap tides.

answers: NDQ_000710

answers: neap tides.

answers: NDQ_000715

answers: neap tides.

answers: NDQ_000718

answers: neap tides.

answers: NDQ_000720

answers: neap tides.

answers: NDQ_000721

answers: neap tides.

answers: NDQ_000722

answers: neap tides.

answers: NDQ_000723

answers: neap tides.

answers: NDQ_000724

answers: neap tides.

answers: NDQ_000725

answers: neap tides.

answers: NDQ_000726

answers: neap tides.

answers: NDQ_000727

answers: neap tides.

answers: NDQ_000728

answers: neap tides.

answers: NDQ_000729

answers: neap tides.

answers: NDQ_000730

answers: neap tides.

answers: NDQ_000731

answers: neap tides.

answers: NDQ_000732

answers: epibenthic crustaceans.

answers: NDQ_000733

answers: neap tides.

answers: NDQ_000734

answers: neap tides.

answers: NDQ_000735

answers: neap tides.

answers: NDQ_000736

answers: neap tides.

answers: NDQ_000737

answers: Gulf of Carpentaria

answers: NDQ_000738

answers: The species does not appear to change habitat with age,

answers: NDQ_000739

answers: neap tides.

answers: NDQ_000740

answers: neap tides.

answers: NDQ_000741

answers: tides.

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: epibenthic crustaceans.

answers: NDQ_000744

answers: neap tides.

answers: NDQ_000745

answers: tides.

answers: NDQ_000746

answers: epibenthic crustaceans.

text: Karim said the inspiration for YouTube first came from Janet Jackson's role in the 2004 Super Bowl incident, when her breast was exposed during her performance, and later from the 2004 Indian Ocean tsunami. Karim could not easily find video clips of either event online, which led to the idea of a video sharing site. Hurley and Chen said that the original idea for YouTube was a video version of an online dating service, and had been influenced by the website Hot or Not.

text: Karim said the inspiration for YouTube first came from

text: Janet Jackson

text: 's role in the 2004

entity_name: Super Bowl XXXVIII halftime-show controversy

text: Super Bowl incident

text: , when her breast was exposed during her performance, and later from the

text: 2004 Indian Ocean tsunami

text: . Karim could not easily find video clips of either event online, which led to the idea of a video sharing site. Hurley and Chen said that the original idea for YouTube was a video version of an

text: online dating service

text: , and had been influenced by the website

text: Hot or Not

answers: NDQ_000702

answers: Indian Ocean tsunami

answers: NDQ_000704

answers: Which of the following is not an ocean: Indian Ocean, Super Bowl, or Super Bowl?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: Janet Jackson's breast was exposed during her performance

answers: NDQ_000710

answers: what to the surface of the ocean?

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Indian Ocean tsunami

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days did the Indian Ocean tsunami last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Indian Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the 2004 Indian Ocean tsunami

answers: NDQ_000739

answers: unfiltered

answers: NDQ_000740

answers: Indian Ocean tsunami

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: Indian Ocean tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000704

answers: Indian Ocean tsunami.

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: tsunami.

answers: NDQ_000710

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000715

answers: tsunami.

answers: NDQ_000718

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000720

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000721

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000722

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000723

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000724

answers: tsunami.

answers: NDQ_000725

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000726

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000727

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000728

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000729

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000730

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000731

answers: Indian Ocean tsunami.

answers: NDQ_000732

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000733

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000734

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000735

answers: Indian Ocean tsunami.

answers: NDQ_000736

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: her breast was exposed during her performance,

answers: NDQ_000739

answers: Indian Ocean tsunami.

answers: NDQ_000740

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: Indian Ocean tsunami.

answers: NDQ_000743

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000744

answers: Indian Ocean tsunami.

answers: NDQ_000745

answers: tsunami.

answers: NDQ_000746

answers: 2004 Indian Ocean tsunami.

text: One additional tidal constituent results from the gravitational torque acting on the Earth by the Sun and Moon due to the fact that the Earth has a nonspherical shape.  The presence of this torque causes the Earth to develop a free nutation known as the Chandler Wobble with a period of about 433 days, which can be excited by a variety of geophysical processes.  Incidentally this free nutation is analogous to the behavior of a spinning top under the influence of gravity. One effect of the Chandler Wobble is to cause the North and South poles of the Earth to undergo periodic excursions with the same period as the Chandler Wobble.   The periodic motion of the ocean basins excites ocean currents as the oceans adjust to the changing position of the Earth. The resulting periodic behavior of the ocean is known as the pole tide.  Like the long period tides the pole tide has been assumed to be in equilibrium and an examination of the pole tide at basin scales seems to be consistent with that assumption.  At shorter wavelengths, though, the observational record is less clear.  In fact, tide gauge time series in the North Sea show a distinctly nonequilbrium spectral peak at the pole tide frequency which Wunsch has suggested is due to a resonance connected with the excitation of barotropic Rossby waves but O'Connor and colleagues suggest is wind-forced and not actually the pole tide.

text: One additional tidal constituent results from the gravitational torque acting on the Earth by the Sun and Moon due to the fact that the Earth has a nonspherical shape.  The presence of this torque causes the Earth to develop a free nutation known as the

text: Chandler Wobble

text: with a period of about 433 days, which can be excited by a variety of geophysical processes.  Incidentally this free nutation is analogous to the behavior of a spinning top under the influence of gravity. One effect of the Chandler Wobble is to cause the North and South poles of the Earth to undergo periodic excursions with the same period as the Chandler Wobble.   The periodic motion of the ocean basins excites ocean currents as the oceans adjust to the changing position of the Earth. The resulting periodic behavior of the ocean is known as the pole tide.  Like the long period tides the pole tide has been assumed to be in equilibrium and an examination of the pole tide at basin scales seems to be consistent with that assumption.  At shorter wavelengths, though, the observational record is less clear.  In fact, tide gauge time series in the North Sea show a distinctly nonequilbrium spectral peak at the pole tide frequency which Wunsch has suggested is due to a resonance connected with the excitation of barotropic Rossby waves but O'Connor and colleagues suggest is wind-forced and not actually the pole tide.

answers: NDQ_000702

answers: gravitational torque

answers: NDQ_000704

answers: Which of the following is not an effect of the Chandler Wobble: the North and South poles of the Earth to undergo periodic excursions?

answers: NDQ_000706

answers: North Sea

answers: NDQ_000707

answers: gravitational force acts on it

answers: NDQ_000710

answers: tidal constituents

answers: NDQ_000715

answers: At shorter wavelengths

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: pole tide

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: gravitational torque

answers: NDQ_000735

answers: unbalanced

answers: NDQ_000736

answers: period of about 433 days

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the pole tide has been assumed to be in equilibrium

answers: NDQ_000739

answers: unbalanced

answers: NDQ_000740

answers: pole tide

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: pole tide

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: gravitational

answers: NDQ_000702

answers: gravitational torque

answers: NDQ_000704

answers: ocean currents

answers: NDQ_000706

answers: ocean basins

answers: NDQ_000707

answers: gravity.

answers: NDQ_000710

answers: ocean currents

answers: NDQ_000715

answers: pole tide frequency

answers: NDQ_000718

answers: shorter wavelengths,

answers: NDQ_000720

answers: barotropic Rossby waves

answers: NDQ_000721

answers: gravitational torque acting on the Earth by the Sun and Moon

answers: NDQ_000722

answers: the Earth has a nonspherical shape.

answers: NDQ_000723

answers: pole tide.

answers: NDQ_000724

answers: wind-forced

answers: NDQ_000725

answers: pole tide.

answers: NDQ_000726

answers: wind-forced

answers: NDQ_000727

answers: pole tide.

answers: NDQ_000728

answers: pole tide.

answers: NDQ_000729

answers: Chandler Wobble

answers: NDQ_000730

answers: gravitational torque acting on the Earth by the Sun and Moon

answers: NDQ_000731

answers: pole tide.

answers: NDQ_000732

answers: pole tide.

answers: NDQ_000733

answers: pole tide.

answers: NDQ_000734

answers: gravitational torque

answers: NDQ_000735

answers: nonspherical shape.

answers: NDQ_000736

answers: pole tide.

answers: NDQ_000737

answers: tidal

answers: NDQ_000738

answers: wind-forced and not actually the pole tide.

answers: NDQ_000739

answers: pole tide.

answers: NDQ_000740

answers: pole tide.

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: pole tide.

answers: NDQ_000743

answers: gravitational torque

answers: NDQ_000744

answers: pole tide.

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: gravitational torque

text: The town sustained heavy damage from the tsunami that followed the 2004 Indian Ocean earthquake.

text: The town sustained heavy damage from the

text: tsunami

text: that followed the

text: 2004 Indian Ocean earthquake

answers: NDQ_000702

answers: earthquakes

answers: NDQ_000704

answers: can cause tsunamis

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a body of water is moving

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: Its highest point is its lowest point.

answers: NDQ_000718

answers: None of the above choices .

answers: NDQ_000720

answers: It's impossible to say

answers: NDQ_000721

answers: It is not possible to tell

answers: NDQ_000722

answers: It is a shallow ocean.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: None of the above choices .

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: None of the above choices .

answers: NDQ_000728

answers: It is not possible to tell

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: None of the above choices .

answers: NDQ_000731

answers: It's impossible to say

answers: NDQ_000732

answers: It's impossible to say

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: Indian Ocean at a higher altitude.

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The tsunami did not affect the town.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: can not be determined

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: can not be described as a tide

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: can cause tsunamis

answers: NDQ_000746

answers: is not known

answers: NDQ_000702

answers: Indian Ocean earthquake.

answers: NDQ_000704

answers: tsunami

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: tsunami

answers: NDQ_000710

answers: tsunami

answers: NDQ_000715

answers: tsunami

answers: NDQ_000718

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: tsunami

answers: NDQ_000722

answers: tsunami

answers: NDQ_000723

answers: tsunami

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: tsunami

answers: NDQ_000726

answers: tsunami

answers: NDQ_000727

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000729

answers: tsunami

answers: NDQ_000730

answers: tsunami

answers: NDQ_000731

answers: tsunami

answers: NDQ_000732

answers: tsunami

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: earthquake.

answers: NDQ_000735

answers: tsunami

answers: NDQ_000736

answers: tsunami

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: tsunami

answers: NDQ_000739

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000740

answers: tsunami

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunami

answers: NDQ_000743

answers: tsunami

answers: NDQ_000744

answers: tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: The town sustained heavy damage

text: Current rates of ocean acidification have been compared with the greenhouse event at the Paleocene–Eocene boundary (about 55 million years ago) when surface ocean temperatures rose by 5–6 degrees Celsius. No catastrophe was seen in surface ecosystems, yet bottom-dwelling organisms in the deep ocean experienced a major extinction. The current acidification is on a path to reach levels higher than any seen in the last 65 million years, and the rate of increase is about ten times the rate that preceded the Paleocene–Eocene mass extinction. The current and projected acidification has been described as an almost unprecedented geological event. A National Research Council study released in April 2010 likewise concluded that "the level of acid in the oceans is increasing at an unprecedented rate." A 2012 paper in the journal Science examined the geological record in an attempt to find a historical analog for current global conditions as well as those of the future. The researchers determined that the current rate of ocean acidification is faster than at any time in the past 300 million years.

text: Current rates of ocean acidification have been compared with the greenhouse event at the Paleocene–Eocene boundary (about 55 million years ago) when surface ocean temperatures rose by 5–6 degrees

text: Celsius

text: . No catastrophe was seen in surface ecosystems, yet bottom-dwelling organisms in the deep ocean experienced a major extinction. The current acidification is on a path to reach levels higher than any seen in the last 65 million years, and the rate of increase is about ten times the rate that preceded the Paleocene–Eocene mass extinction. The current and projected acidification has been described as an almost unprecedented geological event. A National Research Council study released in April 2010 likewise concluded that "the level of acid in the oceans is increasing at an unprecedented rate." A 2012 paper in the journal

text: Science

text: examined the geological record in an attempt to find a historical analog for current global conditions as well as those of the future. The researchers determined that the current rate of ocean acidification is faster than at any time in the past 300 million years.

answers: NDQ_000702

answers: ocean acidification

answers: NDQ_000704

answers: Which of the following is not a type of ecosystem: surface ecosystems, bottom-dwelling organisms, or deep ocean?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: ocean acidification is increasing at an unprecedented rate.

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many years ago did surface ocean temperatures rise by 5–6 degrees Celsius?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: ocean acidification

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Paleocene–Eocene boundary

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: surface ecosystems

answers: NDQ_000739

answers: acidic

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Deep ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: greenhouse

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: surface ecosystems

answers: NDQ_000746

answers: mass

answers: NDQ_000702

answers: ocean acidification

answers: NDQ_000704

answers: No catastrophe was seen in surface ecosystems,

answers: NDQ_000706

answers: bottom-dwelling organisms in the deep ocean

answers: NDQ_000707

answers: 300 million years.

answers: NDQ_000710

answers: bottom-dwelling organisms

answers: NDQ_000715

answers: 65 million years,

answers: NDQ_000718

answers: 65 million years,

answers: NDQ_000720

answers: 65 million years,

answers: NDQ_000721

answers: Current rates of ocean acidification

answers: NDQ_000722

answers: bottom-dwelling organisms in the deep ocean

answers: NDQ_000723

answers: 65 million years,

answers: NDQ_000724

answers: 65 million years,

answers: NDQ_000725

answers: 65 million years,

answers: NDQ_000726

answers: 65 million years,

answers: NDQ_000727

answers: 65 million years,

answers: NDQ_000728

answers: Current rates of ocean acidification

answers: NDQ_000729

answers: 65 million years,

answers: NDQ_000730

answers: 65 million years,

answers: NDQ_000731

answers: Paleocene–Eocene

answers: NDQ_000732

answers: 5–6 degrees Celsius. No catastrophe was seen in surface ecosystems,

answers: NDQ_000733

answers: 65 million years,

answers: NDQ_000734

answers: ocean acidification

answers: NDQ_000735

answers: Paleocene–Eocene

answers: NDQ_000736

answers: 65 million years,

answers: NDQ_000737

answers: bottom-dwelling organisms in the deep ocean

answers: NDQ_000738

answers: No catastrophe was seen in surface ecosystems,

answers: NDQ_000739

answers: bottom-dwelling organisms in the deep ocean

answers: NDQ_000740

answers: 5–6 degrees Celsius.

answers: NDQ_000741

answers: greenhouse event

answers: NDQ_000742

answers: Paleocene–Eocene

answers: NDQ_000743

answers: bottom-dwelling organisms

answers: NDQ_000744

answers: bottom-dwelling organisms in the deep ocean

answers: NDQ_000745

answers: No catastrophe was seen in surface ecosystems,

answers: NDQ_000746

answers: ten

text: In addition, ICESat-2 will take measurements of the height of oceans, inland water bodies like reservoirs and lakes, cities, and ground movements after events like earthquakes or landslides.

text: In addition, ICESat-2 will take measurements of the height of oceans, inland water bodies like reservoirs and lakes, cities, and ground movements after events like earthquakes or landslides.

answers: NDQ_000702

answers: oceans

answers: NDQ_000704

answers: What will ICESat-2 measure?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: a rock falls on top of it

answers: NDQ_000710

answers: ICESat-2 measurements of what?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: None of the above choices.

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices .

answers: NDQ_000729

answers: What does ICESat-2 measure?

answers: NDQ_000730

answers: None of the above choices.

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: oceans

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: height of oceans

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling does not occur in the ocean.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: seawater

answers: NDQ_000742

answers: can not be used to answer this question

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: can not be determined

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: oceans,

answers: NDQ_000704

answers: ground movements

answers: NDQ_000706

answers: height

answers: NDQ_000707

answers: earthquakes or landslides.

answers: NDQ_000710

answers: inland water bodies

answers: NDQ_000715

answers: height

answers: NDQ_000718

answers: ICESat-2 will take measurements of the height of oceans,

answers: NDQ_000720

answers: ICESat-2 will take measurements of the height of oceans,

answers: NDQ_000721

answers: ICESat-2 will take measurements of the height of oceans,

answers: NDQ_000722

answers: inland water bodies

answers: NDQ_000723

answers: ICESat-2

answers: NDQ_000724

answers: ICESat-2 will take measurements of the height of oceans,

answers: NDQ_000725

answers: inland water bodies

answers: NDQ_000726

answers: ICESat-2 will take measurements of the height of oceans,

answers: NDQ_000727

answers: inland water bodies

answers: NDQ_000728

answers: earthquakes or landslides.

answers: NDQ_000729

answers: ICESat-2 will take measurements of the height of oceans,

answers: NDQ_000730

answers: ICESat-2 will take measurements of the height of oceans,

answers: NDQ_000731

answers: ICESat-2 will take measurements of the height of oceans,

answers: NDQ_000732

answers: ICESat-2 will take measurements of the height of oceans,

answers: NDQ_000733

answers: oceans,

answers: NDQ_000734

answers: oceans,

answers: NDQ_000735

answers: ICESat-2 will take measurements of the height of oceans,

answers: NDQ_000736

answers: inland water bodies

answers: NDQ_000737

answers: inland water bodies

answers: NDQ_000738

answers: earthquakes or landslides.

answers: NDQ_000739

answers: ICESat-2 will take measurements of the height of oceans,

answers: NDQ_000740

answers: ICESat-2 will take measurements of the height

answers: NDQ_000741

answers: oceans,

answers: NDQ_000742

answers: inland water bodies

answers: NDQ_000743

answers: earthquakes or landslides.

answers: NDQ_000744

answers: inland water bodies

answers: NDQ_000745

answers: ground movements after events like earthquakes or landslides.

answers: NDQ_000746

answers: ICESat-2

text: An abyssal plain is an underwater plain on the deep ocean floor, usually found at depths between  and . Lying generally between the foot of a continental rise and a mid-ocean ridge, abyssal plains cover more than 50% of the Earth’s surface. They are among the flattest, smoothest and least explored regions on Earth. Abyssal plains are key geologic elements of oceanic basins (the other elements being an elevated mid-ocean ridge and flanking abyssal hills). In addition to these elements, active oceanic basins (those that are associated with a moving plate tectonic boundary) also typically include an oceanic trench and a subduction zone.

text: An abyssal plain is an underwater

text: plain

text: on the deep

text: ocean floor

text: , usually found at depths between  and . Lying generally between the foot of a

text: continental rise

text: and a

text: mid-ocean ridge

text: , abyssal plains cover more than 50% of the

text: Earth

text: ’s surface. They are among the flattest, smoothest and least explored regions on Earth. Abyssal plains are key geologic elements of

text: oceanic basin

text: s (the other elements being an elevated mid-ocean ridge and flanking

text: abyssal hill

text: s). In addition to these elements, active oceanic basins (those that are associated with a moving

text: plate tectonic

text: boundary) also typically include an

text: oceanic trench

text: and a

text: subduction zone

answers: NDQ_000702

answers: moving plate tectonic boundary

answers: NDQ_000704

answers: Which of the following is not an element of oceanic basins: an elevated mid-ocean ridge or flanking abyssal hills?

answers: NDQ_000706

answers: deep ocean floor

answers: NDQ_000707

answers: a plate tectonic boundary is moving

answers: NDQ_000710

answers: Abyssal Plains closer to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: abyssal plains

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: not enough information

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: oceanic trench

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: abyssal plains

answers: NDQ_000737

answers: oceanic trench

answers: NDQ_000738

answers: an oceanic trench and a subduction zone

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: subduction zone

answers: NDQ_000742

answers: NDQ_000743

answers: subduction zone

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: subduction zone

answers: NDQ_000746

answers: 50% of the Earth’s surface

answers: NDQ_000702

answers: abyssal plain is an underwater plain on the deep ocean floor,

answers: NDQ_000704

answers: oceanic trench and a subduction zone.

answers: NDQ_000706

answers: abyssal plain

answers: NDQ_000707

answers: abyssal plain

answers: NDQ_000710

answers: abyssal plain

answers: NDQ_000715

answers: abyssal plain

answers: NDQ_000718

answers: ridge,

answers: NDQ_000720

answers: An abyssal plain

answers: NDQ_000721

answers: abyssal plain

answers: NDQ_000722

answers: abyssal plain

answers: NDQ_000723

answers: abyssal plain

answers: NDQ_000724

answers: abyssal plain

answers: NDQ_000725

answers: abyssal plain

answers: NDQ_000726

answers: abyssal plain

answers: NDQ_000727

answers: abyssal plain

answers: NDQ_000728

answers: abyssal plain

answers: NDQ_000729

answers: An abyssal plain

answers: NDQ_000730

answers: An abyssal plain

answers: NDQ_000731

answers: abyssal plain

answers: NDQ_000732

answers: abyssal plain

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: abyssal plain

answers: NDQ_000735

answers: rise

answers: NDQ_000736

answers: abyssal plain

answers: NDQ_000737

answers: abyssal plain

answers: NDQ_000738

answers: An abyssal plain

answers: NDQ_000739

answers: abyssal plain is an underwater plain on the deep ocean floor,

answers: NDQ_000740

answers: oceanic trench and a subduction zone.

answers: NDQ_000741

answers: oceanic trench and a subduction zone.

answers: NDQ_000742

answers: abyssal plain

answers: NDQ_000743

answers: abyssal plain

answers: NDQ_000744

answers: abyssal plain

answers: NDQ_000745

answers: subduction zone.

answers: NDQ_000746

answers: 50% of the Earth’s surface.

text: The New Tide faction was initially composed of editorial members of "The Movement" () magazine established in 1984. Important members of the time included Chiou I-jen, Wu Nai-ren, Hung Chi-chang, Lin Cho-shui, Liu Shou-ch'eng. Members who would later leave the party included Sisy Chen. The early positions of the faction included Taiwan independence, group action, and social democracy. In later years the faction moderated its position and placed a greater emphasis on pragmatism. With a clear political manifesto and strong factional discipline, the New Tide became one of the most powerful factions in the DPP.

text: The New Tide faction was initially composed of editorial members of "The Movement" () magazine established in 1984. Important members of the time included

text: Chiou I-jen

text: Wu Nai-ren

text: Hung Chi-chang

text: Lin Cho-shui

text: Liu Shou-ch'eng

text: . Members who would later leave the party included

text: Sisy Chen

text: . The early positions of the faction included

text: Taiwan independence

text: group action

text: , and

text: social democracy

text: . In later years the faction moderated its position and placed a greater emphasis on pragmatism. With a clear political manifesto and strong factional discipline, the New Tide became one of the most powerful factions in the DPP.

answers: NDQ_000702

answers: Taiwan independence

answers: NDQ_000704

answers: What did the New Tide faction place greater emphasis on?

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: Chiou I-jen is a

answers: NDQ_000710

answers: How many years after the New Tide faction was initially composed of editorial members of The Movement?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: hurricanes

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many years after the New Tide faction was initially composed of editorial members of "The Movement"

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: How is the Coriolis effect caused?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: New Tide become one of the most powerful

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: unfiltered

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: New Tide

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: NDQ_000702

answers: Taiwan independence,

answers: NDQ_000704

answers: Taiwan independence, group action, and social democracy.

answers: NDQ_000706

answers: The New Tide

answers: NDQ_000707

answers: The New Tide

answers: NDQ_000710

answers: Taiwan independence, group action, and social democracy.

answers: NDQ_000715

answers: Lin Cho-shui, Liu Shou-ch'eng.

answers: NDQ_000718

answers: Lin Cho-shui, Liu Shou-ch'eng.

answers: NDQ_000720

answers: The New Tide

answers: NDQ_000721

answers: The New Tide

answers: NDQ_000722

answers: 1984.

answers: NDQ_000723

answers: The New Tide

answers: NDQ_000724

answers: 1984.

answers: NDQ_000725

answers: The New Tide

answers: NDQ_000726

answers: The New Tide

answers: NDQ_000727

answers: The New Tide

answers: NDQ_000728

answers: The New Tide

answers: NDQ_000729

answers: 1984.

answers: NDQ_000730

answers: The New Tide

answers: NDQ_000731

answers: The New Tide

answers: NDQ_000732

answers: 1984.

answers: NDQ_000733

answers: 1984.

answers: NDQ_000734

answers: The New Tide

answers: NDQ_000735

answers: The New Tide

answers: NDQ_000736

answers: The New Tide

answers: NDQ_000737

answers: The New Tide

answers: NDQ_000738

answers: The New Tide

answers: NDQ_000739

answers: pragmatism.

answers: NDQ_000740

answers: The New Tide

answers: NDQ_000741

answers: The New Tide

answers: NDQ_000742

answers: The New Tide

answers: NDQ_000743

answers: Lin Cho-shui, Liu Shou-ch'eng.

answers: NDQ_000744

answers: The New Tide

answers: NDQ_000745

answers: The New Tide

answers: NDQ_000746

answers: 1984.

text: Covering an area of approximately  and with a length of about , the reef is subject to unusual tidal movements to a maximum of . When the tide is out vast lagoons, sandstone islets and a central mangrove island are revealed. The outward movement of the tide forms a torrent of water, creating a river cutting through the reef and hundreds of cascading waterfalls. At low tide more than  of reef can be exposed.

text: Covering an area of approximately  and with a length of about , the reef is subject to unusual tidal movements to a maximum of . When the tide is out vast lagoons,

text: sandstone

text: islets and a central

text: mangrove

text: island are revealed. The outward movement of the tide forms a torrent of water, creating a river cutting through the reef and hundreds of cascading waterfalls. At low tide more than  of reef can be exposed.

answers: NDQ_000702

answers: tidal

answers: NDQ_000704

answers: Which of the following is not a characteristic of the reef: lagoons, sandstone islets, or mangrove island?

answers: NDQ_000706

answers: the reef

answers: NDQ_000707

answers: it is a result of

answers: NDQ_000710

answers: what to the reef?

answers: NDQ_000715

answers: its amplitude is its maximum

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices are true

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: (i)

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: How many high tides are there?

answers: NDQ_000734

answers: tidal

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: outward movement of the tide

answers: NDQ_000737

answers: river

answers: NDQ_000738

answers: At low tide more than of reef can be exposed.

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: Tidal movements

answers: NDQ_000741

answers: river

answers: NDQ_000742

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: NDQ_000745

answers: Tidal movement

answers: NDQ_000746

answers: NDQ_000702

answers: tidal

answers: NDQ_000704

answers: tidal movements

answers: NDQ_000706

answers: the reef

answers: NDQ_000707

answers: The outward movement of the tide

answers: NDQ_000710

answers: a torrent of water,

answers: NDQ_000715

answers: a maximum of.

answers: NDQ_000718

answers: about,

answers: NDQ_000720

answers: tidal movements

answers: NDQ_000721

answers: water,

answers: NDQ_000722

answers: low tide

answers: NDQ_000723

answers: low tide

answers: NDQ_000724

answers: tidal movements

answers: NDQ_000725

answers: low tide

answers: NDQ_000726

answers: water,

answers: NDQ_000727

answers: tidal movements

answers: NDQ_000728

answers: The outward movement of the tide forms a torrent of water,

answers: NDQ_000729

answers: The outward movement of the tide forms a torrent of water,

answers: NDQ_000730

answers: tidal movements

answers: NDQ_000731

answers: low tide

answers: NDQ_000732

answers: approximately and with a length of about,

answers: NDQ_000733

answers: approximately and with a length of about,

answers: NDQ_000734

answers: tidal

answers: NDQ_000735

answers: low tide

answers: NDQ_000736

answers: low tide

answers: NDQ_000737

answers: tidal

answers: NDQ_000738

answers: hundreds of cascading waterfalls.

answers: NDQ_000739

answers: out

answers: NDQ_000740

answers: tidal movements

answers: NDQ_000741

answers: river

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: water,

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: tidal

answers: NDQ_000746

answers: approximately

text: Assuming that the body is electrically surrounded from the environment, there can be no current component on the surface

text: Assuming that the body is electrically surrounded from the environment, there can be no current component on the surface

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: can be created on the surface of the body

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: the surface of the wave is too smooth

answers: NDQ_000710

answers: ice to the surface of the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: no relevant information is given

answers: NDQ_000720

answers: no current component on the surface

answers: NDQ_000721

answers: no current component on the surface

answers: NDQ_000722

answers: it is shallow

answers: NDQ_000723

answers: None of the above choices .

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: The tides are caused by the tides in the ocean .

answers: NDQ_000726

answers: no current component on the surface

answers: NDQ_000727

answers: The difference between high and low tides is tidal range

answers: NDQ_000728

answers: There is no current component on the surface

answers: NDQ_000729

answers: no current component on the surface

answers: NDQ_000730

answers: None of the above choices .

answers: NDQ_000731

answers: None of the above choices .

answers: NDQ_000732

answers: no current component

answers: NDQ_000733

answers: tide cycle

answers: NDQ_000734

answers: a magnetic field

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: current component on the surface of the water

answers: NDQ_000737

answers: current component

answers: NDQ_000738

answers: There is no current component on the surface.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: can not be seen

answers: NDQ_000741

answers: can have a current component

answers: NDQ_000742

answers: can be caused by the sun

answers: NDQ_000743

answers: is a result of electrostatic interactions

answers: NDQ_000744

answers: can be caused by the moon

answers: NDQ_000745

answers: no current component

answers: NDQ_000746

answers: can not be determined

answers: NDQ_000702

answers: current component

answers: NDQ_000704

answers: there can be no current component on the surface

answers: NDQ_000706

answers: the surface

answers: NDQ_000707

answers: current component

answers: NDQ_000710

answers: current component

answers: NDQ_000715

answers: current component

answers: NDQ_000718

answers: current component

answers: NDQ_000720

answers: Assuming that the body is electrically surrounded from the environment,

answers: NDQ_000721

answers: there can be no current component on the surface

answers: NDQ_000722

answers: no current component on the surface

answers: NDQ_000723

answers: current component on the surface

answers: NDQ_000724

answers: current component on the surface

answers: NDQ_000725

answers: Assuming that the body is electrically surrounded from the environment,

answers: NDQ_000726

answers: current component

answers: NDQ_000727

answers: Assuming that the body is electrically surrounded from the environment,

answers: NDQ_000728

answers: current component on the surface

answers: NDQ_000729

answers: current component on the surface

answers: NDQ_000730

answers: current component

answers: NDQ_000731

answers: no current component on the surface

answers: NDQ_000732

answers: there can be no current component on the surface

answers: NDQ_000733

answers: current component on the surface

answers: NDQ_000734

answers: current component

answers: NDQ_000735

answers: Assuming that the body is electrically surrounded from the environment,

answers: NDQ_000736

answers: current component

answers: NDQ_000737

answers: Assuming that the body is electrically surrounded from the environment,

answers: NDQ_000738

answers: there can be no current component on the surface

answers: NDQ_000739

answers: Assuming that the body is electrically surrounded from the environment,

answers: NDQ_000740

answers: no current component on the surface

answers: NDQ_000741

answers: current component on the surface

answers: NDQ_000742

answers: current component on the surface

answers: NDQ_000743

answers: current component on the surface

answers: NDQ_000744

answers: no current component on the surface

answers: NDQ_000745

answers: there can be no current component

answers: NDQ_000746

answers: current component on the surface

text:
While designing terminal one of San Diego's Lindberg airport, Innis realized that the airport could not expand to meet future needs while at its current location. A new airport site would need to be close to the current airport and population centers and accessible. There was only one answer. It would need to be built on the water. To achieve a platform large enough to operate an international airport (about 1,200 acres), the technology needed to be invented to float that kind of structure.
In 1992, Float, Incorporated was founded by Innis and three partners to develop this plan. A concrete structure using air for buoyancy became Innis’ PSP (pneumatic stabilized platform) patent. The PSP technology Innis invented uses air movement to reduce wave loads and distribute them through the platform, a platform that could be used to house offshore airports, oil and gas production facilities, floating islands, military bases, and additional real estate for coastal cities. The technology enables the platform to extract energy from ocean waves to create electricity and is less costly than most currently used large open ocean platforms.
In August 1995, the Naval Surface Warfare Center Carderock Division took an interest in the PSP's potential to serve as a floating military base and awarded Float Inc. a contract with the Defense Advanced Research Project Agency (DARPA) to test PSP. Extensive numerical modeling was performed along with two series of wave tank tests. The second series of tests at 1/48th scale was focused on air exchange. A final scientific report on the test results was submitted to the Office of Naval Research (ONR) in December 2000.
 Although it has been tested and proven by the Navy, the idea has not yet found favor with short-sighted San Diego bureaucracy, although Innis and his associates at Float Inc. continue to pursue it.
 The idea has recently gained more support in the scientific community, including by the man widely considered the dean of world ocean scientists, Dr. Walter Munk, who holds the Secretary of the Navy/Chief of Naval Operations Chair at the Scripps Institution of Oceanography at UC San Diego. However, current plans by San Diego officials only exist to demolish the existing airport structures and rebuild new terminals in their place in their current land-locked location.

text:
While designing terminal one of San Diego's Lindberg airport, Innis realized that the airport could not expand to meet future needs while at its current location. A new airport site would need to be close to the current airport and population centers and accessible. There was only one answer. It would need to be built on the water. To achieve a platform large enough to operate an international airport (about 1,200 acres), the technology needed to be invented to float that kind of structure.
In 1992, Float, Incorporated was founded by Innis and three partners to develop this plan. A concrete structure using air for buoyancy became Innis’ PSP (pneumatic stabilized platform) patent. The PSP technology Innis invented uses air movement to reduce wave loads and distribute them through the platform, a platform that could be used to house offshore airports, oil and gas production facilities, floating islands, military bases, and additional real estate for coastal cities. The technology enables the platform to extract energy from ocean waves to create electricity and is less costly than most currently used large open ocean platforms.
In August 1995, the

entity_name: Carderock Division of the Naval Surface Warfare Center

text: Naval Surface Warfare Center Carderock Division

text: took an interest in the PSP's potential to serve as a floating military base and awarded Float Inc. a contract with the

text: Defense Advanced Research Project Agency

text: (DARPA) to test PSP. Extensive numerical modeling was performed along with two series of wave tank tests. The second series of tests at 1/48th scale was focused on air exchange. A final scientific report on the test results was submitted to the

text: Office of Naval Research

text:
(ONR) in December 2000.
 Although it has been tested and proven by the Navy, the idea has not yet found favor with short-sighted San Diego bureaucracy, although Innis and his associates at Float Inc. continue to pursue it.
 The idea has recently gained more support in the scientific community, including by the man widely considered the dean of world ocean scientists,

text: Dr. Walter Munk

text: , who holds the Secretary of the Navy/Chief of Naval Operations Chair at the

text: Scripps Institution of Oceanography

text: at

text: UC San Diego

text: . However, current plans by San Diego officials only exist to demolish the existing airport structures and rebuild new terminals in their place in their current land-locked location.

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: Which of the following is not a source of energy: ocean waves or surface currents?

answers: NDQ_000706

answers: open ocean

answers: NDQ_000707

answers: air is moving

answers: NDQ_000710

answers: Float, Incorporated's concept to life

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: What is the greatest cause of tides?

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or crest?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Tides cause water levels to rise and fall

answers: NDQ_000726

answers: None of the above choices

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: Coriolis effect is caused by Earths rotation.

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: what causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: air for buoyancy

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Floating airports can be built on the water

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: ocean waves

answers: NDQ_000742

answers: a tide

answers: NDQ_000743

answers: The technology enables the platform to extract

answers: NDQ_000744

answers: tides that occur during a full moon

answers: NDQ_000745

answers: air movement

answers: NDQ_000746

answers: Float, Incorporated was founded by Innis

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: air exchange.

answers: NDQ_000706

answers: offshore

answers: NDQ_000707

answers: air movement to reduce wave loads

answers: NDQ_000710

answers: air movement to reduce wave loads

answers: NDQ_000715

answers: final scientific report on the test results was submitted to the Office of Naval Research

answers: NDQ_000718

answers: floating military base

answers: NDQ_000720

answers: Defense Advanced Research Project Agency

answers: NDQ_000721

answers: (ONR)

answers: NDQ_000722

answers: floating military base

answers: NDQ_000723

answers: San Diego bureaucracy,

answers: NDQ_000724

answers: (ONR) in December 2000.

answers: NDQ_000725

answers: floating military base

answers: NDQ_000726

answers: ocean waves

answers: NDQ_000727

answers: floating military base

answers: NDQ_000728

answers: PSP's potential to serve as a floating military base

answers: NDQ_000729

answers: PSP's potential to serve as a floating military base

answers: NDQ_000730

answers: floating military base

answers: NDQ_000731

answers: floating military base

answers: NDQ_000732

answers: floating military base

answers: NDQ_000733

answers: Defense Advanced Research Project Agency

answers: NDQ_000734

answers: wave loads

answers: NDQ_000735

answers: PSP's potential to serve as a floating military base

answers: NDQ_000736

answers: floating military base

answers: NDQ_000737

answers: floating military base

answers: NDQ_000738

answers: floating military base

answers: NDQ_000739

answers: Defense Advanced Research Project Agency

answers: NDQ_000740

answers: less costly than most currently used large open ocean platforms.

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: PSP's potential to serve as a floating military base

answers: NDQ_000743

answers: air exchange.

answers: NDQ_000744

answers: Defense Advanced Research Project Agency

answers: NDQ_000745

answers: air movement to reduce wave loads

answers: NDQ_000746

answers: 1/48th

text: Second wave feminism was the point at which scholars from marginalised communities began to write back against the way feminist movements had been essentializing the experiences of women. Women of different races and classes disagreed with the focus of feminists on the right to work, because it was a struggle that primarily only affected college-educated, middle class, white women. One of the most notable scholars that brought this issue to the forefront of feminist thought was bell hooks, who regularly wrote on the struggles that black women experienced, and how the feminist movement was exclusionary towards those women because of its lack of understanding of the intersections between race, gender, and class. This work, as well as that by other scholars, pushed for white women to recognise that they, like men of colour, occupied a position of being both oppressed while also being oppressors. These conversations lead to feminism taking a more critical look at the concept of intersectionality as they moved into the third-wave. Third wave feminism is notable for its push to include women of varying gender identities, sexualities, classes, and races within the movement. Though the movement did make great strives towards the understanding of the struggles of women of colour at this time, the issues of white feminism were never fully addressed and thus still continue in modern-day feminist practices.

text: Second wave feminism

text: was the point at which scholars from

text: marginalised

text: communities began to write back against the way feminist movements had been

text: essentializing

text: the experiences of women. Women of different races and classes disagreed with the focus of feminists on the right to work, because it was a struggle that primarily only affected college-educated, middle class, white women. One of the most notable scholars that brought this issue to the forefront of feminist thought was

text: bell hooks

text: , who regularly wrote on the struggles that black women experienced, and how the feminist movement was exclusionary towards those women because of its lack of understanding of the intersections between

text: race

text: , gender, and class. This work, as well as that by other scholars, pushed for white women to recognise that they, like men of colour, occupied a position of being both oppressed while also being oppressors. These conversations lead to feminism taking a more critical look at the concept of intersectionality as they moved into the third-wave.

text: Third wave feminism

text: is notable for its push to include women of varying gender identities, sexualities, classes, and races within the movement. Though the movement did make great strives towards the understanding of the struggles of women of colour at this time, the issues of white feminism were never fully addressed and thus still continue in modern-day feminist practices.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which of the following is not a race: college-educated, middle class, white women, or black women?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: Which of the following is not a form of intersectionality: race, gender, or class?

answers: NDQ_000710

answers: Which of the following is not a race: college-educated, middle class, white women or black women?

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unknown

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Third-Wave feminism

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: a river

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: interconnections

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: Second wave feminism

answers: NDQ_000704

answers: Second wave feminism

answers: NDQ_000706

answers: third-wave.

answers: NDQ_000707

answers: third-wave.

answers: NDQ_000710

answers: bell hooks,

answers: NDQ_000715

answers: third-wave.

answers: NDQ_000718

answers: Second wave feminism

answers: NDQ_000720

answers: Second wave feminism

answers: NDQ_000721

answers: Second wave feminism

answers: NDQ_000722

answers: Second wave feminism

answers: NDQ_000723

answers: third-wave.

answers: NDQ_000724

answers: third-wave.

answers: NDQ_000725

answers: bell hooks,

answers: NDQ_000726

answers: third-wave.

answers: NDQ_000727

answers: Second wave feminism

answers: NDQ_000728

answers: Second wave feminism

answers: NDQ_000729

answers: bell hooks,

answers: NDQ_000730

answers: bell hooks,

answers: NDQ_000731

answers: Second wave feminism

answers: NDQ_000732

answers: bell hooks,

answers: NDQ_000733

answers: Second wave feminism

answers: NDQ_000734

answers: Second wave feminism

answers: NDQ_000735

answers: Second wave feminism

answers: NDQ_000736

answers: Second wave feminism

answers: NDQ_000737

answers: Second wave feminism

answers: NDQ_000738

answers: primarily only affected college-educated, middle class, white women.

answers: NDQ_000739

answers: bell hooks,

answers: NDQ_000740

answers: Second wave feminism

answers: NDQ_000741

answers: Second wave feminism

answers: NDQ_000742

answers: Second wave feminism

answers: NDQ_000743

answers: Second wave feminism

answers: NDQ_000744

answers: Second wave feminism

answers: NDQ_000745

answers: Second wave feminism

answers: NDQ_000746

answers: Second wave feminism

text: The northwestern side of Honshu lies on the southeastern margin of the Sea of Japan, an area of oceanic crust created by back-arc spreading from the late Oligocene to middle Miocene. The extensional tectonics associated with the spreading formed a series of N-S trending extensional faults and associated basins. Currently the area is being deformed by contractional tectonics, causing inversion of these earlier basins, forming anticlinal structures. The earthquake is thought to have occurred due to reverse movement on one of these reactivated faults.

text: The northwestern side of Honshu lies on the southeastern margin of the

text: Sea of Japan

text: , an area of

text: oceanic crust

text: created by

text: back-arc spreading

text: from the

text: late Oligocene

text: to

text: middle Miocene

text: . The

text: extensional tectonics

text: associated with the spreading formed a series of N-S trending

text: extensional fault

text: s and associated

text: basins

text: . Currently the area is being deformed by

text: contractional tectonics

text: , causing

text: inversion

text: of these earlier basins, forming

text: anticlinal

text: structures. The earthquake is thought to have occurred due to reverse movement on one of these reactivated faults.

answers: NDQ_000702

answers: contractional tectonics

answers: NDQ_000704

answers: Which of the following is not a type of tectonics: N-S trending extensional faults or contractional tectonics?

answers: NDQ_000706

answers: Sea of Japan

answers: NDQ_000707

answers: contractional tectonics causes inversion

answers: NDQ_000710

answers: Sea of Japan

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the Sea of Japan rise and fall?

answers: NDQ_000726

answers: Which of the following is not a type of transfer of energy that initially began with wind?

answers: NDQ_000727

answers: what is the last word in the passage?

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: Which of the following is not a cause of the earthquake?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does the earthquake seem to have occurred due to?

answers: NDQ_000733

answers: sea day

answers: NDQ_000734

answers: oceanic crust

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Sea of Japan

answers: NDQ_000737

answers: basin

answers: NDQ_000738

answers: The earthquake was caused by reverse movement on one of these reactivated faults

answers: NDQ_000739

answers: inverted

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Sea of Japan

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: back-arc spreading

answers: NDQ_000746

answers: NDQ_000702

answers: contractional tectonics,

answers: NDQ_000704

answers: Sea of Japan,

answers: NDQ_000706

answers: southeastern margin of the Sea of Japan,

answers: NDQ_000707

answers: reverse movement on one of these reactivated faults.

answers: NDQ_000710

answers: inversion of these earlier basins,

answers: NDQ_000715

answers: Oligocene to middle Miocene.

answers: NDQ_000718

answers: Sea of Japan,

answers: NDQ_000720

answers: Japan,

answers: NDQ_000721

answers: Sea of Japan,

answers: NDQ_000722

answers: Sea of Japan,

answers: NDQ_000723

answers: Sea of Japan,

answers: NDQ_000724

answers: oceanic crust

answers: NDQ_000725

answers: Sea of Japan,

answers: NDQ_000726

answers: Oligocene to middle Miocene.

answers: NDQ_000727

answers: Sea of Japan,

answers: NDQ_000728

answers: The earthquake

answers: NDQ_000729

answers: reverse movement on one of these reactivated faults.

answers: NDQ_000730

answers: Sea of Japan,

answers: NDQ_000731

answers: N-S trending extensional faults

answers: NDQ_000732

answers: N-S trending extensional faults

answers: NDQ_000733

answers: Sea of Japan,

answers: NDQ_000734

answers: The extensional tectonics

answers: NDQ_000735

answers: Sea of Japan,

answers: NDQ_000736

answers: anticlinal structures.

answers: NDQ_000737

answers: oceanic crust

answers: NDQ_000738

answers: N-S trending extensional faults and associated basins.

answers: NDQ_000739

answers: oceanic crust created by back-arc spreading

answers: NDQ_000740

answers: Miocene.

answers: NDQ_000741

answers: Sea of Japan,

answers: NDQ_000742

answers: middle Miocene.

answers: NDQ_000743

answers: contractional tectonics,

answers: NDQ_000744

answers: Sea of Japan,

answers: NDQ_000745

answers: back-arc spreading

answers: NDQ_000746

answers: oceanic crust

text: At the present time the CCD in the Pacific Ocean is about 4200 - 4500 metres except beneath the equatorial upwelling zone, where the CCD is about 5000 m. In the temperate and tropical Atlantic Ocean the CCD is at approximately 5000 m. In the Indian Ocean it is intermediate between the Atlantic and the Pacific 4300 meters. The variation in the depth of the CCD largely results from the length of time since the bottom water has been exposed to the surface; this is called the "age" of the water mass. Thermohaline circulation determines the relative ages of the water in these basins. Because organic material, such as fecal pellets from copepods, sink from the surface waters into deeper water, deep water masses tend to accumulate dissolved carbon dioxide as they age. The oldest water masses have the highest concentrations of  and therefore the shallowest CCD. The CCD is relatively shallow in high latitudes with the exception of the North Atlantic and regions of Southern Ocean where downwelling occurs. This downwelling brings young, surface water with relatively low concentrations of carbon dioxide into the deep ocean, depressing the CCD.

text: At the present time the CCD in the

text: Pacific Ocean

text: is about 4200 - 4500 metres except beneath the equatorial

text: upwelling

text: zone, where the CCD is about 5000 m. In the

text: temperate

text: and

text: tropical

text: Atlantic Ocean

text: the CCD is at approximately 5000 m. In the

text: Indian Ocean

text: it is intermediate between the Atlantic and the Pacific 4300 meters. The variation in the depth of the CCD largely results from the length of time since the bottom water has been exposed to the surface; this is called the "age" of the

text: water mass

text: Thermohaline circulation

text: determines the relative ages of the water in these basins. Because organic material, such as fecal pellets from

text: copepods

text: , sink from the surface waters into deeper water, deep water masses tend to accumulate dissolved carbon dioxide as they age. The oldest water masses have the highest concentrations of  and therefore the shallowest CCD. The CCD is relatively shallow in high

text: latitude

text: s with the exception of the

text: North Atlantic

text: and regions of

text: Southern Ocean

text: where

text: downwelling

text: occurs. This downwelling brings young, surface water with relatively low concentrations of carbon dioxide into the deep ocean, depressing the CCD.

answers: NDQ_000702

answers: downwelling

answers: NDQ_000704

answers: Which of the following is not a type of surface current: upwelling, downwelling, or downwelling?

answers: NDQ_000706

answers: equatorial upwelling zone

answers: NDQ_000707

answers: the water is too cold.

answers: NDQ_000710

answers: downwelling into the deep ocean, depressing the CCD

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Atlantic Ocean

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow water

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many meters is the CCD in the Pacific Ocean?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: downwelling

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which ocean has the lowest CCD?

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: downwelling

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: CCD at approximately 5000 m

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: deep water masses tend to accumulate dissolved carbon dioxide as they age

answers: NDQ_000739

answers: exposed to the surface

answers: NDQ_000740

answers: 4200 - 4500 metres

answers: NDQ_000741

answers: upwelling zone

answers: NDQ_000742

answers: low concentrations of carbon dioxide

answers: NDQ_000743

answers: NDQ_000744

answers: a full moon

answers: NDQ_000745

answers: downwelling

answers: NDQ_000746

answers: CCD

answers: NDQ_000702

answers: length of time since the bottom water has been exposed to the surface;

answers: NDQ_000704

answers: downwelling

answers: NDQ_000706

answers: equatorial upwelling zone,

answers: NDQ_000707

answers: downwelling

answers: NDQ_000710

answers: young, surface water

answers: NDQ_000715

answers: 5000 m.

answers: NDQ_000718

answers: 5000 m.

answers: NDQ_000720

answers: 5000 m.

answers: NDQ_000721

answers: length of time since the bottom water has been exposed to the surface;

answers: NDQ_000722

answers: The CCD is relatively shallow in high latitudes

answers: NDQ_000723

answers: 5000 m.

answers: NDQ_000724

answers: equatorial upwelling zone,

answers: NDQ_000725

answers: 5000 m.

answers: NDQ_000726

answers: equatorial upwelling zone,

answers: NDQ_000727

answers: 4200 - 4500 metres

answers: NDQ_000728

answers: 5000 m.

answers: NDQ_000729

answers: the "age" of the water mass.

answers: NDQ_000730

answers: equatorial upwelling zone,

answers: NDQ_000731

answers: equatorial upwelling zone,

answers: NDQ_000732

answers: equatorial upwelling zone,

answers: NDQ_000733

answers: Pacific Ocean

answers: NDQ_000734

answers: upwelling zone,

answers: NDQ_000735

answers: downwelling

answers: NDQ_000736

answers: dissolved carbon dioxide

answers: NDQ_000737

answers: CCD

answers: NDQ_000738

answers: 5000 m.

answers: NDQ_000739

answers: deep water masses tend to accumulate dissolved carbon dioxide as they age.

answers: NDQ_000740

answers: The variation in the depth of the CCD

answers: NDQ_000741

answers: upwelling zone,

answers: NDQ_000742

answers: downwelling

answers: NDQ_000743

answers: sink from the surface waters into deeper water,

answers: NDQ_000744

answers: downwelling

answers: NDQ_000745

answers: downwelling

answers: NDQ_000746

answers: 5000 m.

text: The Mk8 Rangekeeper was an electromechanical analog computer whose function was to continuously calculate the gun's bearing and elevation, Line-Of-Fire (LOF), to hit a future position of the target. It did this by automatically receiving information from the director (LOS), the FC Radar (range), the ship's gyrocompass (true ship's course), the ships Pitometer log (ship's speed), the Stable Vertical (ship's deck tilt, sensed as level and crosslevel), and the ship's anemometer (relative wind speed and direction). Also, before the surface action started, the FT's made manual inputs for the average initial velocity of the projectiles fired out of the battery's gun barrels, and air density. With all this information, the rangekeeper calculated the relative motion between its ship and the target. It then could calculate an offset angle and change of range between the target's present position (LOS) and future position at the end of the projectile's time of flight. To this bearing and range offset, it added corrections for gravity, wind, Magnus Effect of the spinning projectile, stabilizing signals originating in the Stable Vertical, Earth's curvature, and Coriolis effect. The result was the turret's bearing and elevation orders (LOF). During the surface action, range and deflection Spots and target altitude (not zero during Gun Fire Support) were manually entered.

text: The Mk8 Rangekeeper was an electromechanical

text: analog computer

text: whose function was to continuously calculate the gun's bearing and elevation, Line-Of-Fire (LOF), to hit a future position of the target. It did this by automatically receiving information from the director (LOS), the FC Radar (range), the ship's

text: gyrocompass

text: (true ship's course), the ships

text: Pitometer log

text: (ship's speed), the Stable Vertical (ship's deck tilt, sensed as level and crosslevel), and the ship's anemometer (relative wind speed and direction). Also, before the surface action started, the FT's made manual inputs for the average initial velocity of the projectiles fired out of the battery's gun barrels, and air density. With all this information, the rangekeeper calculated the relative motion between its ship and the target. It then could calculate an offset angle and change of range between the target's present position (LOS) and future position at the end of the projectile's time of flight. To this bearing and range offset, it added corrections for gravity, wind,

text: Magnus Effect

text: of the spinning projectile, stabilizing signals originating in the Stable Vertical, Earth's curvature, and

text: Coriolis effect

text: . The result was the turret's bearing and elevation orders (LOF). During the surface action, range and deflection Spots and target altitude (not zero during Gun Fire Support) were manually entered.

answers: NDQ_000702

answers: gravity

answers: NDQ_000704

answers: What did the FT's make manual inputs for before the surface action started?

answers: NDQ_000706

answers: Stable Vertical

answers: NDQ_000707

answers: Earth's curvature is

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Earth's curvature

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: water is shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds?

answers: NDQ_000725

answers: How many times a day do tides cause water levels to rise?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind: wind, gravity, or Coriolis effect?

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: anemometer

answers: NDQ_000729

answers: Yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a correction for gravity, wind, Magnus Effect of the spinning projectile, stabilizing signals originating in the Stable Vertical, Earth's curvature, or Coriolis effect?

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: gravity

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Stable Vertical

answers: NDQ_000737

answers: wind

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: unfrozen

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: anemometer

answers: NDQ_000742

answers: NDQ_000743

answers: Gravity

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: anemometer

answers: NDQ_000746

answers: air density

answers: NDQ_000702

answers: gravity,

answers: NDQ_000704

answers: anemometer

answers: NDQ_000706

answers: Earth's curvature,

answers: NDQ_000707

answers: Coriolis effect.

answers: NDQ_000710

answers: air density.

answers: NDQ_000715

answers: gyrocompass

answers: NDQ_000718

answers: Coriolis effect.

answers: NDQ_000720

answers: Coriolis effect.

answers: NDQ_000721

answers: Earth's curvature, and Coriolis effect.

answers: NDQ_000722

answers: level and crosslevel), and the ship's anemometer

answers: NDQ_000723

answers: (LOS),

answers: NDQ_000724

answers: wind,

answers: NDQ_000725

answers: Coriolis effect.

answers: NDQ_000726

answers: wind,

answers: NDQ_000727

answers: offset angle

answers: NDQ_000728

answers: The Mk8 Rangekeeper

answers: NDQ_000729

answers: Coriolis effect.

answers: NDQ_000730

answers: gravity,

answers: NDQ_000731

answers: Earth's curvature, and Coriolis effect.

answers: NDQ_000732

answers: Coriolis effect.

answers: NDQ_000733

answers: (LOS),

answers: NDQ_000734

answers: gravity, wind,

answers: NDQ_000735

answers: Coriolis effect.

answers: NDQ_000736

answers: Stable Vertical

answers: NDQ_000737

answers: wind

answers: NDQ_000738

answers: zero

answers: NDQ_000739

answers: air density.

answers: NDQ_000740

answers: Earth's curvature, and Coriolis effect.

answers: NDQ_000741

answers: wind

answers: NDQ_000742

answers: Coriolis effect.

answers: NDQ_000743

answers: gravity,

answers: NDQ_000744

answers: level and crosslevel),

answers: NDQ_000745

answers: Coriolis effect.

answers: NDQ_000746

answers: air density.

text: The deadliest tsunami in recorded history was the 2004 Indian Ocean tsunami, which killed almost 230,000 people in eleven countries. The 365 CE Mediterranean tsunami's death toll may have been much higher.

text: The deadliest tsunami in recorded history was the

text: 2004 Indian Ocean tsunami

text: , which killed almost 230,000 people in eleven countries. The

text: 365 CE Mediterranean tsunami

text: 's death toll may have been much higher.

answers: NDQ_000702

answers: tsunami

answers: NDQ_000704

answers: What caused the 2004 Indian Ocean tsunami?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: it is pushed by a force

answers: NDQ_000710

answers: tsunamis closer to shore

answers: NDQ_000715

answers: How many people died in the 2004 Indian Ocean tsunami?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which happened first, the 2004 Indian Ocean tsunami or the 365 CE Mediterranean tsunami?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many years after the 2004 Indian Ocean tsunami did the Mediterranean tsunami occur?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: It's impossible to say

answers: NDQ_000729

answers: The 2004 Indian Ocean tsunami killed almost 230,000 people in eleven countries.

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which happened first, the 2004 Indian Ocean tsunami or the 365 CE Mediterranean tsunami?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Mediterranean tsunami's death toll may be much higher than what?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The Mediterranean tsunami's death toll may have been much higher.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: tsunami

answers: NDQ_000704

answers: 2004 Indian Ocean

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: The deadliest tsunami in recorded history

answers: NDQ_000710

answers: The deadliest tsunami in recorded history

answers: NDQ_000715

answers: The deadliest tsunami in recorded history

answers: NDQ_000718

answers: The deadliest tsunami in recorded history

answers: NDQ_000720

answers: The deadliest tsunami

answers: NDQ_000721

answers: The deadliest tsunami in recorded history

answers: NDQ_000722

answers: The deadliest tsunami in recorded history was the 2004 Indian Ocean tsunami,

answers: NDQ_000723

answers: 2004 Indian Ocean tsunami,

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: The deadliest tsunami in recorded history

answers: NDQ_000726

answers: The deadliest tsunami in recorded history

answers: NDQ_000727

answers: The deadliest tsunami in recorded history

answers: NDQ_000728

answers: 2004 Indian Ocean tsunami,

answers: NDQ_000729

answers: The deadliest tsunami in recorded history

answers: NDQ_000730

answers: The deadliest tsunami in recorded history

answers: NDQ_000731

answers: The deadliest tsunami in recorded history

answers: NDQ_000732

answers: The deadliest tsunami in recorded history

answers: NDQ_000733

answers: 365 CE Mediterranean

answers: NDQ_000734

answers: tsunami

answers: NDQ_000735

answers: 365

answers: NDQ_000736

answers: The deadliest tsunami in recorded history

answers: NDQ_000737

answers: The deadliest tsunami in recorded history

answers: NDQ_000738

answers: The deadliest tsunami in recorded history

answers: NDQ_000739

answers: 2004 Indian Ocean tsunami, which killed almost 230,000 people in eleven countries.

answers: NDQ_000740

answers: 365

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: 365

answers: NDQ_000743

answers: The deadliest tsunami in recorded history

answers: NDQ_000744

answers: The deadliest tsunami in recorded history

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 230,000

text: Solar radiation affects the oceans: warm water from the Equator tends to circulate toward the poles, while cold polar water heads towards the Equator.  The surface currents are initially dictated by surface wind conditions.  The trade winds blow westward in the tropics, and the westerlies blow eastward at mid-latitudes.  This wind pattern applies a stress to the subtropical ocean surface with negative curl across the Northern Hemisphere, and the reverse across the Southern Hemisphere.  The resulting Sverdrup transport is equatorward.  Because of conservation of potential vorticity caused by the poleward-moving winds on the subtropical ridge's western periphery and the increased relative vorticity of poleward moving water, transport is balanced by a narrow, accelerating poleward current, which flows along the western boundary of the ocean basin, outweighing the effects of friction with the cold western boundary current which originates from high latitudes.  The overall process, known as western intensification, causes currents on the western boundary of an ocean basin to be stronger than those on the eastern boundary.

text: Solar radiation affects the oceans: warm water from the Equator tends to circulate toward the

text: pole

text: s, while cold polar water heads towards the Equator.  The surface currents are initially dictated by surface wind conditions.  The

text: trade winds

text: blow westward in the tropics, and the

text: westerlies

text: blow eastward at mid-latitudes.  This wind pattern applies a

text: stress

text: to the subtropical ocean surface with negative

text: curl

text: across the

text: Northern Hemisphere

text: , and the reverse across the

text: Southern Hemisphere

text: .  The resulting

text: Sverdrup transport

text: is equatorward.  Because of conservation of

text: potential vorticity

text: caused by the poleward-moving winds on the

text: subtropical ridge

text: 's western periphery and the increased relative vorticity of poleward moving water, transport is balanced by a narrow, accelerating poleward current, which flows along the western boundary of the ocean basin, outweighing the effects of friction with the cold western boundary current which originates from high latitudes.  The overall process, known as western intensification, causes currents on the western boundary of an ocean basin to be stronger than those on the eastern boundary.

answers: NDQ_000702

answers: surface wind conditions

answers: NDQ_000704

answers: Which of the following is not a type of wind: trade winds, westerlies or poleward?

answers: NDQ_000706

answers: western boundary of an ocean basin

answers: NDQ_000707

answers: the water in the ocean is too cold

answers: NDQ_000710

answers: warm water from the Equator towards the poles

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: The surface currents are initially dictated by surface wind conditions

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: poleward moving water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Ocean

answers: NDQ_000734

answers: surface wind conditions

answers: NDQ_000735

answers: easterly

answers: NDQ_000736

answers: negative curl across the Northern Hemisphere

answers: NDQ_000737

answers: ocean basin

answers: NDQ_000738

answers: warm water from the Equator tends to circulate toward the poles, while cold polar water heads towards the Equator

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: polar water heads towards the Equator

answers: NDQ_000741

answers: surface currents

answers: NDQ_000742

answers: easterly

answers: NDQ_000743

answers: transport

answers: NDQ_000744

answers: easterly

answers: NDQ_000745

answers: surface currents

answers: NDQ_000746

answers: relative

answers: NDQ_000702

answers: surface wind conditions.

answers: NDQ_000704

answers: The surface currents are initially dictated by surface wind conditions.

answers: NDQ_000706

answers: western boundary

answers: NDQ_000707

answers: vorticity

answers: NDQ_000710

answers: warm water

answers: NDQ_000715

answers: vorticity

answers: NDQ_000718

answers: negative curl across the Northern Hemisphere,

answers: NDQ_000720

answers: the westerlies blow eastward at mid-latitudes.

answers: NDQ_000721

answers: Solar radiation

answers: NDQ_000722

answers: warm water

answers: NDQ_000723

answers: the westerlies blow eastward at mid-latitudes.

answers: NDQ_000724

answers: surface wind conditions. The trade winds

answers: NDQ_000725

answers: warm water

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: Solar radiation affects the oceans:

answers: NDQ_000728

answers: poleward moving water,

answers: NDQ_000729

answers: negative curl across the Northern Hemisphere,

answers: NDQ_000730

answers: Solar radiation

answers: NDQ_000731

answers: Solar radiation

answers: NDQ_000732

answers: westward in the tropics,

answers: NDQ_000733

answers: oceans:

answers: NDQ_000734

answers: surface wind conditions.

answers: NDQ_000735

answers: Solar radiation

answers: NDQ_000736

answers: westerlies blow eastward at mid-latitudes.

answers: NDQ_000737

answers: subtropical ridge's

answers: NDQ_000738

answers: warm water from the Equator tends to circulate toward the poles,

answers: NDQ_000739

answers: cold polar water

answers: NDQ_000740

answers: warm water from the Equator tends to circulate toward the poles,

answers: NDQ_000741

answers: surface currents

answers: NDQ_000742

answers: eastward at mid-latitudes.

answers: NDQ_000743

answers: Solar radiation

answers: NDQ_000744

answers: warm water

answers: NDQ_000745

answers: The surface currents

answers: NDQ_000746

answers: relative vorticity

text: Muli was one of the islands affected by the 2004 Indian Ocean earthquake and tsunami.

text: Muli was one of the islands affected by the

text: 2004 Indian Ocean earthquake and tsunami

answers: NDQ_000702

answers: earthquakes

answers: NDQ_000704

answers: Which of the following is not a type of ocean current?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: ice to the ocean surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: [ii]

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: (iii).

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: (iii).

answers: NDQ_000725

answers: How would you describe Muli?

answers: NDQ_000726

answers: [iv]

answers: NDQ_000727

answers: (d).

answers: NDQ_000728

answers: (C).

answers: NDQ_000729

answers: What is the cause of the tsunami?

answers: NDQ_000730

answers: It is not possible to tell

answers: NDQ_000731

answers: (iii).

answers: NDQ_000732

answers: Which of the following is not a type of ocean current?

answers: NDQ_000733

answers: day in the ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: smallest effect on the ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The tsunami did not affect Muli.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: can cause tsunamis

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: can cause a tsunami

answers: NDQ_000743

answers: is an example of

answers: NDQ_000744

answers: can not be determined

answers: NDQ_000745

answers: can cause tsunamis

answers: NDQ_000746

answers: numerator

answers: NDQ_000702

answers: 2004 Indian Ocean earthquake

answers: NDQ_000704

answers: 2004 Indian Ocean

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: earthquake and tsunami.

answers: NDQ_000710

answers: Muli was one of the islands affected by the 2004 Indian Ocean

answers: NDQ_000715

answers: 2004 Indian Ocean earthquake and tsunami.

answers: NDQ_000718

answers: Muli was one of the islands affected by the 2004

answers: NDQ_000720

answers: earthquake and tsunami.

answers: NDQ_000721

answers: Muli

answers: NDQ_000722

answers: Muli

answers: NDQ_000723

answers: Muli

answers: NDQ_000724

answers: tsunami.

answers: NDQ_000725

answers: Muli was one of the islands affected by the 2004

answers: NDQ_000726

answers: tsunami.

answers: NDQ_000727

answers: Muli

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake

answers: NDQ_000729

answers: Muli was one of the islands affected by the 2004 Indian Ocean

answers: NDQ_000730

answers: 2004 Indian Ocean earthquake and tsunami.

answers: NDQ_000731

answers: Muli was one of the islands affected by the 2004

answers: NDQ_000732

answers: Muli

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: earthquake

answers: NDQ_000735

answers: Muli was one of the islands affected by the 2004

answers: NDQ_000736

answers: tsunami.

answers: NDQ_000737

answers: islands affected by the 2004 Indian Ocean

answers: NDQ_000738

answers: 2004 Indian Ocean earthquake and tsunami.

answers: NDQ_000739

answers: 2004 Indian Ocean earthquake and tsunami.

answers: NDQ_000740

answers: tsunami.

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: tsunami.

answers: NDQ_000743

answers: earthquake and tsunami.

answers: NDQ_000744

answers: tsunami.

answers: NDQ_000745

answers: tsunami.

answers: NDQ_000746

answers: Muli was one of the islands affected by the 2004

text: The angwe, having fixed wordings with only the names of the persons mentionedin it changing to suit different marriage situations, was nuptial news stating who hadmarried. It was the Tiv traditional system of mass communication specifically formarriage. So the angwe [tidings] announcer always went slightly ahead of the partycoming with the bride. The following were the words of the angwe:Tidings gbeee … tidings!Chief! Tidings ooo … Tidings!Whose tidings is it?It is the tidings of Tako Gbor Ndor Kunya!It is the tidings of Achulu Gbor Ndor Kunya!Whose tidings is it?It is the tidings of Iornenge Akpa!Tidings walk about gbee … gbee … gbee …(Ululations).4The ululations concluding the announcement were usually done by the group (madeup mostly of women and girls) escorting the wife, a bit in front of whom the tidings announcerwas going. This group started performing some nuptial poems rightthere on the way. People from surrounding compounds now rushed to the roadwhere the angwe was heard and joined the party. Others went to the house of thegroom and waited there, singing and dancing. They knew the groom by the namesin the angwe. For example, lines 4, 6, and 8 above contain the names of elders whoseson has married. It would therefore not be difficult to trace the groom’s house. Insome places, there were no musical instruments at all but in others, the followingmade up the nuptial musical ensemble: the indyer or ilyu (jumbo or medium-size)slit-log drums, the open-ended gbande drum, the double-ended genga drum, thekwen metal gong, the gida woodwind, the tsough rattles etc. These instrumentsnotwithstanding, singing, and not musical instrumentation, was the most importantaspect of the Tiv marriage dance.

answers: NDQ_000702

answers: singing

answers: NDQ_000704

answers: Which of the following is not a type of drum: the open-ended gbande drum, the double-ended genga drum, or thekwen metal gong?

answers: NDQ_000706

answers: shallow water

answers: NDQ_000707

answers: a body of water is moving

answers: NDQ_000710

answers: What is the most important aspect of the Tiv marriage dance?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: hurricanes

answers: NDQ_000721

answers: The greatest cause of tides

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: What is the name of the Tiv traditional system of mass communication?

answers: NDQ_000726

answers: context: The angwe [tidings] announcer always went slightly ahead of the partycoming with the bride.

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: context: Spring tides occur when the sun and moon are in a straight line.

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Tiv

answers: NDQ_000734

answers: singing

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: open-ended gbande drum

answers: NDQ_000737

answers: Tiv

answers: NDQ_000738

answers: It was the Tiv traditional system of mass communication specifically formarriage

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: NDQ_000742

answers: NDQ_000743

answers: What is the term for the movement of energy through matter?

answers: NDQ_000744

answers: NDQ_000745

answers: NDQ_000746

answers: mass per unit of volume

answers: NDQ_000702

answers: singing,

answers: NDQ_000704

answers: namesin the angwe.

answers: NDQ_000706

answers: singing,

answers: NDQ_000707

answers: women and girls)

answers: NDQ_000710

answers: women and girls) escorting the wife,

answers: NDQ_000715

answers: nuptial poems

answers: NDQ_000718

answers: singing,

answers: NDQ_000720

answers: singing,

answers: NDQ_000721

answers: singing,

answers: NDQ_000722

answers: singing,

answers: NDQ_000723

answers: singing

answers: NDQ_000724

answers: singing,

answers: NDQ_000725

answers: nuptial poems

answers: NDQ_000726

answers: nuptial poems

answers: NDQ_000727

answers: singing,

answers: NDQ_000728

answers: dancing.

answers: NDQ_000729

answers: singing,

answers: NDQ_000730

answers: nuptial poems

answers: NDQ_000731

answers: singing,

answers: NDQ_000732

answers: singing,

answers: NDQ_000733

answers: singing,

answers: NDQ_000734

answers: singing,

answers: NDQ_000735

answers: singing,

answers: NDQ_000736

answers: angwe

answers: NDQ_000737

answers: singing,

answers: NDQ_000738

answers: singing,

answers: NDQ_000739

answers: singing,

answers: NDQ_000740

answers: nuptial poems

answers: NDQ_000741

answers: angwe

answers: NDQ_000742

answers: angwe

answers: NDQ_000743

answers: singing,

answers: NDQ_000744

answers: angwe

answers: NDQ_000745

answers: nuptial poems

answers: NDQ_000746

answers: singing,

text: The district was severely affected by the tsunami that was caused by the 2004 Indian Ocean earthquake, which led to many deaths and damaged infrastructure.

text: The district was severely affected by the

text: tsunami

text: that was caused by the

text: 2004 Indian Ocean earthquake

text: , which led to many deaths and damaged infrastructure.

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a body of water is moving

answers: NDQ_000710

answers: ocean water closer to shore

answers: NDQ_000715

answers: Its lowest point is its frequency.

answers: NDQ_000718

answers: None of the above choices .

answers: NDQ_000720

answers: None of the above choices .

answers: NDQ_000721

answers: It's impossible to say

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: None of the above choices .

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: None of the above choices.

answers: NDQ_000728

answers: None of the above choices .

answers: NDQ_000729

answers: It's impossible to say

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: It's impossible to say

answers: NDQ_000732

answers: It's impossible to say

answers: NDQ_000733

answers: Ocean day.

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in the east.

answers: NDQ_000736

answers: tsunami caused by the 2004 Indian Ocean earthquake.

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The tsunami was caused by the 2004 Indian Ocean earthquake.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: can not be determined

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: can not be used to describe a tsunami

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000704

answers: tsunami that was caused by the 2004 Indian Ocean

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000710

answers: tsunami

answers: NDQ_000715

answers: tsunami

answers: NDQ_000718

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000722

answers: tsunami

answers: NDQ_000723

answers: tsunami

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: tsunami

answers: NDQ_000726

answers: tsunami

answers: NDQ_000727

answers: 2004 Indian Ocean

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000729

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000730

answers: tsunami

answers: NDQ_000731

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000732

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: Indian Ocean earthquake,

answers: NDQ_000735

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000736

answers: tsunami

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: tsunami

answers: NDQ_000739

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000740

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunami

answers: NDQ_000743

answers: tsunami

answers: NDQ_000744

answers: tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 2004 Indian Ocean earthquake,

text: By 1932, there were two seaside, saltwater pools in the park, one at Second Beach and one at Lumberman's Arch. These "draw and fill" pools used sun-warmed water from the ocean. Once a week the pool gates were opened at low tide to release the water back into the ocean, before the next high tide of clean water.

text: By 1932, there were two seaside, saltwater pools in the park, one at Second Beach and one at Lumberman's Arch. These "draw and fill" pools used sun-warmed water from the ocean. Once a week the pool gates were opened at low tide to release the water back into the ocean, before the next high tide of clean water.

answers: NDQ_000702

answers: sun

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Atlantic, Pacific, or Atlantic?

answers: NDQ_000706

answers: high tide

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: sun-warmed water from the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: iii.

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: week

answers: NDQ_000734

answers: ocean water

answers: NDQ_000735

answers: low

answers: NDQ_000736

answers: low tide

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: sun-warmed water from the ocean

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: low tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: sun-warmed

answers: NDQ_000746

answers: NDQ_000702

answers: sun-warmed water from the ocean.

answers: NDQ_000704

answers: sun-warmed water from the ocean.

answers: NDQ_000706

answers: Second Beach and one at Lumberman's Arch.

answers: NDQ_000707

answers: low tide

answers: NDQ_000710

answers: sun-warmed water

answers: NDQ_000715

answers: Lumberman's Arch.

answers: NDQ_000718

answers: Lumberman's Arch.

answers: NDQ_000720

answers: By 1932,

answers: NDQ_000721

answers: sun-warmed water

answers: NDQ_000722

answers: clean water.

answers: NDQ_000723

answers: low tide

answers: NDQ_000724

answers: Beach

answers: NDQ_000725

answers: Once a week

answers: NDQ_000726

answers: sun-warmed water

answers: NDQ_000727

answers: high tide of clean water.

answers: NDQ_000728

answers: high tide of clean water.

answers: NDQ_000729

answers: low tide

answers: NDQ_000730

answers: sun-warmed water

answers: NDQ_000731

answers: low tide

answers: NDQ_000732

answers: Lumberman's Arch.

answers: NDQ_000733

answers: Once a week

answers: NDQ_000734

answers: sun-warmed water from the ocean.

answers: NDQ_000735

answers: low tide

answers: NDQ_000736

answers: low tide

answers: NDQ_000737

answers: ocean.

answers: NDQ_000738

answers: clean water.

answers: NDQ_000739

answers: sun-warmed

answers: NDQ_000740

answers: high tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: sun-warmed water

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: sun-warmed water from the ocean.

answers: NDQ_000746

answers: By 1932,

text: The tides in the port area are semi-diurnal in nature, that is, occurrence of two high and two low waters every day. The spring tides are up to . The mean tidal range varies from 0.914 m to 1.219 m at spring and from 0.805 m to 0.610 m at neap tides. The change in water levels combined due to astronomical tide, wind setup, wave setup, barometric pressure, seiches and global sea level rise are estimated as 1.57 m, 1.68 m and 1.8 m at 15 m, 10 m and 5 m depth contours, respectively. Waves ranging from 0.4 m to 2.0 m in the deep water around Chennai harbour have been experienced with the predominant being 0.4 m to 1.2 m with wave periods predominantly in the order of 4 to 10 seconds. During cyclone season, waves of height exceeding 2.5 m are common. The predominant wave directions during southwest and northeast monsoons are 145° from north and 65° from north, respectively.

text: The tides in the port area are semi-diurnal in nature, that is, occurrence of two high and two low waters every day. The

text: spring tide

text: s are up to . The mean tidal range varies from 0.914 m to 1.219 m at spring and from 0.805 m to 0.610 m at

text: neap tide

text: s. The change in water levels combined due to astronomical tide, wind setup,

text: wave setup

text: , barometric pressure, seiches and global sea level rise are estimated as 1.57 m, 1.68 m and 1.8 m at 15 m, 10 m and 5 m depth contours, respectively. Waves ranging from 0.4 m to 2.0 m in the deep water around Chennai harbour have been experienced with the predominant being 0.4 m to 1.2 m with wave periods predominantly in the order of 4 to 10 seconds. During cyclone season, waves of height exceeding 2.5 m are common. The predominant wave directions during southwest and northeast monsoons are 145° from north and 65° from north, respectively.

answers: NDQ_000702

answers: astronomical tide

answers: NDQ_000704

answers: Which of the following is not a source of surface currents: astronomical tide, wind setup, wave setup, barometric pressure, seiches or global sea level rise?

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: water up to the surface

answers: NDQ_000715

answers: 2.5 m

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: cyclone

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Yes

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: 0.914 m

answers: NDQ_000728

answers: cyclone season

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: 145° from north

answers: NDQ_000733

answers: Yes

answers: NDQ_000734

answers: astronomical tide

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: smallest tidal range

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: During cyclone season, waves of height exceeding 2.5 m are common

answers: NDQ_000739

answers: spring

answers: NDQ_000740

answers: occurrence of two high and two low waters every day

answers: NDQ_000741

answers: Tidal

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: NDQ_000744

answers: astronomical tide

answers: NDQ_000745

answers: astronomical tide

answers: NDQ_000746

answers: mean tidal range

answers: NDQ_000702

answers: astronomical tide,

answers: NDQ_000704

answers: Waves

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: wind setup, wave setup, barometric pressure,

answers: NDQ_000710

answers: The change in water levels

answers: NDQ_000715

answers: 2.5 m

answers: NDQ_000718

answers: 0.4 m to 2.0 m

answers: NDQ_000720

answers: cyclone season,

answers: NDQ_000721

answers: astronomical tide,

answers: NDQ_000722

answers: 0.4 m to 2.0 m

answers: NDQ_000723

answers: Waves ranging from 0.4 m to 2.0 m

answers: NDQ_000724

answers: 0.4 m to 1.2 m

answers: NDQ_000725

answers: two high and two low waters every day.

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: The mean tidal range

answers: NDQ_000728

answers: waves of height exceeding 2.5 m

answers: NDQ_000729

answers: 145° from north and 65° from north,

answers: NDQ_000730

answers: astronomical tide,

answers: NDQ_000731

answers: 145°

answers: NDQ_000732

answers: 145° from north and 65° from north,

answers: NDQ_000733

answers: two high and two low waters every day.

answers: NDQ_000734

answers: astronomical tide,

answers: NDQ_000735

answers: neap tides.

answers: NDQ_000736

answers: up to.

answers: NDQ_000737

answers: tidal

answers: NDQ_000738

answers: astronomical tide,

answers: NDQ_000739

answers: neap tides.

answers: NDQ_000740

answers: 1.57 m, 1.68 m and 1.8 m

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: neap tides.

answers: NDQ_000743

answers: wind setup, wave setup, barometric pressure,

answers: NDQ_000744

answers: neap tides.

answers: NDQ_000745

answers: Waves

answers: NDQ_000746

answers: 0.914 m to 1.219 m

text: One interpretation of Sakamoto's work notes his use of volume changes as way to mimic the movement of water: "In Jaws (1987) [...] the overwater music sways from soft to loud and loud to soft, rocking back and forth like the undulating waves of a shark-infested ocean." The effect isn't very smooth, however, because of technological constraints: the Nintendo's sound chip was limited to 16 discrete volume settings.

text: One interpretation of Sakamoto's work notes his use of volume changes as way to mimic the movement of water: "In Jaws (1987) [...] the overwater music sways from soft to loud and loud to soft, rocking back and forth like the undulating waves of a shark-infested ocean." The effect isn't very smooth, however, because of technological constraints: the Nintendo's sound chip was limited to 16 discrete volume settings.

answers: NDQ_000702

answers: movement of water

answers: NDQ_000704

answers: What does the music sway like?

answers: NDQ_000706

answers: unanswerable

answers: NDQ_000707

answers: it has too many volume settings

answers: NDQ_000710

answers: waves to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unseen

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: not enough information

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: not enough information

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: movement of water

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: undulating waves

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the effect isn't very smooth

answers: NDQ_000739

answers: soft

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: undulating waves

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: movement

answers: NDQ_000744

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: water:

answers: NDQ_000704

answers: waves

answers: NDQ_000706

answers: shark-infested

answers: NDQ_000707

answers: technological constraints:

answers: NDQ_000710

answers: waves

answers: NDQ_000715

answers: waves

answers: NDQ_000718

answers: waves

answers: NDQ_000720

answers: shark-infested ocean."

answers: NDQ_000721

answers: water:

answers: NDQ_000722

answers: shark-infested ocean."

answers: NDQ_000723

answers: waves

answers: NDQ_000724

answers: waves

answers: NDQ_000725

answers: waves

answers: NDQ_000726

answers: waves

answers: NDQ_000727

answers: volume changes as way to mimic the movement of water:

answers: NDQ_000728

answers: undulating waves

answers: NDQ_000729

answers: 16 discrete volume settings.

answers: NDQ_000730

answers: waves

answers: NDQ_000731

answers: undulating waves

answers: NDQ_000732

answers: smooth,

answers: NDQ_000733

answers: ocean."

answers: NDQ_000734

answers: water:

answers: NDQ_000735

answers: 16 discrete volume settings.

answers: NDQ_000736

answers: undulating waves

answers: NDQ_000737

answers: ocean."

answers: NDQ_000738

answers: shark-infested ocean."

answers: NDQ_000739

answers: shark-infested

answers: NDQ_000740

answers: undulating waves

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: waves

answers: NDQ_000743

answers: movement of water:

answers: NDQ_000744

answers: waves

answers: NDQ_000745

answers: waves

answers: NDQ_000746

answers: 16

text: In 2002, the University of Westminster, London, awarded Ocean an honorary doctorate of music. In 2010, Ocean was presented with the Lifetime Achievement Award at the MOBO Awards. On 29 July 2011, Ocean became a Companion of the Liverpool Institute for Performing Arts, presented to him by Paul McCartney. He is a member of the Rastafari movement.

text: In 2002, the

text: University of Westminster

text: , London, awarded Ocean an

text: honorary doctorate

text: of music. In 2010, Ocean was presented with the Lifetime Achievement Award at the

text: MOBO Awards

text: . On 29 July 2011, Ocean became a Companion of the

text: Liverpool Institute for Performing Arts

text: , presented to him by

text: Paul McCartney

text: . He is a member of the

text: Rastafari movement

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: Which of the following is not a member of the Rastafari movement: Ocean, Paul McCartney, or surface currents?

answers: NDQ_000706

answers: Liverpool

answers: NDQ_000707

answers: ocean is a large body of water

answers: NDQ_000710

answers: Ocean what?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices

answers: NDQ_000725

answers: How many years after Ocean was presented with the Lifetime Achievement Award at the MOBO Awards?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: Which happened first, Ocean became a Companion of the Liverpool Institute for Performing Arts or Paul McCartney?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does the Coriolis effect cause?

answers: NDQ_000733

answers: London

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: MOBO Awards

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Ocean was presented with the Lifetime Achievement Award

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: NDQ_000746

answers: NDQ_000702

answers: music.

answers: NDQ_000704

answers: Ocean an honorary doctorate of music.

answers: NDQ_000706

answers: Ocean an honorary doctorate of music.

answers: NDQ_000707

answers: Ocean an honorary doctorate of music.

answers: NDQ_000710

answers: Ocean

answers: NDQ_000715

answers: Ocean an honorary doctorate of music.

answers: NDQ_000718

answers: Ocean an honorary doctorate of music.

answers: NDQ_000720

answers: Ocean an honorary doctorate of music.

answers: NDQ_000721

answers: Ocean

answers: NDQ_000722

answers: Ocean an honorary doctorate of music.

answers: NDQ_000723

answers: Ocean

answers: NDQ_000724

answers: Ocean

answers: NDQ_000725

answers: Ocean

answers: NDQ_000726

answers: Ocean an honorary doctorate of music.

answers: NDQ_000727

answers: Ocean

answers: NDQ_000728

answers: Ocean

answers: NDQ_000729

answers: Ocean

answers: NDQ_000730

answers: Ocean an honorary doctorate of music.

answers: NDQ_000731

answers: Ocean an honorary doctorate of music.

answers: NDQ_000732

answers: Ocean an honorary doctorate of music.

answers: NDQ_000733

answers: Ocean an honorary doctorate of music.

answers: NDQ_000734

answers: Rastafari

answers: NDQ_000735

answers: Ocean an honorary doctorate of music.

answers: NDQ_000736

answers: Rastafari

answers: NDQ_000737

answers: Rastafari movement.

answers: NDQ_000738

answers: Rastafari

answers: NDQ_000739

answers: Ocean an honorary doctorate of music.

answers: NDQ_000740

answers: Ocean an honorary doctorate of music.

answers: NDQ_000741

answers: music.

answers: NDQ_000742

answers: Rastafari

answers: NDQ_000743

answers: Rastafari

answers: NDQ_000744

answers: Ocean an honorary doctorate of music.

answers: NDQ_000745

answers: Rastafari

answers: NDQ_000746

answers: Ocean an honorary doctorate of music.

text: Modelers, theoreticians, and operational forecasters frequently make use of geostrophic/quasi-geostrophic approximation.Because friction is unimportant, the geostrophic balance fits flows high enough above the Earth's surface.Because the Coriolis force is relevant, it normally fits processes with small Rossby number, typically having large lengthscales.Geostrophic conditions are also realised for flows having small Ekman number, as opposed to antitriptic conditions.

text: Modelers, theoreticians, and operational forecasters frequently make use of

text: geostrophic

text: quasi-geostrophic approximation

text: .Because friction is unimportant, the geostrophic balance fits flows high enough above the Earth's surface.Because the Coriolis force is relevant, it normally fits processes with small

text: Rossby number

text: , typically having large lengthscales.Geostrophic conditions are also realised for flows having small

text: Ekman number

text: , as opposed to

text: antitriptic conditions

answers: NDQ_000702

answers: Coriolis force

answers: NDQ_000704

answers: are realised for flows having small Ekman number, as opposed to antitriptic conditions.

answers: NDQ_000706

answers: high enough above the Earth's surface

answers: NDQ_000707

answers: Coriolis force is unimportant

answers: NDQ_000710

answers: Coriolis force

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Rossby number

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: Rossby number

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Coriolis force

answers: NDQ_000725

answers: How does the Coriolis force affect water levels?

answers: NDQ_000726

answers: Coriolis force

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Rossby number

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: Coriolis force

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Rossby number

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Coriolis force

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Rossby number

answers: NDQ_000737

answers: processes with small Rossby number

answers: NDQ_000738

answers: friction is unimportant

answers: NDQ_000739

answers: densely packed

answers: NDQ_000740

answers: Coriolis force

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: Coriolis force

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: Coriolis force

answers: NDQ_000745

answers: Coriolis force

answers: NDQ_000746

answers: Rossby number

answers: NDQ_000702

answers: Coriolis force

answers: NDQ_000704

answers: Earth's surface.Because

answers: NDQ_000706

answers: high enough above the Earth's surface.Because

answers: NDQ_000707

answers: the Coriolis force

answers: NDQ_000710

answers: flows high enough above the Earth's surface.Because

answers: NDQ_000715

answers: high enough above the Earth's surface.Because

answers: NDQ_000718

answers: lengthscales.Geostrophic

answers: NDQ_000720

answers: geostrophic/quasi-geostrophic

answers: NDQ_000721

answers: geostrophic/quasi-geostrophic

answers: NDQ_000722

answers: small Rossby number,

answers: NDQ_000723

answers: geostrophic/quasi-geostrophic

answers: NDQ_000724

answers: flows

answers: NDQ_000725

answers: geostrophic/quasi-geostrophic

answers: NDQ_000726

answers: flows

answers: NDQ_000727

answers: geostrophic/quasi-geostrophic

answers: NDQ_000728

answers: geostrophic/quasi-geostrophic

answers: NDQ_000729

answers: Coriolis force

answers: NDQ_000730

answers: Coriolis force

answers: NDQ_000731

answers: antitriptic conditions.

answers: NDQ_000732

answers: large lengthscales.Geostrophic

answers: NDQ_000733

answers: Earth's surface.Because

answers: NDQ_000734

answers: Coriolis force

answers: NDQ_000735

answers: geostrophic/quasi-geostrophic approximation.Because

answers: NDQ_000736

answers: small Ekman number,

answers: NDQ_000737

answers: flows

answers: NDQ_000738

answers: antitriptic conditions.

answers: NDQ_000739

answers: high enough above the Earth's surface.Because

answers: NDQ_000740

answers: geostrophic/quasi-geostrophic

answers: NDQ_000741

answers: Coriolis force

answers: NDQ_000742

answers: geostrophic/quasi-geostrophic

answers: NDQ_000743

answers: Coriolis force

answers: NDQ_000744

answers: geostrophic/quasi-geostrophic

answers: NDQ_000745

answers: flows high enough above the Earth's surface.Because

answers: NDQ_000746

answers: Rossby number,

text: The Japan Trench is an oceanic trench, a part of the Pacific Ring of Fire, in the floor of the northern Pacific Ocean off northeast Japan. It extends from the Kuril Islands to the Bonin Islands and is  at its deepest. It is an extension of the Kuril-Kamchatka Trench to the north and the Izu-Ogasawara Trench to its south with a length of . This trench is created when the oceanic Pacific plate subducts beneath the continental Okhotsk Plate. The subduction process causes bending of the downgoing plate, creating a deep-sea trench. Continuing movement on the subduction zone associated with the Japan Trench is one of the main causes of tsunamis and earthquakes in northern Japan, including the megathrust Tōhoku earthquake and resulting tsunami that occurred on 11 March 2011.

text: The Japan Trench is an

text: oceanic trench

text: , a part of the

text: Pacific Ring of Fire

text: , in the floor of the northern

text: Pacific Ocean

text: off northeast

text: Japan

text: . It extends from the

text: Kuril Islands

text: to the

text: Bonin Islands

text: and is  at its deepest. It is an extension of the

text: Kuril-Kamchatka Trench

text: to the north and the

text: Izu-Ogasawara Trench

text: to its south with a length of . This trench is created when the oceanic

text: Pacific plate

text: subducts

text: beneath the continental

text: Okhotsk Plate

text: . The subduction process causes bending of the downgoing plate, creating a deep-sea trench. Continuing movement on the subduction zone associated with the Japan Trench is one of the main causes of

text: tsunamis

text: and

text: earthquakes

text: in northern

text: Japan

text: , including the

text: megathrust

text: Tōhoku earthquake and resulting tsunami

text: that occurred on 11 March 2011.

answers: NDQ_000702

answers: Continuing movement on the subduction zone

answers: NDQ_000704

answers: Which of the following is not a cause of tsunamis and earthquakes in northern Japan?

answers: NDQ_000706

answers: Japan Trench

answers: NDQ_000707

answers: oceanic plate subducts beneath the continental Okhotsk Plate

answers: NDQ_000710

answers: Japan Trench to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The Japan Trench

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many days does the Japan Trench extend?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: what is the last word in the passage?

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: What is the cause of the Japan Trench?

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: What is the opposite of the sun and moon?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Pacific Day

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Japan Trench

answers: NDQ_000737

answers: oceanic trench

answers: NDQ_000738

answers: The subduction process causes bending of the downgoing plate

answers: NDQ_000739

answers: submerged

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: subduction

answers: NDQ_000744

answers: NDQ_000745

answers: subduction

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Continuing movement on the subduction zone

answers: NDQ_000704

answers: Continuing movement on the subduction zone

answers: NDQ_000706

answers: Japan Trench

answers: NDQ_000707

answers: bending of the downgoing plate,

answers: NDQ_000710

answers: bending of the downgoing plate,

answers: NDQ_000715

answers: The Japan Trench

answers: NDQ_000718

answers: a length

answers: NDQ_000720

answers: tsunamis

answers: NDQ_000721

answers: Japan Trench

answers: NDQ_000722

answers: The Japan Trench

answers: NDQ_000723

answers: The Japan Trench

answers: NDQ_000724

answers: tsunamis and earthquakes

answers: NDQ_000725

answers: The Japan Trench

answers: NDQ_000726

answers: The Japan Trench

answers: NDQ_000727

answers: The Japan Trench

answers: NDQ_000728

answers: Continuing movement on the subduction zone

answers: NDQ_000729

answers: bending

answers: NDQ_000730

answers: Continuing movement on the subduction zone

answers: NDQ_000731

answers: bending of the downgoing plate,

answers: NDQ_000732

answers: bending of the downgoing plate,

answers: NDQ_000733

answers: 11 March 2011.

answers: NDQ_000734

answers: Continuing movement on the subduction zone

answers: NDQ_000735

answers: The Japan Trench

answers: NDQ_000736

answers: The Japan Trench

answers: NDQ_000737

answers: The Japan Trench is an oceanic trench,

answers: NDQ_000738

answers: bending of the downgoing plate,

answers: NDQ_000739

answers: oceanic Pacific plate subducts beneath the continental Okhotsk Plate.

answers: NDQ_000740

answers: oceanic Pacific plate subducts beneath the continental Okhotsk Plate.

answers: NDQ_000741

answers: tsunamis

answers: NDQ_000742

answers: T<unk>hoku earthquake and resulting tsunami that occurred on 11 March 2011.

answers: NDQ_000743

answers: bending of the downgoing plate,

answers: NDQ_000744

answers: tsunami that occurred on 11 March 2011.

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: a length of.

text: North Andaman has fairly frequent large earthquakes, and suffered inundation from the 2004 Indian Ocean earthquake tsunami.

text: North Andaman has fairly frequent large

text: earthquake

text: s, and suffered inundation from the

text: 2004 Indian Ocean earthquake

text: tsunami

answers: NDQ_000702

answers: earthquakes

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Indian Ocean, North Andaman or Pacific Ocean?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a large earthquake occurs

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: None of the above choices .

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: None of the above choices .

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: (d).

answers: NDQ_000728

answers: (C).

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: Which of the following is not an example of the Coriolis effect?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: smallest amount of water

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: North Andaman has never experienced upwelling.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: can not be used to answer this question

answers: NDQ_000743

answers: can cause earthquakes

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: earthquakes,

answers: NDQ_000704

answers: North Andaman has fairly frequent large earthquakes,

answers: NDQ_000706

answers: North Andaman

answers: NDQ_000707

answers: earthquakes,

answers: NDQ_000710

answers: earthquakes,

answers: NDQ_000715

answers: 2004

answers: NDQ_000718

answers: 2004

answers: NDQ_000720

answers: earthquakes,

answers: NDQ_000721

answers: earthquakes,

answers: NDQ_000722

answers: North Andaman

answers: NDQ_000723

answers: 2004 Indian Ocean earthquake tsunami.

answers: NDQ_000724

answers: tsunami.

answers: NDQ_000725

answers: North Andaman

answers: NDQ_000726

answers: earthquakes,

answers: NDQ_000727

answers: North Andaman has fairly frequent large earthquakes,

answers: NDQ_000728

answers: North Andaman has fairly frequent large earthquakes,

answers: NDQ_000729

answers: North Andaman has fairly frequent large earthquakes,

answers: NDQ_000730

answers: earthquakes,

answers: NDQ_000731

answers: North Andaman has fairly frequent large earthquakes,

answers: NDQ_000732

answers: 2004

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: earthquakes,

answers: NDQ_000735

answers: North Andaman has fairly frequent large earthquakes,

answers: NDQ_000736

answers: tsunami.

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: North Andaman has fairly frequent large earthquakes,

answers: NDQ_000739

answers: earthquakes,

answers: NDQ_000740

answers: North Andaman has fairly frequent large earthquakes,

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: tsunami.

answers: NDQ_000743

answers: earthquakes,

answers: NDQ_000744

answers: tsunami.

answers: NDQ_000745

answers: tsunami.

answers: NDQ_000746

answers: 2004 Indian Ocean earthquake tsunami.

text: Through the wind stress, the wind generates ocean surface waves; the longer waves have a phase velocity tending towards the wind speed. Momentum of the surface winds is transferred into the energy flux by the ocean surface waves. The increased roughness of the ocean surface, by the presence of the waves, changes the wind near the surface.

text: Through the wind stress, the wind generates

text: ocean surface wave

text: s; the longer waves have a

text: phase velocity

text: tending towards the

text: wind speed

text: Momentum

text: of the surface winds is transferred into the energy

text: flux

text: by the ocean surface waves. The increased

text: roughness

text: of the ocean surface, by the presence of the waves, changes the wind near the surface.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: the wind is too strong

answers: NDQ_000710

answers: waves closer to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not a cause of water levels to rise and fall?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: The increased roughness of the ocean surface

answers: NDQ_000729

answers: Which of the following is not a cause of Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: phase velocity of the longer waves

answers: NDQ_000737

answers: wind

answers: NDQ_000738

answers: Upwelling is caused by a change in wind speed.

answers: NDQ_000739

answers: surrounded by waves

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: wind

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: energy flux

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: surface waves

answers: NDQ_000746

answers: Momentum

answers: NDQ_000702

answers: wind stress,

answers: NDQ_000704

answers: ocean surface waves;

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: wind stress,

answers: NDQ_000710

answers: ocean surface waves;

answers: NDQ_000715

answers: wind speed.

answers: NDQ_000718

answers: the longer waves

answers: NDQ_000720

answers: ocean surface waves;

answers: NDQ_000721

answers: wind stress, the wind generates ocean surface waves;

answers: NDQ_000722

answers: ocean surface waves;

answers: NDQ_000723

answers: ocean surface waves;

answers: NDQ_000724

answers: ocean surface waves;

answers: NDQ_000725

answers: ocean surface waves;

answers: NDQ_000726

answers: wind stress,

answers: NDQ_000727

answers: ocean surface waves;

answers: NDQ_000728

answers: ocean surface waves;

answers: NDQ_000729

answers: Through the wind stress, the wind generates ocean surface waves;

answers: NDQ_000730

answers: wind stress, the wind generates ocean surface waves;

answers: NDQ_000731

answers: Through the wind stress, the wind generates ocean surface waves;

answers: NDQ_000732

answers: ocean surface waves;

answers: NDQ_000733

answers: ocean surface waves;

answers: NDQ_000734

answers: wind stress, the wind generates ocean surface waves;

answers: NDQ_000735

answers: wind stress, the wind generates ocean surface waves;

answers: NDQ_000736

answers: longer waves have a phase velocity tending towards the wind speed.

answers: NDQ_000737

answers: ocean surface waves;

answers: NDQ_000738

answers: the longer waves have a phase velocity tending towards the wind speed.

answers: NDQ_000739

answers: wind stress,

answers: NDQ_000740

answers: wind stress, the wind generates ocean surface waves;

answers: NDQ_000741

answers: ocean surface waves;

answers: NDQ_000742

answers: ocean surface waves;

answers: NDQ_000743

answers: Momentum of the surface winds is transferred into the energy flux

answers: NDQ_000744

answers: ocean surface waves;

answers: NDQ_000745

answers: ocean surface waves;

answers: NDQ_000746

answers: Momentum of the surface winds is transferred into the energy flux

text: Tsunami are sometimes referred to as tidal waves.  This once-popular term derives from the most common appearance of tsunami, which is that of an extraordinarily high tidal bore. Tsunami and tides both produce waves of water that move inland, but in the case of tsunami the inland movement of water may be much greater, giving the impression of an incredibly high and forceful tide. In recent years, the term "tidal wave" has fallen out of favour, especially in the scientific community, because tsunami actually have nothing to do with tides, which are produced by the gravitational pull of the moon and sun rather than the displacement of water. Although the meanings of "tidal" include "resembling" or "having the form or character of" the tides, use of the term tidal wave is discouraged by geologists and oceanographers.

text: Tsunami are sometimes referred to as tidal waves.  This once-popular term derives from the most common appearance of tsunami, which is that of an extraordinarily high

text: tidal bore

text: . Tsunami and tides both produce waves of water that move inland, but in the case of tsunami the inland movement of water may be much greater, giving the impression of an incredibly high and forceful tide. In recent years, the term "tidal wave" has fallen out of favour, especially in the scientific community, because tsunami actually have nothing to do with

text: tide

text: s, which are produced by the gravitational pull of the moon and sun rather than the displacement of water. Although the meanings of "tidal" include "resembling" or "having the form or character of" the tides, use of the term tidal wave is discouraged by geologists and oceanographers.

answers: NDQ_000702

answers: moon and sun

answers: NDQ_000704

answers: Which of the following is not caused by the gravitational pull of the moon and sun?

answers: NDQ_000706

answers: inland

answers: NDQ_000707

answers: what causes it to break?

answers: NDQ_000710

answers: waves of water that move inland

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: Tsunami or tides?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: an extraordinarily high tidal bore

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: yes

answers: NDQ_000731

answers: in the past

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: the moon and sun

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: form or character of

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the term "tidal wave" has fallen out of favour

answers: NDQ_000739

answers: inland

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: gravitational pull

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: gravitational

answers: NDQ_000702

answers: gravitational pull of the moon and sun

answers: NDQ_000704

answers: tides

answers: NDQ_000706

answers: inland,

answers: NDQ_000707

answers: displacement of water.

answers: NDQ_000710

answers: waves of water that move inland,

answers: NDQ_000715

answers: tidal bore.

answers: NDQ_000718

answers: tidal waves.

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: gravitational pull of the moon and sun

answers: NDQ_000722

answers: inland,

answers: NDQ_000723

answers: tsunami actually have nothing to do with tides,

answers: NDQ_000724

answers: tsunami actually have nothing to do with tides,

answers: NDQ_000725

answers: tsunami actually have nothing to do with tides,

answers: NDQ_000726

answers: water

answers: NDQ_000727

answers: tidal bore.

answers: NDQ_000728

answers: an extraordinarily high tidal bore.

answers: NDQ_000729

answers: gravitational pull of the moon and sun

answers: NDQ_000730

answers: the gravitational pull of the moon and sun

answers: NDQ_000731

answers: gravitational pull of the moon and sun

answers: NDQ_000732

answers: tidal waves.

answers: NDQ_000733

answers: tsunami actually have nothing to do with tides,

answers: NDQ_000734

answers: gravitational pull of the moon and sun

answers: NDQ_000735

answers: gravitational pull

answers: NDQ_000736

answers: gravitational pull of the moon and sun

answers: NDQ_000737

answers: Tsunami

answers: NDQ_000738

answers: tidal waves.

answers: NDQ_000739

answers: inland,

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tidal waves.

answers: NDQ_000742

answers: tides,

answers: NDQ_000743

answers: gravitational pull

answers: NDQ_000744

answers: tides,

answers: NDQ_000745

answers: tides both produce waves of water that move inland,

answers: NDQ_000746

answers: gravitational pull

text: A meteotsunami or meteorological tsunami is a tsunami-like wave of meteorological origin. Meteotsunamis are generated when rapid changes in barometric pressure cause the displacement of a body of water. In contrast to "ordinary" impulse-type tsunami sources, a traveling atmospheric disturbance normally interacts with the ocean over a limited period of time (from several minutes to several hours). Tsunamis and meteotsunamis are otherwise similar enough that it can be difficult to distinguish one from the other, as in cases where there is a tsunami wave but there are no seismic records of an earthquake.

text: A meteotsunami or meteorological tsunami is a

text: tsunami

text: -like

text: wave

text: of

text: meteorological

text: origin. Meteotsunamis are generated when rapid changes in

text: barometric pressure

text: cause the displacement of a body of water. In contrast to "ordinary" impulse-type tsunami sources, a traveling atmospheric disturbance normally interacts with the ocean over a limited period of time (from several minutes to several hours). Tsunamis and meteotsunamis are otherwise similar enough that it can be difficult to distinguish one from the other, as in cases where there is a tsunami wave but there are no seismic records of an earthquake.

answers: NDQ_000702

answers: rapid changes in barometric pressure

answers: NDQ_000704

answers: What causes the displacement of a body of water?

answers: NDQ_000706

answers: body of water

answers: NDQ_000707

answers: rapid changes in barometric pressure cause the displacement

answers: NDQ_000710

answers: rapid changes in barometric pressure

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: rapid changes in barometric pressure

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: changes in barometric pressure

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Meteotsunami

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tsunamis are generated when rapid changes in barometric pressure cause the displacement of a body of water

answers: NDQ_000739

answers: barometric

answers: NDQ_000740

answers: barometric pressure

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunamis

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: Meteotsunami

answers: NDQ_000746

answers: barometric pressure

answers: NDQ_000702

answers: rapid changes in barometric pressure

answers: NDQ_000704

answers: ocean

answers: NDQ_000706

answers: tsunami wave

answers: NDQ_000707

answers: rapid changes in barometric pressure

answers: NDQ_000710

answers: water.

answers: NDQ_000715

answers: meteotsunami

answers: NDQ_000718

answers: wave

answers: NDQ_000720

answers: meteotsunami

answers: NDQ_000721

answers: meteotsunami

answers: NDQ_000722

answers: meteotsunami

answers: NDQ_000723

answers: tsunami wave

answers: NDQ_000724

answers: rapid changes in barometric pressure

answers: NDQ_000725

answers: several minutes to several hours).

answers: NDQ_000726

answers: meteotsunami

answers: NDQ_000727

answers: meteotsunami

answers: NDQ_000728

answers: rapid changes in barometric pressure

answers: NDQ_000729

answers: meteotsunami

answers: NDQ_000730

answers: rapid changes in barometric pressure

answers: NDQ_000731

answers: meteotsunami

answers: NDQ_000732

answers: meteotsunami

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: rapid changes in barometric pressure

answers: NDQ_000735

answers: rapid changes in barometric pressure

answers: NDQ_000736

answers: meteotsunami

answers: NDQ_000737

answers: meteotsunami

answers: NDQ_000738

answers: meteotsunami

answers: NDQ_000739

answers: rapid changes in barometric pressure

answers: NDQ_000740

answers: barometric pressure

answers: NDQ_000741

answers: tsunami is a tsunami-like wave

answers: NDQ_000742

answers: meteotsunami

answers: NDQ_000743

answers: changes in barometric pressure

answers: NDQ_000744

answers: meteotsunami

answers: NDQ_000745

answers: displacement of a body of water.

answers: NDQ_000746

answers: meteotsunami

text: Ocean surface topography is also used to understand how the ocean moves heat around the globe, a critical component of Earth's climate, and for monitoring changes in global sea level.  The sea surface height (SSH) is calculated through altimetry satellites, which determine the distance from the satellite to a target surface by measuring the satellite-to-surface round-trip time of a radar pulse. The satellites then measure the distance between their orbit altitude and the surface of the water.  Due to the differing depths of the ocean, an approximation is made. This is called the Arbitrary Reference Surface.  Arbitrary Reference Surface is an estimated surface that is calculated to factor in the shape of the Earth.  The general shape of the earth is spherical, but flattened out at the North and South Pole. This approximated surface is called the reference ellipsoid.  This enables data to be taken precisely due to the uniform surface level.  The satellite’s altitude then has to be calculated with respect to the reference ellipsoid.  It is calculated using the orbital parameters of the satellite and various positioning instruments.  The sea surface height is then the difference between the satellite’s altitude relative to the reference ellipsoid and the altimeter range.  The satellite sends microwave pulses to the ocean surface.  The travel time of the pulses ascending to the oceans surface and back provides data of the sea surface height. In the image below you can see the measurement system using by the satellite Jason-1.

text: Ocean surface topography is also used to understand how the ocean moves heat around the globe, a critical component of Earth's

text: climate

text: , and for monitoring changes in global

text: sea level

text: .  The sea surface height (SSH) is calculated through altimetry satellites, which determine the distance from the satellite to a target surface by measuring the satellite-to-surface round-trip time of a radar pulse. The satellites then measure the distance between their orbit altitude and the surface of the water.  Due to the differing depths of the ocean, an approximation is made. This is called the Arbitrary Reference Surface.  Arbitrary Reference Surface is an estimated surface that is calculated to factor in the shape of the Earth.  The general shape of the earth is spherical, but flattened out at the

text: North and South Pole

text: . This approximated surface is called the reference ellipsoid.  This enables data to be taken precisely due to the uniform surface level.  The satellite’s altitude then has to be calculated with respect to the reference ellipsoid.  It is calculated using the orbital parameters of the satellite and various positioning instruments.  The sea surface height is then the difference between the satellite’s altitude relative to the reference ellipsoid and the altimeter range.  The satellite sends microwave pulses to the ocean surface.  The travel time of the pulses ascending to the oceans surface and back provides data of the sea surface height. In the image below you can see the measurement system using by the satellite

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: Which of the following is not a type of surface current?

answers: NDQ_000706

answers: depths

answers: NDQ_000707

answers: a body of water is moving faster than the surrounding water.

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Which of the following is not a type of ocean wave?

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: The general shape of the earth is spherical

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: Which of the following is not caused by winds?

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: Which of the following is not an example of a transfer of energy that began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: What is the first sign of a tsunami is coming is high water moving fast across the ocean

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not an example of a straight line?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: ocean surface topography

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: sea surface height

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: satellite sends microwave pulses to the ocean surface

answers: NDQ_000739

answers: deeper than the surface

answers: NDQ_000740

answers: global sea level

answers: NDQ_000741

answers: ocean current

answers: NDQ_000742

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: NDQ_000745

answers: The satellite sends microwave pulses

answers: NDQ_000746

answers: ellipse

answers: NDQ_000702

answers: Ocean surface topography is also used to understand how the ocean moves heat

answers: NDQ_000704

answers: heat

answers: NDQ_000706

answers: ocean surface.

answers: NDQ_000707

answers: Arbitrary Reference Surface.

answers: NDQ_000710

answers: heat

answers: NDQ_000715

answers: Arbitrary Reference Surface.

answers: NDQ_000718

answers: Arbitrary Reference Surface.

answers: NDQ_000720

answers: Arbitrary Reference Surface.

answers: NDQ_000721

answers: heat

answers: NDQ_000722

answers: Arbitrary Reference Surface.

answers: NDQ_000723

answers: Arbitrary Reference Surface.

answers: NDQ_000724

answers: Arbitrary Reference Surface.

answers: NDQ_000725

answers: Arbitrary Reference Surface.

answers: NDQ_000726

answers: Arbitrary Reference Surface.

answers: NDQ_000727

answers: Arbitrary Reference Surface.

answers: NDQ_000728

answers: The sea surface height

answers: NDQ_000729

answers: Arbitrary Reference Surface.

answers: NDQ_000730

answers: Arbitrary Reference Surface.

answers: NDQ_000731

answers: Arbitrary Reference Surface.

answers: NDQ_000732

answers: Arbitrary Reference Surface.

answers: NDQ_000733

answers: Arbitrary Reference Surface.

answers: NDQ_000734

answers: sea level.

answers: NDQ_000735

answers: Arbitrary Reference Surface.

answers: NDQ_000736

answers: Arbitrary Reference Surface.

answers: NDQ_000737

answers: Ocean surface topography

answers: NDQ_000738

answers: uniform surface level.

answers: NDQ_000739

answers: depths

answers: NDQ_000740

answers: changes in global sea level.

answers: NDQ_000741

answers: heat

answers: NDQ_000742

answers: sea level.

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: sea level.

answers: NDQ_000745

answers: heat

answers: NDQ_000746

answers: reference ellipsoid.

text: Strong surface winds cause surface currents at a 45° angle to the wind direction, by an effect known as the Ekman Spiral. Wind stresses cause a phenomenon referred to as "wind set-up", which is the tendency for water levels to increase at the downwind shore, and to decrease at the upwind shore. Intuitively, this is caused by the storm simply blowing the water towards one side of the basin in the direction of its winds. Because the Ekman Spiral effects spread vertically through the water, the effect is inversely proportional to depth. The pressure effect and the wind set-up on an open coast will be driven into bays in the same way as the astronomical tide.

text: Strong surface winds cause surface currents at a 45° angle to the wind direction, by an effect known as the

text: Ekman Spiral

text: . Wind stresses cause a phenomenon referred to as "wind set-up", which is the tendency for water levels to increase at the downwind shore, and to decrease at the upwind shore. Intuitively, this is caused by the storm simply blowing the water towards one side of the basin in the direction of its winds. Because the Ekman Spiral effects spread vertically through the water, the effect is inversely proportional to depth. The pressure effect and the wind set-up on an open coast will be driven into bays in the same way as the astronomical tide.

answers: NDQ_000702

answers: Strong surface winds

answers: NDQ_000704

answers: Are surface currents caused by surface winds?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: surface currents at a 45° angle to the wind direction

answers: NDQ_000710

answers: water up to the surface

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: inversely proportional to depth

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: Strong surface winds

answers: NDQ_000735

answers: upwind

answers: NDQ_000736

answers: Ekman Spiral effect

answers: NDQ_000737

answers: basin

answers: NDQ_000738

answers: water levels to increase at the downwind shore, and to decrease at the upwind shore

answers: NDQ_000739

answers: downwind

answers: NDQ_000740

answers: astronomical tide

answers: NDQ_000741

answers: surface currents

answers: NDQ_000742

answers: astronomical tide

answers: NDQ_000743

answers: NDQ_000744

answers: astronomical tide

answers: NDQ_000745

answers: surface currents

answers: NDQ_000746

answers: inversely proportional

answers: NDQ_000702

answers: Strong surface winds

answers: NDQ_000704

answers: Strong surface winds

answers: NDQ_000706

answers: depth.

answers: NDQ_000707

answers: Strong surface winds

answers: NDQ_000710

answers: water levels to increase at the downwind shore, and to decrease

answers: NDQ_000715

answers: Ekman Spiral.

answers: NDQ_000718

answers: Ekman Spiral.

answers: NDQ_000720

answers: Strong surface winds

answers: NDQ_000721

answers: astronomical tide.

answers: NDQ_000722

answers: inversely proportional to depth.

answers: NDQ_000723

answers: astronomical tide.

answers: NDQ_000724

answers: Strong surface winds

answers: NDQ_000725

answers: astronomical tide.

answers: NDQ_000726

answers: Wind stresses

answers: NDQ_000727

answers: astronomical tide.

answers: NDQ_000728

answers: Strong surface winds

answers: NDQ_000729

answers: Ekman Spiral.

answers: NDQ_000730

answers: astronomical tide.

answers: NDQ_000731

answers: astronomical tide.

answers: NDQ_000732

answers: 45° angle to the wind direction,

answers: NDQ_000733

answers: astronomical tide.

answers: NDQ_000734

answers: Strong surface winds

answers: NDQ_000735

answers: astronomical tide.

answers: NDQ_000736

answers: astronomical tide.

answers: NDQ_000737

answers: Strong surface winds

answers: NDQ_000738

answers: astronomical tide.

answers: NDQ_000739

answers: depth.

answers: NDQ_000740

answers: astronomical tide.

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: astronomical tide.

answers: NDQ_000743

answers: Ekman Spiral effects spread vertically through the water,

answers: NDQ_000744

answers: astronomical tide.

answers: NDQ_000745

answers: inversely proportional to depth.

answers: NDQ_000746

answers: inversely proportional to depth.

text: Spring tide range for the islands is around , decreasing to a neap tide of around .  The deep water around the island results in only moderate tidal currents.  These are around the same magnitude as the prevailing shelf currents. In the general vicinity of the islands mean flows are around  and run toward the southeast.  A remarkable feature of the region is the large internal tides that occur. These are a form of internal wave driven by the local tidal flow forcing the stratification against sloping areas of the shelf face. The surface manifestation of these waves can be seen from space.  These waves generate brief highly localized accelerations.  Internal wave amplitudes of around  have been observed, generating flow speeds as great as .

text: Spring

text: tide

text: range for the islands is around , decreasing to a neap tide of around .  The deep water around the island results in only moderate tidal currents.  These are around the same magnitude as the prevailing shelf currents. In the general vicinity of the islands mean flows are around  and run toward the southeast.  A remarkable feature of the region is the large

text: internal tides

text: that occur. These are a form of

text: internal wave

text: driven by the local tidal flow forcing the stratification against sloping areas of the shelf face. The surface manifestation of these waves can be seen from space.  These waves generate brief highly localized accelerations.  Internal wave amplitudes of around  have been observed, generating flow speeds as great as .

answers: NDQ_000702

answers: local tidal flow

answers: NDQ_000704

answers: Which of the following is not a form of internal wave driven by the local tidal flow?

answers: NDQ_000706

answers: internal tides

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: tidal currents

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of internal wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tidal waves occur?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: around

answers: NDQ_000728

answers: neap tide

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: tidal flow

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: magnitude of what?

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: internal tides can be seen from space

answers: NDQ_000739

answers: shallower

answers: NDQ_000740

answers: Spring tide

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: spring tide

answers: NDQ_000743

answers: acceleration

answers: NDQ_000744

answers: spring tide

answers: NDQ_000745

answers: Tidal currents

answers: NDQ_000746

answers: NDQ_000702

answers: local tidal flow

answers: NDQ_000704

answers: shelf currents.

answers: NDQ_000706

answers: Internal

answers: NDQ_000707

answers: highly localized accelerations.

answers: NDQ_000710

answers: internal tides

answers: NDQ_000715

answers: around

answers: NDQ_000718

answers: around.

answers: NDQ_000720

answers: around

answers: NDQ_000721

answers: local tidal flow

answers: NDQ_000722

answers: deep water

answers: NDQ_000723

answers: internal tides

answers: NDQ_000724

answers: tidal flow

answers: NDQ_000725

answers: around.

answers: NDQ_000726

answers: wave driven by the local tidal flow

answers: NDQ_000727

answers: around.

answers: NDQ_000728

answers: large internal tides

answers: NDQ_000729

answers: local tidal flow

answers: NDQ_000730

answers: internal wave driven by the local tidal flow

answers: NDQ_000731

answers: around,

answers: NDQ_000732

answers: around and run toward the southeast.

answers: NDQ_000733

answers: around,

answers: NDQ_000734

answers: local tidal flow

answers: NDQ_000735

answers: around.

answers: NDQ_000736

answers: around,

answers: NDQ_000737

answers: tidal currents.

answers: NDQ_000738

answers: moderate tidal currents.

answers: NDQ_000739

answers: deep water

answers: NDQ_000740

answers: neap tide of around.

answers: NDQ_000741

answers: tidal currents.

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: accelerations.

answers: NDQ_000744

answers: Spring tide

answers: NDQ_000745

answers: tidal currents.

answers: NDQ_000746

answers: around.

text: The ocean surface has highs and lows, similar to the hills and valleys of Earth's land surface depicted on a topographic map. These variations, called ocean surface topography (or sea surface topography), also dynamic topography, are mapped using measurements of sea surface height relative to Earth's geoid. Earth's geoid is a calculated surface of equal gravitational potential energy and represents the shape the sea surface would be if the ocean were not in motion. Topography is the arrangement of natural and artificial features of an area.  Ocean surface topography is specifically the distance between the height of the ocean surface from the geoid. Ocean surface topography is caused by ocean waves, tides, currents, and the loading of atmospheric pressure. The main purpose to measure ocean surface topography is to understand the large-scale circulation of the ocean. The height variations of ocean surface topography can be as much as two meters and are influenced by ocean circulation, ocean temperature, and salinity.

text: The ocean surface has highs and lows, similar to the hills and valleys of Earth's land surface depicted on a

text: topographic map

text: . These variations, called ocean surface topography (or sea surface topography), also dynamic topography, are mapped using measurements of sea surface height relative to Earth's

text: geoid

text: . Earth's geoid is a calculated surface of equal gravitational potential energy and represents the shape the sea surface would be if the ocean were not in motion.

text: Topography

text: is the arrangement of natural and artificial features of an area.  Ocean surface topography is specifically the distance between the height of the ocean surface from the geoid. Ocean surface topography is caused by ocean waves, tides, currents, and the loading of atmospheric pressure. The main purpose to measure ocean surface topography is to understand the large-scale circulation of the ocean. The height variations of ocean surface topography can be as much as two meters and are influenced by ocean circulation, ocean temperature, and salinity.

answers: NDQ_000702

answers: Ocean surface topography

answers: NDQ_000704

answers: Which of the following is not a cause of ocean surface topography: ocean waves, tides, or currents?

answers: NDQ_000706

answers: ocean surface

answers: NDQ_000707

answers: Earth's geoid is a calculated surface

answers: NDQ_000710

answers: ocean surface topography

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: salinity

answers: NDQ_000723

answers: Which of the following is not caused by ocean waves, tides, currents, and the loading of atmospheric pressure?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not caused by ocean surface topography: ocean waves, tides, currents, or the loading of atmospheric pressure?

answers: NDQ_000726

answers: What is the main purpose to measure ocean surface topography is to understand the large-scale circulation of the ocean

answers: NDQ_000727

answers: The ocean surface has highs and lows

answers: NDQ_000728

answers: ocean surface topography

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: ocean surface topography

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Earth's geoid

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Earth's geoid is a calculated surface of equal gravitational potential energy

answers: NDQ_000739

answers: salinized

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: gravitational potential energy

answers: NDQ_000702

answers: ocean waves,

answers: NDQ_000704

answers: Ocean surface topography is caused by ocean waves, tides, currents,

answers: NDQ_000706

answers: Ocean surface topography

answers: NDQ_000707

answers: pressure.

answers: NDQ_000710

answers: ocean waves, tides, currents, and the loading of atmospheric pressure.

answers: NDQ_000715

answers: ocean waves,

answers: NDQ_000718

answers: waves,

answers: NDQ_000720

answers: waves,

answers: NDQ_000721

answers: ocean waves, tides,

answers: NDQ_000722

answers: salinity.

answers: NDQ_000723

answers: waves,

answers: NDQ_000724

answers: ocean waves,

answers: NDQ_000725

answers: tides,

answers: NDQ_000726

answers: waves,

answers: NDQ_000727

answers: ocean surface topography

answers: NDQ_000728

answers: ocean waves,

answers: NDQ_000729

answers: Earth's geoid.

answers: NDQ_000730

answers: gravitational potential energy

answers: NDQ_000731

answers: Earth's geoid.

answers: NDQ_000732

answers: ocean waves, tides, currents, and the loading of atmospheric pressure.

answers: NDQ_000733

answers: The ocean surface has highs and lows,

answers: NDQ_000734

answers: ocean waves, tides, currents, and the loading of atmospheric pressure.

answers: NDQ_000735

answers: ocean waves, tides,

answers: NDQ_000736

answers: highs and lows,

answers: NDQ_000737

answers: currents,

answers: NDQ_000738

answers: the ocean were not in motion.

answers: NDQ_000739

answers: atmospheric pressure.

answers: NDQ_000740

answers: tides,

answers: NDQ_000741

answers: waves,

answers: NDQ_000742

answers: tides,

answers: NDQ_000743

answers: gravitational potential energy

answers: NDQ_000744

answers: tides,

answers: NDQ_000745

answers: currents,

answers: NDQ_000746

answers: gravitational potential energy

text: Land masses and ocean basins act as barriers against water moving freely around the globe, and their varied shapes and sizes affect the size of tidal frequencies. As a result, tidal patterns vary. For example, in the U.S., the East coast has predominantly semi-diurnal tides, as do Europe's Atlantic coasts, while the West coast predominantly has mixed tides.

text: Land masses and ocean basins act as barriers against water moving freely around the globe, and their varied shapes and sizes affect the size of tidal frequencies. As a result, tidal patterns vary. For example, in the U.S., the East coast has predominantly semi-diurnal tides, as do Europe's Atlantic coasts, while the West coast predominantly has mixed tides.

answers: NDQ_000702

answers: water moving freely around the globe

answers: NDQ_000704

answers: What do land masses and ocean basins act as barriers against?

answers: NDQ_000706

answers: Atlantic

answers: NDQ_000707

answers: land masses act as barriers against water

answers: NDQ_000710

answers: water closer to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tidal patterns vary?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal patterns

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: not enough information

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic coast

answers: NDQ_000734

answers: water moving freely

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: West coast predominantly has mixed tides

answers: NDQ_000737

answers: ocean basin

answers: NDQ_000738

answers: the West coast predominantly has mixed tides.

answers: NDQ_000739

answers: mixed

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: diurnal

answers: NDQ_000743

answers: is a term used to describe

answers: NDQ_000744

answers: diurnal

answers: NDQ_000745

answers: Tidal

answers: NDQ_000746

answers: NDQ_000702

answers: Land masses and ocean basins act as barriers against water

answers: NDQ_000704

answers: tidal frequencies.

answers: NDQ_000706

answers: tidal frequencies.

answers: NDQ_000707

answers: Land masses and ocean basins

answers: NDQ_000710

answers: water

answers: NDQ_000715

answers: Land masses and ocean basins

answers: NDQ_000718

answers: tidal frequencies.

answers: NDQ_000720

answers: tidal frequencies.

answers: NDQ_000721

answers: water moving freely around the globe,

answers: NDQ_000722

answers: ocean basins

answers: NDQ_000723

answers: mixed tides.

answers: NDQ_000724

answers: tidal patterns

answers: NDQ_000725

answers: semi-diurnal tides,

answers: NDQ_000726

answers: water

answers: NDQ_000727

answers: tidal patterns

answers: NDQ_000728

answers: tidal frequencies.

answers: NDQ_000729

answers: water moving freely around the globe,

answers: NDQ_000730

answers: Land masses and ocean basins

answers: NDQ_000731

answers: mixed tides.

answers: NDQ_000732

answers: Land masses and ocean basins

answers: NDQ_000733

answers: mixed tides.

answers: NDQ_000734

answers: water

answers: NDQ_000735

answers: semi-diurnal tides,

answers: NDQ_000736

answers: mixed tides.

answers: NDQ_000737

answers: ocean basins

answers: NDQ_000738

answers: water moving freely

answers: NDQ_000739

answers: Land masses and ocean basins

answers: NDQ_000740

answers: tidal frequencies.

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: semi-diurnal

answers: NDQ_000743

answers: Land masses and ocean basins act as barriers against water

answers: NDQ_000744

answers: mixed tides.

answers: NDQ_000745

answers: tidal

answers: NDQ_000746

answers: Land masses

text: Polar ice experts from the U.S. and U.K. met at the University of Texas at Austin in March, 2007 for the West Antarctic Links to Sea-Level Estimation (WALSE) Workshop. The experts discussed a new hypothesis that explains the observed increased melting of the West Antarctic Ice Sheet. They proposed that changes in air circulation patterns have led to increased upwelling of warm, deep ocean water along the coast of Antarctica and that this warm water has increased melting of floating ice shelves at the edge of the ice sheet. An ocean model has shown how changes in winds can help channel the water along deep troughs on the sea floor, toward the ice shelves of outlet glaciers. The exact cause of the changes in circulation patterns is not known and they may be due to natural variability. However, this connection between the atmosphere and upwelling of deep ocean water provides a mechanism by which human induced climate changes could cause an accelerated loss of ice from WAIS. Recently published data collected from satellites support this hypothesis, suggesting that the west Antarctic ice sheet is beginning to show signs of instability.

text: Polar ice experts from the U.S. and U.K. met at the

text: University of Texas at Austin

text: in March, 2007 for the West Antarctic Links to Sea-Level Estimation (WALSE) Workshop. The experts discussed a new hypothesis that explains the observed increased melting of the West Antarctic Ice Sheet. They proposed that changes in air circulation patterns have led to increased upwelling of warm, deep ocean water along the coast of Antarctica and that this warm water has increased melting of floating

text: ice shelves

text: at the edge of the ice sheet. An ocean model has shown how changes in winds can help channel the water along deep troughs on the sea floor, toward the ice shelves of outlet glaciers. The exact cause of the changes in circulation patterns is not known and they may be due to natural variability. However, this connection between the atmosphere and upwelling of deep ocean water provides a mechanism by which human induced climate changes could cause an accelerated loss of ice from WAIS. Recently published data collected from satellites support this hypothesis, suggesting that the west Antarctic ice sheet is beginning to show signs of instability.

answers: NDQ_000702

answers: deep ocean water

answers: NDQ_000704

answers: What can help channel the water along deep troughs on the sea floor?

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: the water is too cold.

answers: NDQ_000710

answers: Warm, deep ocean water

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not an example of natural variability?

answers: NDQ_000726

answers: Which of the following is not a type of wave?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: the west Antarctic ice sheet

answers: NDQ_000729

answers: Which of the following is not true?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: What would happen if the sun and moon were not in a straight line?

answers: NDQ_000732

answers: Which of the following is not a cause of the changes in circulation patterns?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: sea-level

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: West Antarctic Ice Sheet

answers: NDQ_000737

answers: deep ocean water

answers: NDQ_000738

answers: deep ocean water along the coast of Antarctica

answers: NDQ_000739

answers: warm

answers: NDQ_000740

answers: sea-level

answers: NDQ_000741

answers: WAIS

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: ice sheet

answers: NDQ_000702

answers: upwelling of warm, deep ocean water

answers: NDQ_000704

answers: winds

answers: NDQ_000706

answers: deep troughs on the sea floor,

answers: NDQ_000707

answers: winds

answers: NDQ_000710

answers: melting of floating ice shelves at the edge of the ice sheet.

answers: NDQ_000715

answers: 2007 for the West Antarctic Links to Sea-Level Estimation

answers: NDQ_000718

answers: troughs

answers: NDQ_000720

answers: increased upwelling of warm, deep ocean water

answers: NDQ_000721

answers: Sea-Level

answers: NDQ_000722

answers: deep ocean water

answers: NDQ_000723

answers: troughs

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: winds

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: West Antarctic Links to Sea-Level Estimation

answers: NDQ_000728

answers: warm, deep ocean water

answers: NDQ_000729

answers: increased upwelling of warm, deep ocean water

answers: NDQ_000730

answers: warm, deep ocean water

answers: NDQ_000731

answers: increased upwelling of warm, deep ocean water

answers: NDQ_000732

answers: deep troughs on the sea floor,

answers: NDQ_000733

answers: 2007

answers: NDQ_000734

answers: upwelling of warm, deep ocean water

answers: NDQ_000735

answers: warm, deep ocean water

answers: NDQ_000736

answers: changes in winds can help channel the water along deep troughs

answers: NDQ_000737

answers: deep ocean water

answers: NDQ_000738

answers: ice shelves at the edge of the ice sheet.

answers: NDQ_000739

answers: warm, deep ocean water

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: upwelling of warm, deep ocean water

answers: NDQ_000743

answers: upwelling of warm, deep ocean water

answers: NDQ_000744

answers: Sea-Level Estimation

answers: NDQ_000745

answers: changes in winds can help channel the water along deep troughs

answers: NDQ_000746

answers: 2007 for the West Antarctic Links to Sea-Level Estimation

text: The alien limb in the posterior variant of the syndrome may be seen to "levitate" upward into the air withdrawing away from contact surfaces through the activation of anti-gravity musculature. Alien hand movement in the posterior variant may show a typical posture, sometimes referred to as a "parietal hand" or the "instinctive avoidance reaction" (a term introduced by neurologist Derek Denny-Brown as an inverse form of the "magnetic apraxia" seen in the frontal variant, as noted above), in which the digits move into a highly extended position with active extension of the interphalangeal joints of the digits and hyper-extension of the metacarpophalangeal joints, and the palmar surface of the hand is actively pulled back away from approaching objects or up and away from supporting surfaces.  The "alien" movements, however, remain purposeful and goal-directed, a point which clearly differentiates these movements from other disorganized non-purposeful forms of involuntary limb movement (e.g. athetosis, chorea, or myoclonus).

text: The alien limb in the posterior variant of the syndrome may be seen to "levitate" upward into the air withdrawing away from contact surfaces through the activation of anti-gravity musculature. Alien hand movement in the posterior variant may show a typical posture, sometimes referred to as a "parietal hand" or the "instinctive avoidance reaction" (a term introduced by neurologist

text: Derek Denny-Brown

text: as an inverse form of the "magnetic apraxia" seen in the frontal variant, as noted above), in which the digits move into a highly extended position with active extension of the interphalangeal joints of the digits and hyper-extension of the metacarpophalangeal joints, and the palmar surface of the hand is actively pulled back away from approaching objects or up and away from supporting surfaces.  The "alien" movements, however, remain purposeful and goal-directed, a point which clearly differentiates these movements from other disorganized non-purposeful forms of involuntary limb movement (e.g.

text: athetosis

text: chorea

text: , or

text: myoclonus

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which of the following is not a type of muscle: interphalangeal joints of the digits or metacarpophalangeal joints?

answers: NDQ_000706

answers: the frontal variant

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: Alien hand movement in the posterior variant

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not mentioned

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: gravity

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: anti-gravity musculature

answers: NDQ_000737

answers: unanswerable

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: no

answers: NDQ_000742

answers: NDQ_000743

answers: anti-gravity musculature

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: anti-gravity

answers: NDQ_000704

answers: contact surfaces

answers: NDQ_000706

answers: contact surfaces

answers: NDQ_000707

answers: anti-gravity

answers: NDQ_000710

answers: anti-gravity musculature.

answers: NDQ_000715

answers: hyper-extension of the metacarpophalangeal joints,

answers: NDQ_000718

answers: hyper-extension of the metacarpophalangeal joints,

answers: NDQ_000720

answers: hyper-extension of the metacarpophalangeal joints,

answers: NDQ_000721

answers: anti-gravity

answers: NDQ_000722

answers: surfaces through the activation of anti-gravity musculature.

answers: NDQ_000723

answers: purposeful and goal-directed,

answers: NDQ_000724

answers: purposeful and goal-directed,

answers: NDQ_000725

answers: purposeful and goal-directed,

answers: NDQ_000726

answers: purposeful and goal-directed,

answers: NDQ_000727

answers: The alien limb

answers: NDQ_000728

answers: The alien limb

answers: NDQ_000729

answers: anti-gravity musculature.

answers: NDQ_000730

answers: anti-gravity musculature.

answers: NDQ_000731

answers: hyper-extension of the metacarpophalangeal joints,

answers: NDQ_000732

answers: anti-gravity musculature.

answers: NDQ_000733

answers: purposeful and goal-directed,

answers: NDQ_000734

answers: anti-gravity

answers: NDQ_000735

answers: anti-gravity musculature.

answers: NDQ_000736

answers: anti-gravity musculature.

answers: NDQ_000737

answers: The alien limb

answers: NDQ_000738

answers: The alien limb

answers: NDQ_000739

answers: hyper-extension of the metacarpophalangeal joints,

answers: NDQ_000740

answers: hyper-extension of the metacarpophalangeal joints,

answers: NDQ_000741

answers: "magnetic apraxia"

answers: NDQ_000742

answers: hyper-extension of the metacarpophalangeal joints,

answers: NDQ_000743

answers: anti-gravity musculature.

answers: NDQ_000744

answers: anti-gravity

answers: NDQ_000745

answers: anti-gravity musculature.

answers: NDQ_000746

answers: anti-gravity

text: The three Storegga Slides are considered to be amongst the largest known landslides. They occurred under water, at the edge of Norway's continental shelf (Storegga is Norwegian for "the Great Edge"), in the Norwegian Sea,  north-west of the Møre coast, causing a very large tsunami in the North Atlantic Ocean. This collapse involved an estimated  length of coastal shelf, with a total volume of  of debris. This would be the equivalent volume to an area the size of Iceland covered to a depth of .

text: The three Storegga Slides are considered to be amongst the largest known

text: landslide

text: s. They occurred under water, at the edge of Norway's continental shelf (Storegga is

text: Norwegian

text: for "the Great Edge"), in the

text: Norwegian Sea

text: ,  north-west of the

text: Møre

text: coast, causing a very large

text: tsunami

text: in the

text: North Atlantic Ocean

text: . This collapse involved an estimated  length of coastal shelf, with a total volume of  of debris. This would be the equivalent volume to an area the size of

text: Iceland

text: covered to a depth of .

answers: NDQ_000702

answers: landslides

answers: NDQ_000704

answers: What caused the Storegga Slides?

answers: NDQ_000706

answers: North Atlantic Ocean

answers: NDQ_000707

answers: a landslide occurs

answers: NDQ_000710

answers: Norway's continental shelf to the surface

answers: NDQ_000715

answers: What would be the equivalent volume to an area the size of Iceland covered to a depth of

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: What is the opposite of crest?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What would be the equivalent volume to an area the size of Iceland covered to a depth of?

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: When the sun and moon are in a straight line.

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: magnitude of what?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Iceland covered an area the size of Iceland covered to a depth of.

answers: NDQ_000739

answers: under water

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: volume

answers: NDQ_000702

answers: landslides.

answers: NDQ_000704

answers: North Atlantic Ocean.

answers: NDQ_000706

answers: North Atlantic Ocean.

answers: NDQ_000707

answers: tsunami in the North Atlantic Ocean.

answers: NDQ_000710

answers: tsunami in the North Atlantic Ocean.

answers: NDQ_000715

answers: tsunami

answers: NDQ_000718

answers: length

answers: NDQ_000720

answers: tsunami in the North Atlantic Ocean.

answers: NDQ_000721

answers: The three Storegga Slides

answers: NDQ_000722

answers: M<unk>re coast,

answers: NDQ_000723

answers: tsunami in the North Atlantic Ocean.

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: The three Storegga Slides

answers: NDQ_000726

answers: tsunami in the North Atlantic Ocean.

answers: NDQ_000727

answers: The three Storegga Slides

answers: NDQ_000728

answers: tsunami in the North Atlantic Ocean.

answers: NDQ_000729

answers: North Atlantic Ocean.

answers: NDQ_000730

answers: tsunami in the North Atlantic Ocean.

answers: NDQ_000731

answers: The three Storegga Slides

answers: NDQ_000732

answers: North Atlantic Ocean.

answers: NDQ_000733

answers: North Atlantic Ocean.

answers: NDQ_000734

answers: landslides.

answers: NDQ_000735

answers: Norwegian Sea, north-west of the M<unk>re coast,

answers: NDQ_000736

answers: of.

answers: NDQ_000737

answers: North Atlantic Ocean.

answers: NDQ_000738

answers: Iceland covered to a depth of.

answers: NDQ_000739

answers: under water,

answers: NDQ_000740

answers: of.

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunami in the North Atlantic Ocean.

answers: NDQ_000743

answers: tsunami in the North Atlantic Ocean.

answers: NDQ_000744

answers: tsunami in the North Atlantic Ocean.

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: area the size of Iceland covered to a depth of.

text: The SLDMB is based on the Davis-style drifter design, which attempts to minimize the effects of wind and surface waves. This is accomplished by reducing the area above the ocean surface to small floats and an antenna.  Below the surface is a series of drogue vanes to 70 cm. (less than the 1 m Davis-style buoy) in depth, which catch the ocean current, along with electronic equipment that deploys the vanes and antenna, receives the GPS signal and transmits the location to the USCG.

text: The SLDMB is based on the Davis-style drifter design, which attempts to minimize the effects of wind and surface waves. This is accomplished by reducing the area above the ocean surface to small floats and an antenna.  Below the surface is a series of drogue vanes to 70 cm. (less than the 1 m Davis-style buoy) in depth, which catch the ocean current, along with electronic equipment that deploys the vanes and antenna, receives the GPS signal and transmits the location to the USCG.

answers: NDQ_000702

answers: ocean current

answers: NDQ_000704

answers: What does the Davis-style drifter design attempt to minimize?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: Davis-style drifter design attempts to minimize the effects of

answers: NDQ_000710

answers: Davis-style drifter

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the Davis-style drifter design based on?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: drogue vanes

answers: NDQ_000729

answers: What is the Davis-style drifter design?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does the Davis-style drifter design attempt to minimize?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean current

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Davis-style buoy

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the Davis-style drifter design is based on the Davis-style drifter design

answers: NDQ_000739

answers: below the surface

answers: NDQ_000740

answers: ocean current

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean current

answers: NDQ_000746

answers: 1 m

answers: NDQ_000702

answers: ocean current,

answers: NDQ_000704

answers: ocean current,

answers: NDQ_000706

answers: surface waves. This is accomplished by reducing the area above the ocean surface

answers: NDQ_000707

answers: wind

answers: NDQ_000710

answers: ocean current,

answers: NDQ_000715

answers: surface waves.

answers: NDQ_000718

answers: waves.

answers: NDQ_000720

answers: surface waves.

answers: NDQ_000721

answers: wind and surface waves.

answers: NDQ_000722

answers: drogue vanes

answers: NDQ_000723

answers: waves.

answers: NDQ_000724

answers: wind and surface waves.

answers: NDQ_000725

answers: ocean current,

answers: NDQ_000726

answers: wind and surface waves.

answers: NDQ_000727

answers: The SLDMB

answers: NDQ_000728

answers: The SLDMB

answers: NDQ_000729

answers: ocean current,

answers: NDQ_000730

answers: ocean current,

answers: NDQ_000731

answers: wind and surface waves.

answers: NDQ_000732

answers: drogue vanes

answers: NDQ_000733

answers: The SLDMB

answers: NDQ_000734

answers: ocean current,

answers: NDQ_000735

answers: The SLDMB

answers: NDQ_000736

answers: drogue vanes

answers: NDQ_000737

answers: ocean current,

answers: NDQ_000738

answers: 1 m Davis-style buoy)

answers: NDQ_000739

answers: ocean current,

answers: NDQ_000740

answers: current,

answers: NDQ_000741

answers: current,

answers: NDQ_000742

answers: The SLDMB

answers: NDQ_000743

answers: current,

answers: NDQ_000744

answers: ocean current,

answers: NDQ_000745

answers: current,

answers: NDQ_000746

answers: 1 m Davis-style buoy)

text: The personal is political, also termed The private is political, is a political argument used as a rallying slogan of student movement and second-wave feminism from the late 1960s. It underscored the connections between personal experience and larger social and political structures. In the context of the feminist movement of the 1960s and 1970s, it was a challenge to the nuclear family and family values. The phrase has been repeatedly described as a defining characterization of second-wave feminism, radical feminism, Women's Studies, or feminism in general. It differentiated the second-wave feminism of the 1960s and 1970s from the early feminism of the 1920s, which was concerned with achieving the right to vote for women.

text: The personal is political, also termed The private is political, is a political argument used as a rallying slogan of

text: student movement

text: and

text: second-wave feminism

text: from the late 1960s. It underscored the connections between personal experience and larger social and political structures. In the context of the feminist movement of the 1960s and 1970s, it was a challenge to the

text: nuclear family

text: and

text: family values

text: . The phrase has been repeatedly described as a defining characterization of second-wave feminism,

text: radical feminism

text: Women's Studies

text: , or feminism in general. It differentiated the second-wave feminism of the 1960s and 1970s from the early feminism of the 1920s, which was concerned with achieving the right to vote for women.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which of the following is not a political argument: The private is political, radical feminism, Women's Studies, or feminism in general?

answers: NDQ_000706

answers: shallower

answers: NDQ_000707

answers: The private is political

answers: NDQ_000710

answers: Upwelling is a type of what?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: private is political

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: sea

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: NDQ_000702

answers: The personal is political,

answers: NDQ_000704

answers: second-wave feminism from the late 1960s.

answers: NDQ_000706

answers: second-wave feminism from the late 1960s.

answers: NDQ_000707

answers: connections between personal experience and larger social and political structures.

answers: NDQ_000710

answers: connections between personal experience and larger social and political structures.

answers: NDQ_000715

answers: second-wave feminism from the late 1960s.

answers: NDQ_000718

answers: second-wave feminism from the late 1960s.

answers: NDQ_000720

answers: second-wave feminism from the late 1960s.

answers: NDQ_000721

answers: The personal is political,

answers: NDQ_000722

answers: second-wave feminism from the late 1960s.

answers: NDQ_000723

answers: second-wave feminism from the late 1960s.

answers: NDQ_000724

answers: second-wave feminism from the late 1960s.

answers: NDQ_000725

answers: second-wave feminism from the late 1960s.

answers: NDQ_000726

answers: second-wave feminism from the late 1960s.

answers: NDQ_000727

answers: second-wave feminism from the late 1960s.

answers: NDQ_000728

answers: second-wave feminism from the late 1960s.

answers: NDQ_000729

answers: second-wave feminism from the late 1960s.

answers: NDQ_000730

answers: second-wave feminism from the late 1960s.

answers: NDQ_000731

answers: second-wave feminism from the late 1960s.

answers: NDQ_000732

answers: second-wave feminism from the late 1960s.

answers: NDQ_000733

answers: 1960s.

answers: NDQ_000734

answers: The personal is political,

answers: NDQ_000735

answers: late 1960s.

answers: NDQ_000736

answers: The personal is political,

answers: NDQ_000737

answers: The personal is political,

answers: NDQ_000738

answers: nuclear family

answers: NDQ_000739

answers: second-wave feminism from the late 1960s.

answers: NDQ_000740

answers: late 1960s.

answers: NDQ_000741

answers: second-wave feminism from the late 1960s.

answers: NDQ_000742

answers: second-wave feminism from the late 1960s.

answers: NDQ_000743

answers: personal experience and larger social and political structures.

answers: NDQ_000744

answers: second-wave feminism from the late 1960s.

answers: NDQ_000745

answers: second-wave feminism from the late 1960s.

answers: NDQ_000746

answers: nuclear family

text: The Moon's orbit around the Earth is elliptical, which causes the Moon to be closer to the Earth and farther away at different times.  The Moon and the Sun are aligned every two weeks, which results in spring tides – tides that are 20% higher than normal.  During the period of the new moon, the Moon and Sun are on the same side of the Earth, so the high tides or bulges produced independently by each reinforce each other (and has nothing to do with the season called spring).  Tides of maximum height and depression produced during this period are known as spring tide.  Even higher than a normal spring tide are the perigean tides. Perigean spring tides can produce unusually intense flooding along the coastal regions. Low amplitude tides are known as neap tides.

text: The Moon's orbit around the Earth is elliptical, which causes the Moon to be closer to the Earth and farther away at different times.  The Moon and the Sun are aligned every two weeks, which results in spring tides – tides that are 20% higher than normal.  During the period of the

text: new moon

text: , the Moon and Sun are on the same side of the Earth, so the high tides or bulges produced independently by each reinforce each other (and has nothing to do with the season called spring).  Tides of maximum height and depression produced during this period are known as spring tide.  Even higher than a normal spring tide are the perigean tides. Perigean spring tides can produce unusually intense flooding along the coastal regions. Low amplitude tides are known as

text: neap tide

text: s.

answers: NDQ_000702

answers: The Moon and the Sun

answers: NDQ_000704

answers: Which of the following is not a type of tide: spring tides, neap tides or surface currents?

answers: NDQ_000706

answers: perigean

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: neap tides

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides cause water levels to rise and fall

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: 20%

answers: NDQ_000728

answers: neap tides

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth year

answers: NDQ_000734

answers: The Moon and the Sun

answers: NDQ_000735

answers: aligned

answers: NDQ_000736

answers: 20% higher than normal

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: low amplitude tides are known as neap tides

answers: NDQ_000739

answers: closer to the Earth

answers: NDQ_000740

answers: spring tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: new moon

answers: NDQ_000743

answers: NDQ_000744

answers: spring tide

answers: NDQ_000745

answers: spring tides

answers: NDQ_000746

answers: NDQ_000702

answers: The Moon and the Sun are aligned every two weeks,

answers: NDQ_000704

answers: neap tides.

answers: NDQ_000706

answers: perigean tides.

answers: NDQ_000707

answers: tides

answers: NDQ_000710

answers: Perigean spring tides can produce unusually intense flooding

answers: NDQ_000715

answers: neap tides.

answers: NDQ_000718

answers: neap tides.

answers: NDQ_000720

answers: spring tide.

answers: NDQ_000721

answers: Sun

answers: NDQ_000722

answers: neap tides.

answers: NDQ_000723

answers: neap tides.

answers: NDQ_000724

answers: The Moon's orbit around the Earth is elliptical,

answers: NDQ_000725

answers: neap tides.

answers: NDQ_000726

answers: neap tides.

answers: NDQ_000727

answers: spring tides

answers: NDQ_000728

answers: Perigean spring tides

answers: NDQ_000729

answers: The Moon's orbit around the Earth is elliptical,

answers: NDQ_000730

answers: The Moon and the Sun

answers: NDQ_000731

answers: The Moon and the Sun are aligned every two weeks,

answers: NDQ_000732

answers: neap tides.

answers: NDQ_000733

answers: spring tides

answers: NDQ_000734

answers: The Moon and the Sun are aligned every two weeks,

answers: NDQ_000735

answers: Low amplitude tides

answers: NDQ_000736

answers: 20% higher than normal.

answers: NDQ_000737

answers: spring tides

answers: NDQ_000738

answers: spring).

answers: NDQ_000739

answers: The Moon's orbit around the Earth is elliptical,

answers: NDQ_000740

answers: spring tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: spring tide.

answers: NDQ_000743

answers: The Moon's orbit around the Earth is elliptical,

answers: NDQ_000744

answers: spring tide.

answers: NDQ_000745

answers: spring tides

answers: NDQ_000746

answers: elliptical,

text: Initially the Blob was reported as being  wide and  deep. It expanded and reached the size  long,  wide and  deep, in the month of June 2014 when the term "The Blob" was coined. The Blob now hugs the coast of North America from Mexico to Alaska and beyond, over a stretch of  and more, and has formed three distinct patches, the first, off the coast of Canada, Washington, Oregon, and California, a region known to oceanographers as the Coastal Upwelling Domain; the second off Alaska and in the Bering Sea; and the third and smallest, off Southern California and Mexico.

text: Initially the Blob was reported as being  wide and  deep. It expanded and reached the size  long,  wide and  deep, in the month of June 2014 when the term "The Blob" was coined. The Blob now hugs the coast of North America from Mexico to Alaska and beyond, over a stretch of  and more, and has formed three distinct patches, the first, off the coast of Canada, Washington, Oregon, and California, a region known to oceanographers as the

text: Coastal Upwelling Domain

text: ; the second off Alaska and in the Bering Sea; and the third and smallest, off Southern California and

text: Mexico

answers: NDQ_000702

answers: Upwelling Domain

answers: NDQ_000704

answers: Which of the following is not a type of surface current: Coastal Upwelling Domain, Bering Sea, or Alaska?

answers: NDQ_000706

answers: Coastal Upwelling Domain

answers: NDQ_000707

answers: it is made of water

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many distinct patches does The Blob hugs the coast of North America from Mexico to Alaska and beyond?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: oceanic upwelling

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Coastal Upwelling Domain

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: Alaska and in the Bering Sea

answers: NDQ_000739

answers: off the coast

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: Coastal Upwelling

answers: NDQ_000704

answers: Coastal Upwelling Domain;

answers: NDQ_000706

answers: Coastal Upwelling Domain;

answers: NDQ_000707

answers: Coastal Upwelling

answers: NDQ_000710

answers: Coastal Upwelling Domain;

answers: NDQ_000715

answers: wide and deep. It expanded and reached the size long, wide and deep,

answers: NDQ_000718

answers: wide and deep.

answers: NDQ_000720

answers: Coastal Upwelling Domain;

answers: NDQ_000721

answers: Coastal Upwelling

answers: NDQ_000722

answers: wide and deep.

answers: NDQ_000723

answers: Coastal Upwelling Domain;

answers: NDQ_000724

answers: oceanographers as the Coastal Upwelling Domain;

answers: NDQ_000725

answers: Coastal Upwelling Domain;

answers: NDQ_000726

answers: Coastal Upwelling Domain;

answers: NDQ_000727

answers: Coastal Upwelling Domain;

answers: NDQ_000728

answers: Coastal Upwelling Domain;

answers: NDQ_000729

answers: North America

answers: NDQ_000730

answers: Coastal Upwelling Domain;

answers: NDQ_000731

answers: Coastal Upwelling Domain;

answers: NDQ_000732

answers: Coastal Upwelling Domain;

answers: NDQ_000733

answers: North America

answers: NDQ_000734

answers: Coastal Upwelling

answers: NDQ_000735

answers: Coastal Upwelling Domain;

answers: NDQ_000736

answers: Coastal Upwelling Domain;

answers: NDQ_000737

answers: Coastal Upwelling Domain;

answers: NDQ_000738

answers: wide and deep.

answers: NDQ_000739

answers: deep.

answers: NDQ_000740

answers: Coastal Upwelling

answers: NDQ_000741

answers: Upwelling

answers: NDQ_000742

answers: Coastal Upwelling Domain;

answers: NDQ_000743

answers: Coastal Upwelling

answers: NDQ_000744

answers: Coastal Upwelling

answers: NDQ_000745

answers: Upwelling

answers: NDQ_000746

answers: wide and deep.

text: Gobius ateriformis is a species of goby native to the Atlantic Ocean along the coast of Cape Verde where it occurs in tide pools to a depth of about .  This species can reach a length of  TL.

text: Gobius ateriformis is a species of

text: goby

text: native to the

text: Atlantic Ocean

text: along the

text: coast

text: of

text: Cape Verde

text: where it occurs in

text: tide pools

text: to a depth of about .  This species can reach a length of

text: TL

answers: NDQ_000702

answers: Atlantic Ocean

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: tide pools

answers: NDQ_000707

answers: the water is too cold.

answers: NDQ_000710

answers: Gobius ateriformis closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: (iii).

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: It is impossible to say

answers: NDQ_000727

answers: (iv)

answers: NDQ_000728

answers: The answer: high water.

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: It is not possible to tell

answers: NDQ_000731

answers: When the sun and moon are in a straight line?

answers: NDQ_000732

answers: Which of the following is not a type of goby?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Upwelling is a natural process in the ocean.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: tide pools

answers: NDQ_000741

answers: tide pools

answers: NDQ_000742

answers: NDQ_000743

answers: is an example of

answers: NDQ_000744

answers: NDQ_000745

answers: tide pools

answers: NDQ_000746

answers: TL

answers: NDQ_000702

answers: Atlantic Ocean

answers: NDQ_000704

answers: tide pools

answers: NDQ_000706

answers: tide pools

answers: NDQ_000707

answers: tide pools

answers: NDQ_000710

answers: tide pools

answers: NDQ_000715

answers: Gobius ateriformis

answers: NDQ_000718

answers: TL.

answers: NDQ_000720

answers: Atlantic Ocean

answers: NDQ_000721

answers: tide pools

answers: NDQ_000722

answers: tide pools

answers: NDQ_000723

answers: tide pools

answers: NDQ_000724

answers: tide pools

answers: NDQ_000725

answers: tide pools

answers: NDQ_000726

answers: Atlantic Ocean

answers: NDQ_000727

answers: tide pools

answers: NDQ_000728

answers: Gobius ateriformis

answers: NDQ_000729

answers: Gobius ateriformis

answers: NDQ_000730

answers: tide pools

answers: NDQ_000731

answers: Gobius ateriformis

answers: NDQ_000732

answers: Gobius ateriformis

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: tide pools

answers: NDQ_000736

answers: tide pools to a depth of about.

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: tide pools

answers: NDQ_000739

answers: tide pools

answers: NDQ_000740

answers: tide pools

answers: NDQ_000741

answers: tide pools

answers: NDQ_000742

answers: tide

answers: NDQ_000743

answers: tide pools

answers: NDQ_000744

answers: tide pools

answers: NDQ_000745

answers: tide pools

answers: NDQ_000746

answers: TL.

text: There is only limited movement of water between the lakes and sea through a narrow channel at The Entrance, and hence tides in the main body of the lakes are negligible. On occasions, this channel has slowly silted up with sand and the lakes have been completely cut off from the Pacific Ocean until a large flood scours out the channel again. It has been suggested that there was once a second entrance on the Budgewoi Peninsula, and although there is little evidence of this being the case since European settlement, occasionally waves do wash over the dunes into Budgewoi Lake during spring tides.

text: There is only limited movement of water between the lakes and sea through a narrow

text: channel

text: at

text: The Entrance

text: , and hence

text: tide

text: s in the main body of the lakes are negligible. On occasions, this channel has slowly

text: silt

text: ed up with

text: sand

text: and the lakes have been completely cut off from the

text: Pacific Ocean

text: until a large

text: flood

text: scours out the channel again. It has been suggested that there was once a second entrance on the Budgewoi Peninsula, and although there is little evidence of this being the case since

text: Europe

text: an

text: settlement

text: , occasionally

text: waves

text: do wash over the

text: dune

text: s into Budgewoi Lake during

text: spring tides

answers: NDQ_000702

answers: limited movement of water

answers: NDQ_000704

answers: What is the opposite of negligible?

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: it is made of water

answers: NDQ_000710

answers: water from the ocean

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: what is the second entrance on the Budgewoi Peninsula

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: NDQ_000734

answers: movement of water

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: waves wash over the dunes

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tides in the main body of the lakes are negligible

answers: NDQ_000739

answers: sand

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: movement of water

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: limited movement of water

answers: NDQ_000704

answers: negligible.

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: spring tides.

answers: NDQ_000710

answers: spring tides.

answers: NDQ_000715

answers: spring tides.

answers: NDQ_000718

answers: waves do wash over the dunes into Budgewoi Lake

answers: NDQ_000720

answers: spring tides.

answers: NDQ_000721

answers: spring tides.

answers: NDQ_000722

answers: tides in the main body of the lakes are negligible.

answers: NDQ_000723

answers: spring tides.

answers: NDQ_000724

answers: waves do wash over the dunes into Budgewoi Lake

answers: NDQ_000725

answers: spring tides.

answers: NDQ_000726

answers: waves do wash over the dunes into Budgewoi Lake

answers: NDQ_000727

answers: spring tides.

answers: NDQ_000728

answers: a large flood

answers: NDQ_000729

answers: tides

answers: NDQ_000730

answers: spring tides.

answers: NDQ_000731

answers: spring tides.

answers: NDQ_000732

answers: spring tides.

answers: NDQ_000733

answers: spring tides.

answers: NDQ_000734

answers: a large flood

answers: NDQ_000735

answers: spring tides.

answers: NDQ_000736

answers: occasionally waves do wash over the dunes into Budgewoi Lake

answers: NDQ_000737

answers: Pacific Ocean

answers: NDQ_000738

answers: tides in the main body of the lakes are negligible.

answers: NDQ_000739

answers: spring tides.

answers: NDQ_000740

answers: tides in the main body of the lakes are negligible.

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: spring tides.

answers: NDQ_000743

answers: water

answers: NDQ_000744

answers: spring tides.

answers: NDQ_000745

answers: tides in the main body of the lakes are negligible.

answers: NDQ_000746

answers: water between the lakes and sea through a narrow channel at The Entrance,

text: In Puerto Rico and elsewhere in Latin America, the Tide formula is marketed under the name Ace (except in Ecuador and Panama, where it is sold under the same Tide brand as is in current use in the U.S.) In Turkey, Tide is branded as Alo. In Poland it is sold as Vizir.

text: In

text: Puerto Rico

text: and elsewhere in

text: Latin America

text: , the Tide formula is marketed under the name Ace (except in

text: Ecuador

text: and

text: Panama

text: , where it is sold under the same Tide brand as is in current use in the U.S.) In

text: Turkey

text: , Tide is branded as Alo. In

text: Poland

text: it is sold as Vizir.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Which of the following is not a brand name: Alo or Tide?

answers: NDQ_000706

answers: Puerto Rico

answers: NDQ_000707

answers: Tide is marketed under the same brand as is in current use in the U.S.

answers: NDQ_000710

answers: Tide to Puerto Rico

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Tide

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many countries are mentioned?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Tide

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Alo brand

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Tide formula is marketed under the name Ace

answers: NDQ_000739

answers: Alo

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: NDQ_000745

answers: evaporation

answers: NDQ_000746

answers: NDQ_000702

answers: Tide formula

answers: NDQ_000704

answers: Ace

answers: NDQ_000706

answers: Puerto Rico and elsewhere in Latin America,

answers: NDQ_000707

answers: Ace

answers: NDQ_000710

answers: Ace

answers: NDQ_000715

answers: Ace

answers: NDQ_000718

answers: Ace

answers: NDQ_000720

answers: Ace

answers: NDQ_000721

answers: Ace

answers: NDQ_000722

answers: Ace

answers: NDQ_000723

answers: Ace

answers: NDQ_000724

answers: Ace

answers: NDQ_000725

answers: Ace

answers: NDQ_000726

answers: Ace

answers: NDQ_000727

answers: Ace

answers: NDQ_000728

answers: Ace

answers: NDQ_000729

answers: Ace

answers: NDQ_000730

answers: Ace

answers: NDQ_000731

answers: Ace

answers: NDQ_000732

answers: Ace

answers: NDQ_000733

answers: Ace

answers: NDQ_000734

answers: Tide

answers: NDQ_000735

answers: Ace

answers: NDQ_000736

answers: Ace

answers: NDQ_000737

answers: In Puerto Rico and elsewhere in Latin America,

answers: NDQ_000738

answers: Ace

answers: NDQ_000739

answers: Ace

answers: NDQ_000740

answers: Ace

answers: NDQ_000741

answers: In Puerto Rico

answers: NDQ_000742

answers: Tide

answers: NDQ_000743

answers: Ace

answers: NDQ_000744

answers: Tide

answers: NDQ_000745

answers: Ace

answers: NDQ_000746

answers: Ace

text: It has generally been accepted that tectonic plates are able to move because of the relative density of oceanic lithosphere and the relative weakness of the asthenosphere. Dissipation of heat from the mantle is acknowledged to be the original source of the energy required to drive plate tectonics through convection or large scale upwelling and doming. The current view, though still a matter of some debate, asserts that as a consequence, a powerful source of plate motion is generated due to the excess density of the oceanic lithosphere sinking in subduction zones. When the new crust forms at mid-ocean ridges, this oceanic lithosphere is initially less dense than the underlying asthenosphere, but it becomes denser with age as it conductively cools and thickens. The greater density of old lithosphere relative to the underlying asthenosphere allows it to sink into the deep mantle at subduction zones, providing most of the driving force for plate movement. The weakness of the asthenosphere allows the tectonic plates to move easily towards a subduction zone. Although subduction is thought to be the strongest force driving plate motions, it cannot be the only force since there are plates such as the North American Plate which are moving, yet are nowhere being subducted. The same is true for the enormous Eurasian Plate. The sources of plate motion are a matter of intensive research and discussion among scientists. One of the main points is that the kinematic pattern of the movement itself should be separated clearly from the possible geodynamic mechanism that is invoked as the driving force of the observed movement, as some patterns may be explained by more than one mechanism. In short, the driving forces advocated at the moment can be divided into three categories based on the relationship to the movement: mantle dynamics related, gravity related (mostly secondary forces).

text: It has generally been accepted that tectonic plates are able to move because of the relative density of oceanic lithosphere and the relative weakness of the asthenosphere.

text: Dissipation of heat from the mantle

text: is acknowledged to be the original source of the energy required to drive plate tectonics through convection or large scale upwelling and doming. The current view, though still a matter of some debate, asserts that as a consequence, a powerful source of plate motion is generated due to the excess density of the oceanic lithosphere sinking in subduction zones. When the new crust forms at mid-ocean ridges, this oceanic lithosphere is initially less dense than the underlying asthenosphere, but it becomes denser with age as it conductively cools and thickens. The greater

text: density

text: of old lithosphere relative to the underlying asthenosphere allows it to sink into the deep mantle at subduction zones, providing most of the driving force for plate movement. The weakness of the asthenosphere allows the tectonic plates to move easily towards a subduction zone. Although subduction is thought to be the strongest force driving plate motions, it cannot be the only force since there are plates such as the North American Plate which are moving, yet are nowhere being subducted. The same is true for the enormous

text: Eurasian Plate

text: . The sources of plate motion are a matter of intensive research and discussion among scientists. One of the main points is that the kinematic pattern of the movement itself should be separated clearly from the possible geodynamic mechanism that is invoked as the driving force of the observed movement, as some patterns may be explained by more than one mechanism. In short, the driving forces advocated at the moment can be divided into three categories based on the relationship to the movement: mantle dynamics related, gravity related (mostly secondary forces).

answers: NDQ_000702

answers: Dissipation of heat

answers: NDQ_000704

answers: Which of the following is not a driving force: mantle dynamics related, gravity related (mostly secondary forces)?

answers: NDQ_000706

answers: subduction zones

answers: NDQ_000707

answers: Gravity is a secondary force

answers: NDQ_000710

answers: heat from the mantle

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: the asthenosphere

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: large scale upwelling and doming

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: density of old lithosphere

answers: NDQ_000737

answers: subduction zone

answers: NDQ_000738

answers: large scale upwelling and doming

answers: NDQ_000739

answers: unanswerable

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Dissipation

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: relative density

answers: NDQ_000702

answers: subduction

answers: NDQ_000704

answers: tectonic plates to move easily towards a subduction zone.

answers: NDQ_000706

answers: subduction zones,

answers: NDQ_000707

answers: geodynamic mechanism

answers: NDQ_000710

answers: the tectonic plates to move easily towards a subduction zone.

answers: NDQ_000715

answers: geodynamic mechanism

answers: NDQ_000718

answers: geodynamic mechanism

answers: NDQ_000720

answers: subduction zone.

answers: NDQ_000721

answers: subduction

answers: NDQ_000722

answers: subduction zone.

answers: NDQ_000723

answers: subduction

answers: NDQ_000724

answers: subduction

answers: NDQ_000725

answers: tectonic plates to move easily towards a subduction zone.

answers: NDQ_000726

answers: heat

answers: NDQ_000727

answers: geodynamic mechanism

answers: NDQ_000728

answers: subduction zone.

answers: NDQ_000729

answers: asthenosphere

answers: NDQ_000730

answers: gravity related (mostly secondary forces).

answers: NDQ_000731

answers: tectonic plates to move easily towards a subduction zone.

answers: NDQ_000732

answers: tectonic plates to move easily towards a subduction zone.

answers: NDQ_000733

answers: mantle dynamics related, gravity related

answers: NDQ_000734

answers: subduction zone.

answers: NDQ_000735

answers: subduction zone.

answers: NDQ_000736

answers: subduction zone.

answers: NDQ_000737

answers: asthenosphere

answers: NDQ_000738

answers: subduction zone.

answers: NDQ_000739

answers: age

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: upwelling and doming.

answers: NDQ_000742

answers: geodynamic mechanism

answers: NDQ_000743

answers: Dissipation of heat

answers: NDQ_000744

answers: upwelling and doming.

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: relative density

text: Therefore, were a cannon, aimed directly at a target to the north, to fire a ball, that ball would strike slightly to the east (right) of the target, thanks to the Earth's rotation. But, if the cannon were fired to the east there would be no deflection, as both cannon and target would move the same distance in the same direction. Riccioli said that the best of cannoneers could fire a ball right into the mouth of an enemy's cannon; if this deflection effect existed in northward shots they would have detected it. Riccioli argued that the absence of this effect indicated that the Earth does not rotate. He was correct in his reasoning in that the effect he describes actually does occur. It is known today as the Coriolis effect after the nineteenth-century physicist Gaspard-Gustave Coriolis (1792–1843). However, the rightward deflection actually occurs regardless of the direction the cannon is pointed (a much more developed understanding of physics than what was available in Riccioli's time is required to explain this), and so cannoneers would not notice any differences based on direction.

text: Therefore, were a cannon, aimed directly at a target to the north, to fire a ball, that ball would strike slightly to the east (right) of the target, thanks to the Earth's rotation. But, if the cannon were fired to the east there would be no deflection, as both cannon and target would move the same distance in the same direction. Riccioli said that the best of cannoneers could fire a ball right into the mouth of an enemy's cannon; if this deflection effect existed in northward shots they would have detected it. Riccioli argued that the absence of this effect indicated that the Earth does not rotate. He was correct in his reasoning in that the effect he describes actually does occur. It is known today as the

text: Coriolis effect

text: after the nineteenth-century physicist

text: Gaspard-Gustave Coriolis

text: (1792–1843). However, the rightward deflection actually occurs regardless of the direction the cannon is pointed (a much more developed understanding of physics than what was available in Riccioli's time is required to explain this), and so cannoneers would not notice any differences based on direction.

answers: NDQ_000702

answers: Earth's rotation

answers: NDQ_000704

answers: are caused by what?

answers: NDQ_000706

answers: rightward

answers: NDQ_000707

answers: Coriolis is a force

answers: NDQ_000710

answers: Coriolis effect?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: Why is the water shallow?

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds?

answers: NDQ_000725

answers: How many times a day does the Earth rotate?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: the Earth's rotation

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not the name of Gaspard-Gustave Coriolis?

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Earth's rotation

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Earth does not rotate

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: ocean current

answers: NDQ_000742

answers: NDQ_000743

answers: What is the Coriolis effect?

answers: NDQ_000744

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: NDQ_000702

answers: Earth's rotation.

answers: NDQ_000704

answers: Coriolis effect

answers: NDQ_000706

answers: Coriolis effect

answers: NDQ_000707

answers: Earth's rotation.

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: Coriolis effect

answers: NDQ_000718

answers: Coriolis effect

answers: NDQ_000720

answers: Coriolis effect

answers: NDQ_000721

answers: Earth's rotation.

answers: NDQ_000722

answers: Coriolis effect

answers: NDQ_000723

answers: Coriolis effect

answers: NDQ_000724

answers: the Earth does not rotate.

answers: NDQ_000725

answers: Coriolis effect

answers: NDQ_000726

answers: Coriolis effect

answers: NDQ_000727

answers: Earth's rotation.

answers: NDQ_000728

answers: Coriolis effect

answers: NDQ_000729

answers: that ball would strike slightly to the east (right) of the target,

answers: NDQ_000730

answers: Earth's rotation.

answers: NDQ_000731

answers: Coriolis effect

answers: NDQ_000732

answers: Coriolis effect

answers: NDQ_000733

answers: Earth's

answers: NDQ_000734

answers: Earth's rotation.

answers: NDQ_000735

answers: Coriolis effect

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: Coriolis effect

answers: NDQ_000738

answers: the Earth does not rotate.

answers: NDQ_000739

answers: Coriolis effect

answers: NDQ_000740

answers: Earth's rotation.

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: physics

answers: NDQ_000744

answers: Coriolis effect

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: Coriolis effect

text: Portions of Thailand's southern coast were evacuated as a precaution, and NOAA advised an evacuation of  of coastline in Sumatra. Evacuations occurred in the northern Malaysian states of Penang and Kedah, as well as the eastern coast of Sri Lanka, where ten people were killed in the confusion of the evacuation. Many of the southern states of India were put on high alert; all of these areas had seen significant damage from December's tsunami. After the detection of a minor tsunami south of the epicenter, including a 30 cm tsunami on Australia's Cocos Islands, the island states of Mauritius, Madagascar, and the Seychelles in the Indian Ocean issued warnings to their populations. Although tsunami warning systems for the region had been actively discussed before the December 2004 earthquake, none had yet been implemented in the Indian Ocean.

text: Portions of Thailand's southern coast were evacuated as a precaution, and NOAA advised an evacuation of  of coastline in Sumatra. Evacuations occurred in the northern

text: Malaysia

text: n states of

text: Penang

text: and

text: Kedah

text: , as well as the eastern coast of

text: Sri Lanka

text: , where ten people were killed in the confusion of the evacuation. Many of the southern states of

text: India

text: were put on high alert; all of these areas had seen significant damage from December's tsunami. After the detection of a minor tsunami south of the epicenter, including a 30 cm tsunami on Australia's

text: Cocos Islands

text: , the island states of

text: Mauritius

text: Madagascar

text: , and the

text: Seychelles

text: in the Indian Ocean issued warnings to their populations. Although

text: tsunami warning system

text: s for the region had been actively discussed before the December 2004 earthquake, none had yet been implemented in the Indian Ocean.

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: What caused the tsunami on Australia's Cocos Islands?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a tsunami is caused by an earthquake

answers: NDQ_000710

answers: tsunami warning systems for the region

answers: NDQ_000715

answers: How many people were killed in the confusion of the evacuation

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or tsunami?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many people died in the confusion of the evacuation?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: tsunami warning systems

answers: NDQ_000729

answers: How is the Coriolis effect caused?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: how many people were killed in the confusion of the evacuation

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Indian Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: none had yet been implemented in the Indian Ocean.

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: NOAA

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 30 cm

answers: NDQ_000702

answers: earthquake,

answers: NDQ_000704

answers: Indian Ocean

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: tsunami. After the detection of a minor tsunami

answers: NDQ_000710

answers: minor tsunami

answers: NDQ_000715

answers: 30 cm

answers: NDQ_000718

answers: 30 cm

answers: NDQ_000720

answers: tsunami.

answers: NDQ_000721

answers: NOAA advised an evacuation of of coastline in Sumatra.

answers: NDQ_000722

answers: NOAA advised an evacuation of of coastline in Sumatra.

answers: NDQ_000723

answers: tsunami.

answers: NDQ_000724

answers: tsunami.

answers: NDQ_000725

answers: none had yet been implemented in the Indian Ocean.

answers: NDQ_000726

answers: tsunami.

answers: NDQ_000727

answers: NOAA advised an evacuation of of coastline in Sumatra.

answers: NDQ_000728

answers: none had yet been implemented in the Indian Ocean.

answers: NDQ_000729

answers: NOAA advised an evacuation of of coastline in Sumatra.

answers: NDQ_000730

answers: NOAA advised an evacuation of of coastline in Sumatra.

answers: NDQ_000731

answers: NOAA advised an evacuation of of coastline in Sumatra.

answers: NDQ_000732

answers: none had yet been implemented in the Indian Ocean.

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquake,

answers: NDQ_000735

answers: NOAA advised an evacuation of of coastline in Sumatra.

answers: NDQ_000736

answers: 30 cm tsunami on Australia's Cocos Islands,

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: none had yet been implemented in the Indian Ocean.

answers: NDQ_000739

answers: none had yet been implemented in the Indian Ocean.

answers: NDQ_000740

answers: 30 cm

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: NOAA advised an evacuation of of coastline in Sumatra.

answers: NDQ_000743

answers: tsunami.

answers: NDQ_000744

answers: NOAA advised an evacuation of of coastline in Sumatra.

answers: NDQ_000745

answers: tsunami.

answers: NDQ_000746

answers: 30 cm

text: In the Tanjung Pinang city, the low tide reach or the mud flat part was built with stilts and were mosquito and rat infested. Above these mud flat reaches, narrow piers or pelantars were built at higher elevations and the old city of Tanjung expanded with a maze of streets and alleys. The old pier with the name Pelantar II thrives as the fish market. The town has a large population of the Chinese, whose presence is seen around three Buddhist Pagodas with the 'Citiya Bodhi Sasana' overlooking the ocean at the end of Pelantar II pier.

text: In the Tanjung Pinang city, the low tide reach or the mud flat part was built with stilts and were mosquito and rat infested. Above these mud flat reaches, narrow piers or pelantars were built at higher elevations and the old city of Tanjung expanded with a maze of streets and alleys. The old pier with the name Pelantar II thrives as the fish market. The town has a large population of the Chinese, whose presence is seen around three

text: Buddhist

text: Pagodas

text: with the 'Citiya Bodhi Sasana' overlooking the ocean at the end of Pelantar II pier.

answers: NDQ_000702

answers: the ocean

answers: NDQ_000704

answers: Which of the following is not a type of surface current: low tide, mud flat, or pelantars?

answers: NDQ_000706

answers: low tide reach

answers: NDQ_000707

answers: the tide is too low.

answers: NDQ_000710

answers: fish to the market

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: What is the name of the old pier with the name Pelantar II?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What is the name of the old pier with the name Pelantar II?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: low tide reach

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The old pier with the name Pelantar II thrives as the fish market

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: low tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: low tide

answers: NDQ_000706

answers: Tanjung Pinang

answers: NDQ_000707

answers: tide

answers: NDQ_000710

answers: fish market.

answers: NDQ_000715

answers: higher elevations

answers: NDQ_000718

answers: Tanjung Pinang

answers: NDQ_000720

answers: In the Tanjung Pinang

answers: NDQ_000721

answers: In the Tanjung Pinang

answers: NDQ_000722

answers: mosquito and rat infested.

answers: NDQ_000723

answers: Tanjung Pinang

answers: NDQ_000724

answers: ocean

answers: NDQ_000725

answers: Tanjung Pinang

answers: NDQ_000726

answers: In the Tanjung Pinang

answers: NDQ_000727

answers: Tanjung Pinang

answers: NDQ_000728

answers: Tanjung Pinang

answers: NDQ_000729

answers: In the Tanjung Pinang

answers: NDQ_000730

answers: In the Tanjung Pinang

answers: NDQ_000731

answers: Tanjung Pinang

answers: NDQ_000732

answers: Chinese, whose presence is seen around three Buddhist Pagodas

answers: NDQ_000733

answers: Tanjung Pinang

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: low tide

answers: NDQ_000736

answers: low tide reach or the mud flat part was built with stilts

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: mosquito and rat infested.

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: 'Citiya Bodhi Sasana'

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: In the Tanjung Pinang

text: Cook Strait has tidal flows amongst the strongest in the world, even though it has a smaller tidal range than most places in New Zealand. This is because the main M2 lunar tide component which circulates anti-clockwise around New Zealand is out of phase at each end of the strait. On the Pacific Ocean side the high tide occurs five hours before it occurs at the Tasman Sea side. On one side is high tide and on the other is low tide. The difference in sea level can drive tidal currents up to 2.5 metres per second (5 knots) across Cook Strait as well as into the Tory Channel. An unusual complication is that although there are two spring tides a month on the north side, the south side has only one spring tide a month, as shown in the plot

text: Cook Strait

text: has tidal flows amongst the strongest in the world, even though it has a smaller tidal range than most places in New Zealand. This is because the main M2 lunar tide component which circulates anti-clockwise around New Zealand is out of phase at each end of the strait. On the Pacific Ocean side the high tide occurs five hours before it occurs at the Tasman Sea side. On one side is high tide and on the other is low tide. The difference in sea level can drive tidal currents up to 2.5 metres per second (5 knots) across Cook Strait as well as into the Tory Channel. An unusual complication is that although there are two spring tides a month on the north side, the south side has only one spring tide a month, as shown in the plot

answers: NDQ_000702

answers: M2 lunar tide component

answers: NDQ_000704

answers: What can drive tidal currents?

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: high tide is coming

answers: NDQ_000710

answers: tidal flows

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: Tasman Sea

answers: NDQ_000723

answers: On one side is high tide and on the other is low tide

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many hours before it occurs at the Tasman Sea side

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: The difference in sea level

answers: NDQ_000728

answers: 5 knots

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: difference in sea level

answers: NDQ_000735

answers: out of phase

answers: NDQ_000736

answers: high tide occur five hours before it occurs

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the south side has only one spring tide a month

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: high tide

answers: NDQ_000741

answers: Tidal

answers: NDQ_000742

answers: spring tide

answers: NDQ_000743

answers: NDQ_000744

answers: spring tide

answers: NDQ_000745

answers: Tidal flows

answers: NDQ_000746

answers: M2 lunar tide component

answers: NDQ_000702

answers: M2 lunar tide component

answers: NDQ_000704

answers: tidal currents up to 2.5 metres per second (5 knots)

answers: NDQ_000706

answers: Cook Strait

answers: NDQ_000707

answers: The difference in sea level

answers: NDQ_000710

answers: tidal currents

answers: NDQ_000715

answers: 2.5 metres per second

answers: NDQ_000718

answers: 2.5 metres per second

answers: NDQ_000720

answers: tidal flows amongst the strongest in the world,

answers: NDQ_000721

answers: lunar tide component

answers: NDQ_000722

answers: low tide.

answers: NDQ_000723

answers: On one side is high tide and on the other is low tide.

answers: NDQ_000724

answers: tidal flows

answers: NDQ_000725

answers: five hours

answers: NDQ_000726

answers: tidal flows

answers: NDQ_000727

answers: The difference in sea level

answers: NDQ_000728

answers: tidal currents up to 2.5 metres per second (5 knots)

answers: NDQ_000729

answers: anti-clockwise

answers: NDQ_000730

answers: one spring tide a month,

answers: NDQ_000731

answers: one spring tide a month,

answers: NDQ_000732

answers: anti-clockwise

answers: NDQ_000733

answers: two spring tides a month

answers: NDQ_000734

answers: The difference in sea level

answers: NDQ_000735

answers: out of phase

answers: NDQ_000736

answers: one spring tide a month,

answers: NDQ_000737

answers: Pacific Ocean

answers: NDQ_000738

answers: one spring tide a month,

answers: NDQ_000739

answers: high tide and on the other is low tide. The difference in sea level

answers: NDQ_000740

answers: The difference in sea level can drive tidal currents

answers: NDQ_000741

answers: tidal currents

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: tidal currents up to 2.5 metres per second

answers: NDQ_000744

answers: lunar tide

answers: NDQ_000745

answers: tidal currents

answers: NDQ_000746

answers: 2.5 metres per second

text: The Drake Passage () or Mar de Hoces—Sea of Hoces—is the body of water between South America's Cape Horn and the South Shetland Islands of Antarctica. It connects the southwestern part of the Atlantic Ocean (Scotia Sea) with the southeastern part of the Pacific Ocean and extends into the Southern Ocean.

text: The Drake Passage () or Mar de Hoces—Sea of

text: Hoces

text: —is the body of water between

text: South America

text: 's

text: Cape Horn

text: and the

text: South Shetland Islands

text: of

text: Antarctica

text: . It connects the southwestern part of the

text: Atlantic Ocean

text: Scotia Sea

text: ) with the southeastern part of the

text: Pacific Ocean

text: and extends into the

text: Southern Ocean

answers: NDQ_000702

answers: Drake Passage

answers: NDQ_000704

answers: Which of the following is not a feature of the Drake Passage?

answers: NDQ_000706

answers: Southern Ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: Drake Passage

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: How long is the Drake Passage?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices are true

answers: NDQ_000725

answers: How would you describe the Drake Passage?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: The Drake Passage

answers: NDQ_000728

answers: The Drake Passage

answers: NDQ_000729

answers: What is the Drake Passage?

answers: NDQ_000730

answers: None of the above choices are true

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: the Drake Passage is between South America's Cape Horn and the South Shetland Islands of Antarctica

answers: NDQ_000739

answers: Antarctica

answers: NDQ_000740

answers: NDQ_000741

answers: Sea of Hoces

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: The Drake Passage

answers: NDQ_000746

answers: NDQ_000702

answers: Drake Passage

answers: NDQ_000704

answers: Atlantic Ocean

answers: NDQ_000706

answers: Southern Ocean.

answers: NDQ_000707

answers: The Drake Passage

answers: NDQ_000710

answers: The Drake Passage

answers: NDQ_000715

answers: The Drake Passage

answers: NDQ_000718

answers: South Shetland Islands of Antarctica.

answers: NDQ_000720

answers: The Drake Passage

answers: NDQ_000721

answers: The Drake Passage

answers: NDQ_000722

answers: The Drake Passage

answers: NDQ_000723

answers: The Drake Passage

answers: NDQ_000724

answers: The Drake Passage

answers: NDQ_000725

answers: The Drake Passage

answers: NDQ_000726

answers: The Drake Passage

answers: NDQ_000727

answers: The Drake Passage

answers: NDQ_000728

answers: The Drake Passage

answers: NDQ_000729

answers: South Shetland Islands of Antarctica.

answers: NDQ_000730

answers: The Drake Passage

answers: NDQ_000731

answers: The Drake Passage

answers: NDQ_000732

answers: The Drake Passage

answers: NDQ_000733

answers: The Drake Passage

answers: NDQ_000734

answers: The Drake Passage

answers: NDQ_000735

answers: The Drake Passage

answers: NDQ_000736

answers: The Drake Passage

answers: NDQ_000737

answers: body of water

answers: NDQ_000738

answers: The Drake Passage

answers: NDQ_000739

answers: Antarctica.

answers: NDQ_000740

answers: southeastern part of the Pacific Ocean and extends into the Southern Ocean.

answers: NDQ_000741

answers: The Drake Passage

answers: NDQ_000742

answers: The Drake Passage

answers: NDQ_000743

answers: The Drake Passage

answers: NDQ_000744

answers: The Drake Passage

answers: NDQ_000745

answers: The Drake Passage

answers: NDQ_000746

answers: The Drake Passage

text: The dynamic theory of tides describes and predicts the actual real behavior of ocean tides.

text: The dynamic theory of tides describes and predicts the actual real behavior of ocean tides.

answers: NDQ_000702

answers: ocean tides

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: ocean tides are too strong

answers: NDQ_000710

answers: ocean water closer to shore.

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: What does the dynamic theory of tides explain?

answers: NDQ_000726

answers: It is not possible to tell.

answers: NDQ_000727

answers: what is the difference between high and low tides?

answers: NDQ_000728

answers: The answer: high water moving fast across the ocean

answers: NDQ_000729

answers: Which of the following is not the cause of the Coriolis effect?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: How do spring tides differ from summer tides?

answers: NDQ_000732

answers: What does the Coriolis effect cause?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: dynamic theory of tides

answers: NDQ_000737

answers: ocean tide

answers: NDQ_000738

answers: The dynamic theory of tides predicts the actual real behavior of ocean tides.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: can be predicted

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: can not be predicted

answers: NDQ_000743

answers: is an example of

answers: NDQ_000744

answers: can not be predicted

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: ocean tides.

answers: NDQ_000704

answers: ocean tides.

answers: NDQ_000706

answers: tides.

answers: NDQ_000707

answers: tides.

answers: NDQ_000710

answers: ocean tides.

answers: NDQ_000715

answers: The dynamic theory of tides

answers: NDQ_000718

answers: The dynamic theory of tides

answers: NDQ_000720

answers: The dynamic theory of tides

answers: NDQ_000721

answers: The dynamic theory of tides

answers: NDQ_000722

answers: The dynamic theory of tides

answers: NDQ_000723

answers: The dynamic theory of tides

answers: NDQ_000724

answers: The dynamic theory of tides

answers: NDQ_000725

answers: The dynamic theory of tides

answers: NDQ_000726

answers: The dynamic theory of tides

answers: NDQ_000727

answers: The dynamic theory of tides

answers: NDQ_000728

answers: The dynamic theory of tides

answers: NDQ_000729

answers: The dynamic theory of tides

answers: NDQ_000730

answers: The dynamic theory of tides

answers: NDQ_000731

answers: The dynamic theory of tides

answers: NDQ_000732

answers: The dynamic theory of tides

answers: NDQ_000733

answers: ocean tides.

answers: NDQ_000734

answers: ocean tides.

answers: NDQ_000735

answers: The dynamic theory of tides

answers: NDQ_000736

answers: The dynamic theory of tides

answers: NDQ_000737

answers: ocean tides.

answers: NDQ_000738

answers: The dynamic theory of tides

answers: NDQ_000739

answers: The dynamic theory of tides

answers: NDQ_000740

answers: tides.

answers: NDQ_000741

answers: tides.

answers: NDQ_000742

answers: tides.

answers: NDQ_000743

answers: The dynamic theory of tides

answers: NDQ_000744

answers: tides.

answers: NDQ_000745

answers: tides describes and predicts the actual real behavior of ocean tides.

answers: NDQ_000746

answers: The dynamic theory of tides

text: The Antarctic plate's movement is estimated to be at least  per year towards the Atlantic Ocean.

text: The Antarctic plate's movement is estimated to be at least  per year towards the

text: Atlantic Ocean

answers: NDQ_000702

answers: movement of the Antarctic plate

answers: NDQ_000704

answers: are caused by the movement of plates

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: a plate is moving

answers: NDQ_000710

answers: ice to the ocean surface

answers: NDQ_000715

answers: Its lowest point is its lowest point.

answers: NDQ_000718

answers: None of the above choices.

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It is cold.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What would happen if the Antarctic plate moved towards the Atlantic Ocean?

answers: NDQ_000726

answers: None of the above choices.

answers: NDQ_000727

answers: what is the answer?

answers: NDQ_000728

answers: The answer: the Antarctic plate.

answers: NDQ_000729

answers: Which of the following is not the cause of the Coriolis effect?

answers: NDQ_000730

answers: None of the above choices.

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: Which of the following is not a type of ocean current?

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: movement of plates

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean closer to shore.

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The Atlantic Ocean does not have upwelling.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: can not be determined

answers: NDQ_000741

answers: ocean current

answers: NDQ_000742

answers: cant be used to describe tides

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: can not be determined

answers: NDQ_000745

answers: is not the same as

answers: NDQ_000746

answers: NDQ_000702

answers: The Antarctic plate's movement

answers: NDQ_000704

answers: Atlantic Ocean.

answers: NDQ_000706

answers: Atlantic Ocean.

answers: NDQ_000707

answers: The Antarctic plate's

answers: NDQ_000710

answers: The Antarctic plate's

answers: NDQ_000715

answers: The Antarctic plate's movement is estimated to be at least per year

answers: NDQ_000718

answers: The Antarctic plate's

answers: NDQ_000720

answers: The Antarctic plate's

answers: NDQ_000721

answers: The Antarctic plate's

answers: NDQ_000722

answers: The Antarctic plate's

answers: NDQ_000723

answers: Atlantic Ocean.

answers: NDQ_000724

answers: The Antarctic plate's

answers: NDQ_000725

answers: The Antarctic plate's movement is estimated to be at least per year

answers: NDQ_000726

answers: The Antarctic plate's

answers: NDQ_000727

answers: The Antarctic plate's

answers: NDQ_000728

answers: The Antarctic plate's

answers: NDQ_000729

answers: The Antarctic plate's

answers: NDQ_000730

answers: The Antarctic plate's

answers: NDQ_000731

answers: The Antarctic plate's

answers: NDQ_000732

answers: The Antarctic plate's

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: The Antarctic plate's movement

answers: NDQ_000735

answers: The Antarctic plate's movement is estimated to be at least per year

answers: NDQ_000736

answers: Atlantic Ocean.

answers: NDQ_000737

answers: Atlantic Ocean.

answers: NDQ_000738

answers: The Antarctic plate's

answers: NDQ_000739

answers: The Antarctic plate's

answers: NDQ_000740

answers: The Antarctic plate's movement is estimated to be at least per year

answers: NDQ_000741

answers: The Antarctic plate's

answers: NDQ_000742

answers: Atlantic Ocean.

answers: NDQ_000743

answers: The Antarctic plate's movement is estimated to be at least per year

answers: NDQ_000744

answers: Atlantic Ocean.

answers: NDQ_000745

answers: The Antarctic plate's

answers: NDQ_000746

answers: year

text: Leupung -- also spelled "Leupueng", is a town in the district (Kabupaten/Kota) of Aceh Besar, close to the city of Banda Aceh, the capital of the special territory of Aceh, Indonesia, on the island of Sumatra. Leupung is located at 5'31" North latitude and 95'15" East longitude at an elevation of 33 m. The population in 2004 was approximately 10,000; the town has been completely obliterated by the tsunami resulting from the 2004 Indian Ocean earthquake, being one of the towns closest to the earthquake's epicenter.

text: Leupung -- also spelled "Leupueng", is a town in the district (

entity_name: List of regencies and cities of Indonesia

text: Kabupaten

text: Kota

text: ) of

text: Aceh Besar

text: , close to the city of

text: Banda Aceh

text: , the capital of the special territory of

text: Aceh

text: Indonesia

text: , on the island of

text: Sumatra

text: . Leupung is located at 5'31" North latitude and 95'15" East longitude at an elevation of 33 m. The population in 2004 was approximately 10,000; the town has been completely obliterated by the

text: tsunami

text: resulting from the

text: 2004 Indian Ocean earthquake

text: , being one of the towns closest to the earthquake's

text: epicenter

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: Are there any other interesting aspects about this article?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: Leupung's population

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many miles is Leupung located?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Sumatra

answers: NDQ_000734

answers: Indian Ocean

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Leupung's elevation at 33 m.

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The population in 2004 was approximately 10,000

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: NDQ_000741

answers: Indian Ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 33 m

answers: NDQ_000702

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000704

answers: Indian Ocean

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000710

answers: 10,000;

answers: NDQ_000715

answers: 33 m.

answers: NDQ_000718

answers: 95'15" East longitude

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: tsunami resulting from the 2004 Indian Ocean earthquake,

answers: NDQ_000722

answers: tsunami

answers: NDQ_000723

answers: 10,000;

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: 10,000;

answers: NDQ_000726

answers: tsunami resulting from the 2004 Indian Ocean earthquake,

answers: NDQ_000727

answers: Leupung

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake,

answers: NDQ_000729

answers: 95'15" East longitude

answers: NDQ_000730

answers: 95'15" East longitude

answers: NDQ_000731

answers: 95'15" East longitude

answers: NDQ_000732

answers: 95'15" East longitude

answers: NDQ_000733

answers: 10,000;

answers: NDQ_000734

answers: Indian Ocean earthquake,

answers: NDQ_000735

answers: 5'31" North latitude and 95'15" East longitude

answers: NDQ_000736

answers: 5'31" North latitude and 95'15" East longitude

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: 10,000;

answers: NDQ_000739

answers: Indian Ocean earthquake,

answers: NDQ_000740

answers: 5'31" North latitude and 95'15" East longitude

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: Leupung

answers: NDQ_000743

answers: tsunami resulting from the 2004 Indian Ocean earthquake,

answers: NDQ_000744

answers: Leupung

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 33 m.

text: Waves are disturbances that carry energy as they move. Mechanical waves propagate through a medium – air or water, making it oscillate as they pass by. Wind waves are sea surface waves that create the characteristic chaotic pattern of any large body of water, though their statistical behaviour can be predicted with wind wave models. As waves in water or wind pass over sand, they create patterns of ripples. When winds blow over large bodies of sand, they create dunes, sometimes in extensive dune fields as in the Taklamakan desert. Dunes may form a range of patterns including crescents, very long straight lines, stars, domes, parabolas, and longitudinal or Seif ('sword') shapes.

text: Wave

text: s are disturbances that carry energy as they move.

text: Mechanical wave

text: s propagate through a medium – air or water, making it

text: oscillate

text: as they pass by.

text: Wind wave

text: s are sea

text: surface wave

text: s that create the characteristic chaotic pattern of any large body of water, though their statistical behaviour can be predicted with wind wave models. As waves in water or wind pass over sand, they create patterns of ripples. When winds blow over large bodies of sand, they create

text: dune

text: s, sometimes in extensive dune fields as in the

text: Taklamakan

text: desert. Dunes may form a range of patterns including crescents, very long straight lines, stars, domes, parabolas, and longitudinal or Seif ('sword') shapes.

answers: NDQ_000702

answers: Waves

answers: NDQ_000704

answers: are waves that carry energy as they move

answers: NDQ_000706

answers: sea surface waves

answers: NDQ_000707

answers: it passes over sand

answers: NDQ_000710

answers: water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None of the above choices

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not a type of wave?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: None of the above choices

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: mechanical waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: dune fields

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: wind waves can be predicted with wind wave models

answers: NDQ_000739

answers: surrounded by waves

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Wind waves

answers: NDQ_000742

answers: NDQ_000743

answers: wave propagation

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: wind waves

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: Waves

answers: NDQ_000704

answers: Wind waves

answers: NDQ_000706

answers: Wind waves

answers: NDQ_000707

answers: energy

answers: NDQ_000710

answers: ripples.

answers: NDQ_000715

answers: Mechanical waves

answers: NDQ_000718

answers: Waves

answers: NDQ_000720

answers: Wind waves

answers: NDQ_000721

answers: Waves

answers: NDQ_000722

answers: ripples.

answers: NDQ_000723

answers: Wind waves

answers: NDQ_000724

answers: Wind waves

answers: NDQ_000725

answers: Waves

answers: NDQ_000726

answers: Wind waves

answers: NDQ_000727

answers: Waves

answers: NDQ_000728

answers: Wind waves

answers: NDQ_000729

answers: Mechanical waves

answers: NDQ_000730

answers: Waves

answers: NDQ_000731

answers: crescents, very long straight lines,

answers: NDQ_000732

answers: Wind waves

answers: NDQ_000733

answers: sea surface waves

answers: NDQ_000734

answers: Waves

answers: NDQ_000735

answers: Waves

answers: NDQ_000736

answers: ripples.

answers: NDQ_000737

answers: Wind waves are sea surface waves

answers: NDQ_000738

answers: wind wave models.

answers: NDQ_000739

answers: wind pass over sand,

answers: NDQ_000740

answers: oscillate as they pass by.

answers: NDQ_000741

answers: Wind waves

answers: NDQ_000742

answers: ripples.

answers: NDQ_000743

answers: Mechanical waves propagate through a medium – air or water,

answers: NDQ_000744

answers: ripples.

answers: NDQ_000745

answers: Wind waves

answers: NDQ_000746

answers: Waves

text: Evidence-based medicine is a contemporary movement to establish the most effective algorithms of practice (ways of doing things) through the use of systematic reviews and meta-analysis. The movement is facilitated by modern global information science, which allows as much of the available evidence as possible to be collected and analyzed according to standard protocols that are then disseminated to healthcare providers. The Cochrane Collaboration leads this movement. A 2001 review of 160 Cochrane systematic reviews revealed that, according to two readers, 21.3% of the reviews concluded insufficient evidence, 20% concluded evidence of no effect, and 22.5% concluded positive effect.

text: Evidence-based medicine is a contemporary movement to establish the most effective

text: algorithms

text: of practice (ways of doing things) through the use of

text: systematic review

text: s and

text: meta-analysis

text: . The movement is facilitated by modern global

text: information science

text: , which allows as much of the available evidence as possible to be collected and analyzed according to standard protocols that are then disseminated to healthcare providers. The

text: Cochrane Collaboration

text: leads this movement. A 2001 review of 160 Cochrane systematic reviews revealed that, according to two readers, 21.3% of the reviews concluded insufficient evidence, 20% concluded evidence of no effect, and 22.5% concluded positive effect.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which of the following is not a type of evidence-based medicine?

answers: NDQ_000706

answers: shallower waters

answers: NDQ_000707

answers: a wave is too strong

answers: NDQ_000710

answers: Evidence-based medicine?

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: 22.5%

answers: NDQ_000721

answers: no effect

answers: NDQ_000722

answers: 20.3%

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves: winds or waves?

answers: NDQ_000725

answers: How many readers concluded insufficient evidence?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: 22.5% concluded positive effect

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: evidence of no effect

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: 22.5% concluded positive effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no effect

answers: NDQ_000741

answers: ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Evidence-based medicine

answers: NDQ_000704

answers: Evidence-based medicine

answers: NDQ_000706

answers: reviews and meta-analysis.

answers: NDQ_000707

answers: insufficient evidence,

answers: NDQ_000710

answers: Evidence-based medicine

answers: NDQ_000715

answers: 22.5%

answers: NDQ_000718

answers: Evidence-based medicine

answers: NDQ_000720

answers: Evidence-based medicine

answers: NDQ_000721

answers: 22.5%

answers: NDQ_000722

answers: Evidence-based medicine

answers: NDQ_000723

answers: Evidence-based medicine

answers: NDQ_000724

answers: 22.5%

answers: NDQ_000725

answers: Evidence-based medicine

answers: NDQ_000726

answers: Evidence-based medicine

answers: NDQ_000727

answers: Evidence-based medicine

answers: NDQ_000728

answers: Evidence-based medicine

answers: NDQ_000729

answers: 22.5%

answers: NDQ_000730

answers: Evidence-based medicine

answers: NDQ_000731

answers: 22.5%

answers: NDQ_000732

answers: 22.5%

answers: NDQ_000733

answers: 22.5%

answers: NDQ_000734

answers: Evidence-based medicine

answers: NDQ_000735

answers: Evidence-based medicine

answers: NDQ_000736

answers: 22.5% concluded positive effect.

answers: NDQ_000737

answers: Evidence-based medicine

answers: NDQ_000738

answers: no effect,

answers: NDQ_000739

answers: Evidence-based medicine

answers: NDQ_000740

answers: Evidence-based medicine

answers: NDQ_000741

answers: Evidence-based medicine

answers: NDQ_000742

answers: Evidence-based medicine

answers: NDQ_000743

answers: Evidence-based medicine

answers: NDQ_000744

answers: Evidence-based medicine

answers: NDQ_000745

answers: Evidence-based medicine

answers: NDQ_000746

answers: 22.5%

text: Wave pools replicate the movement of the ocean one of two ways, depending on the size of the pool and the size of wave desired. In small wave pools, pressurized air is blown onto the surface of the water, or a paddle creates force in the water, creating small ripple-like waves.  Other techniques utilize an "accordion mechanism" which opens and closes in order to suck water into its belly (opening) and push it out (closing) to cause waves.  However, in high-volume wave pools, , large amount of water is quickly allowed into the far end of the pool, forcing the water to even out, generating a sizeable wave. In these large wave pools, the excess water is removed by being channeled through a return canal where it can be used again to generate another wave.

text: Wave pools replicate the movement of the ocean one of two ways, depending on the size of the pool and the size of wave desired. In small wave pools,

text: pressurized

text: air

text: is blown onto the surface of the water, or a

text: paddle

text: creates force in the water, creating small

text: ripple

text: -like waves.  Other techniques utilize an "accordion mechanism" which opens and closes in order to suck water into its belly (opening) and push it out (closing) to cause waves.  However, in high-volume wave pools, , large amount of water is quickly allowed into the far end of the pool, forcing the water to even out, generating a sizeable wave. In these large wave pools, the excess water is removed by being channeled through a return canal where it can be used again to generate another wave.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: Which of the following is not a type of wave pool: small wave pools, high-volume wave pools, or a paddle?

answers: NDQ_000706

answers: high-volume wave pools

answers: NDQ_000707

answers: water is pushed out of the pool

answers: NDQ_000710

answers: water to the surface of the ocean

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high-volume wave pools

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: ocean movement

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: high-volume wave pools

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: large amount of water is quickly allowed into the far end of the pool

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Wave pools

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Wave pools replicate the movement of the ocean

answers: NDQ_000746

answers: volume

answers: NDQ_000702

answers: Wave pools replicate the movement of the ocean

answers: NDQ_000704

answers: Wave pools

answers: NDQ_000706

answers: high-volume wave pools,,

answers: NDQ_000707

answers: force in the water,

answers: NDQ_000710

answers: waves.

answers: NDQ_000715

answers: Wave pools

answers: NDQ_000718

answers: Wave pools

answers: NDQ_000720

answers: high-volume wave pools,,

answers: NDQ_000721

answers: Wave pools replicate the movement of the ocean

answers: NDQ_000722

answers: small wave pools,

answers: NDQ_000723

answers: Wave pools

answers: NDQ_000724

answers: pressurized air

answers: NDQ_000725

answers: Wave pools

answers: NDQ_000726

answers: air

answers: NDQ_000727

answers: Wave pools

answers: NDQ_000728

answers: high-volume wave pools,,

answers: NDQ_000729

answers: Wave pools

answers: NDQ_000730

answers: Wave pools

answers: NDQ_000731

answers: Wave pools

answers: NDQ_000732

answers: Wave pools

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: the ocean

answers: NDQ_000735

answers: Wave pools replicate the movement of the ocean

answers: NDQ_000736

answers: small ripple-like waves.

answers: NDQ_000737

answers: Wave pools

answers: NDQ_000738

answers: Wave pools

answers: NDQ_000739

answers: Wave pools

answers: NDQ_000740

answers: Wave pools

answers: NDQ_000741

answers: waves.

answers: NDQ_000742

answers: Wave pools

answers: NDQ_000743

answers: force

answers: NDQ_000744

answers: Wave pools

answers: NDQ_000745

answers: Wave pools

answers: NDQ_000746

answers: high-volume

text: A Pacific-wide tsunami warning was not issued by the Pacific Tsunami Warning Center, although the organization pointed out the possibility of local tsunamis within  of the epicentre, roughly the area between La Serena and Concepción. Half an hour after the earthquake, the Hydrographic and Oceanographic Service of the Chilean Navy (Servicio Hidrográfico y Oceanográfico de la Armada, SHOA) issued a tsunami warning for the area between Coquimbo and Los Lagos regions, as a way of "keeping people protected" against the possible occurrence of new tsunamis. President Piñera urged coastal residents to move to higher ground in case of a tsunami. Following the tsunami alert, thousands of residents of central Pichilemu fled to La Cruz Hill, with some of them staying them for several days, and received advice from members of the Army. People from the village of Cáhuil stayed at Cordón. The tsunami warning emitted by SHOA was lifted that same day at around .

text: A

text: Pacific

text: -wide

text: tsunami

text: warning was not issued by the

text: Pacific Tsunami Warning Center

text: , although the organization pointed out the possibility of local tsunamis within  of the

text: epicentre

text: , roughly the area between

text: La Serena

text: and

text: Concepción

text: . Half an hour after the earthquake, the

entity_name: Hydrographic and Oceanographic Service of the Chilean Navy

text: Hydrographic and Oceanographic Service

text: of the

text: Chilean Navy

text: (Servicio Hidrográfico y Oceanográfico de la Armada, SHOA) issued a tsunami warning for the area between Coquimbo and Los Lagos regions, as a way of "keeping people protected" against the possible occurrence of new tsunamis. President Piñera urged coastal residents to move to higher ground in case of a tsunami. Following the

text: tsunami alert

text: , thousands of residents of central Pichilemu fled to

text: La Cruz Hill

text: , with some of them staying them for several days, and received advice from members of the Army. People from the village of

text: Cáhuil

text: stayed at Cordón. The tsunami warning emitted by SHOA was lifted that same day at around .

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: What caused the tsunami warning emitted by SHOA?

answers: NDQ_000706

answers: the area between Coquimbo and Los Lagos regions

answers: NDQ_000707

answers: a tsunami is triggered by an earthquake

answers: NDQ_000710

answers: Tsunami warning

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: How long is a tsunami?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many days did the tsunami warning emitted by SHOA last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: tsunami warning

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does SHOA stand for?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Pacific-wide tsunami warning

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tsunami warning was not issued by the Pacific Tsunami Warning Center

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Tsunami

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: earthquake,

answers: NDQ_000704

answers: tsunamis within of the epicentre,

answers: NDQ_000706

answers: the area between La Serena and Concepción.

answers: NDQ_000707

answers: earthquake,

answers: NDQ_000710

answers: local tsunamis

answers: NDQ_000715

answers: around.

answers: NDQ_000718

answers: Concepción.

answers: NDQ_000720

answers: tsunami warning was not issued by the Pacific Tsunami Warning Center,

answers: NDQ_000721

answers: Pacific Tsunami Warning Center,

answers: NDQ_000722

answers: coastal residents to move to higher ground

answers: NDQ_000723

answers: local tsunamis within of the epicentre,

answers: NDQ_000724

answers: tsunamis within of the epicentre,

answers: NDQ_000725

answers: The tsunami warning

answers: NDQ_000726

answers: around.

answers: NDQ_000727

answers: tsunami warning was not issued by the Pacific Tsunami Warning Center,

answers: NDQ_000728

answers: local tsunamis within of the epicentre,

answers: NDQ_000729

answers: the area between La Serena and Concepción.

answers: NDQ_000730

answers: the area between La Serena and Concepción.

answers: NDQ_000731

answers: Concepción.

answers: NDQ_000732

answers: the area between La Serena and Concepción.

answers: NDQ_000733

answers: Chilean Navy

answers: NDQ_000734

answers: earthquake,

answers: NDQ_000735

answers: Concepción.

answers: NDQ_000736

answers: the area between La Serena and Concepción.

answers: NDQ_000737

answers: Pacific-wide tsunami warning

answers: NDQ_000738

answers: Pacific-wide tsunami warning

answers: NDQ_000739

answers: local tsunamis within of the epicentre,

answers: NDQ_000740

answers: around.

answers: NDQ_000741

answers: tsunamis

answers: NDQ_000742

answers: La Serena and Concepción.

answers: NDQ_000743

answers: tsunamis within of the epicentre,

answers: NDQ_000744

answers: A Pacific-wide tsunami warning

answers: NDQ_000745

answers: tsunamis.

answers: NDQ_000746

answers: around.

text: The Kelvin–Helmholtz instability (KHI) is an application of hydrodynamic stability that can be seen in nature. It occurs when there are two fluids flowing at different velocities. The difference in velocity of the fluids causes a shear velocity at the interface of the two layers. The shear velocity of one fluid moving induces a shear stress on the other which, if greater than the restraining surface tension, then results in an instability along the interface between them. This motion causes the appearance of a series of overturning ocean waves, a characteristic of the Kelvin–Helmholtz instability. Indeed, the apparent ocean wave-like nature is an example of vortex formation, which are formed when a fluid is rotating about some axis, and is often associated with this phenomenon.

text: The

text: Kelvin–Helmholtz instability

text: (KHI) is an application of hydrodynamic stability that can be seen in nature. It occurs when there are two fluids flowing at different velocities. The difference in velocity of the fluids causes a

text: shear velocity

text: at the

text: interface

text: of the two layers. The shear velocity of one fluid moving induces a

text: shear stress

text: on the other which, if greater than the restraining

text: surface tension

text: , then results in an instability along the interface between them. This motion causes the appearance of a series of overturning ocean waves, a characteristic of the Kelvin–Helmholtz instability. Indeed, the apparent ocean wave-like nature is an example of

text: vortex

text: formation, which are formed when a fluid is rotating about some axis, and is often associated with this phenomenon.

answers: NDQ_000702

answers: Kelvin–Helmholtz instability

answers: NDQ_000704

answers: What is a characteristic of the Kelvin–Helmholtz instability?

answers: NDQ_000706

answers: Kelvin–Helmholtz instability

answers: NDQ_000707

answers: shear stress is greater than surface tension

answers: NDQ_000710

answers: ocean waves

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: no

answers: NDQ_000723

answers: Which is not a characteristic of the Kelvin–Helmholtz instability?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: overturning ocean waves

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: overturning ocean waves

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: Kelvin–Helmholtz instability

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Kelvin–Helmholtz instability

answers: NDQ_000739

answers: shear

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: ocean waves

answers: NDQ_000742

answers: NDQ_000743

answers: vortex formation

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: shear velocity at the interface of the two layers

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Kelvin–Helmholtz instability

answers: NDQ_000704

answers: surface tension,

answers: NDQ_000706

answers: overturning ocean waves,

answers: NDQ_000707

answers: shear stress

answers: NDQ_000710

answers: ocean waves,

answers: NDQ_000715

answers: waves,

answers: NDQ_000718

answers: ocean waves,

answers: NDQ_000720

answers: overturning ocean waves,

answers: NDQ_000721

answers: ocean waves,

answers: NDQ_000722

answers: overturning ocean waves,

answers: NDQ_000723

answers: ocean waves,

answers: NDQ_000724

answers: ocean waves,

answers: NDQ_000725

answers: ocean waves,

answers: NDQ_000726

answers: ocean waves,

answers: NDQ_000727

answers: The Kelvin–Helmholtz instability

answers: NDQ_000728

answers: a series of overturning ocean waves,

answers: NDQ_000729

answers: a fluid is rotating about some axis,

answers: NDQ_000730

answers: ocean waves,

answers: NDQ_000731

answers: The Kelvin–Helmholtz instability

answers: NDQ_000732

answers: overturning ocean waves,

answers: NDQ_000733

answers: ocean waves,

answers: NDQ_000734

answers: ocean waves,

answers: NDQ_000735

answers: The Kelvin–Helmholtz instability

answers: NDQ_000736

answers: ocean waves,

answers: NDQ_000737

answers: ocean waves,

answers: NDQ_000738

answers: The Kelvin–Helmholtz instability

answers: NDQ_000739

answers: two fluids flowing at different velocities.

answers: NDQ_000740

answers: The Kelvin–Helmholtz instability

answers: NDQ_000741

answers: waves,

answers: NDQ_000742

answers: ocean waves,

answers: NDQ_000743

answers: shear stress

answers: NDQ_000744

answers: ocean waves,

answers: NDQ_000745

answers: ocean waves,

answers: NDQ_000746

answers: The Kelvin–Helmholtz instability

text: Besides coastal exploration, Portuguese also made trips off in the ocean to gather meteorological and oceanographic information (in these were discovered the archipelagos of Madeira and the Azores, and Sargasso Sea). The knowledge of wind patterns and currents – the trade winds and the oceanic gyres in the Atlantic, and the determination of latitude led to the discovery of the best ocean route back from Africa: crossing the Central Atlantic to the latitude of the Azores, using the permanent favorable winds and currents that spin clockwise in the Northern Hemisphere because of atmospheric circulation and the effect of Coriolis, facilitating the way to Lisbon and thus enabling the Portuguese venturing increasingly farther from shore, the maneuver that became known as "Volta do mar". In 1565, the application of this principle in the Pacific Ocean led the Spanish discovering the Manila Galleon trade route.

text: Besides coastal exploration, Portuguese also made trips off in the ocean to gather

text: meteorological

text: and

text: oceanographic

text: information (in these were discovered the archipelagos of Madeira and the Azores, and

text: Sargasso Sea

text: ). The knowledge of

text: wind

text: patterns and

text: currents

text: – the

text: trade winds

text: and the

text: oceanic gyre

text: s in the Atlantic, and the determination of latitude led to the discovery of the best ocean route back from Africa: crossing the Central Atlantic to the latitude of the Azores, using the permanent favorable winds and currents that spin clockwise in the Northern Hemisphere because of

text: atmospheric circulation

text: and the effect of

text: Coriolis

text: , facilitating the way to Lisbon and thus enabling the Portuguese venturing increasingly farther from shore, the maneuver that became known as "

text: Volta do mar

text: ". In 1565, the application of this principle in the Pacific Ocean led the Spanish discovering the

text: Manila Galleon

text: trade route.

answers: NDQ_000702

answers: atmospheric circulation

answers: NDQ_000704

answers: Which of the following is not a type of current: trade winds or oceanic gyres?

answers: NDQ_000706

answers: Atlantic

answers: NDQ_000707

answers: atmospheric circulation and the effect of Coriolis

answers: NDQ_000710

answers: oceanic gyres

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many days did it take for the Spanish to discover the Manila Galleon trade route

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: Coriolis

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: atmospheric circulation

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: trade winds

answers: NDQ_000738

answers: the effect of Coriolis

answers: NDQ_000739

answers: farther from shore

answers: NDQ_000740

answers: Coriolis

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Coriolis

answers: NDQ_000743

answers: Coriolis

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: Volta

answers: NDQ_000702

answers: atmospheric circulation

answers: NDQ_000704

answers: trade winds and the oceanic gyres

answers: NDQ_000706

answers: oceanic gyres

answers: NDQ_000707

answers: Coriolis,

answers: NDQ_000710

answers: Coriolis,

answers: NDQ_000715

answers: oceanographic information

answers: NDQ_000718

answers: Coriolis,

answers: NDQ_000720

answers: the trade winds and the oceanic gyres

answers: NDQ_000721

answers: winds and currents that spin clockwise in the Northern Hemisphere

answers: NDQ_000722

answers: shore,

answers: NDQ_000723

answers: ocean to gather meteorological and oceanographic information

answers: NDQ_000724

answers: wind patterns and currents

answers: NDQ_000725

answers: Coriolis,

answers: NDQ_000726

answers: wind patterns and currents

answers: NDQ_000727

answers: meteorological and oceanographic information

answers: NDQ_000728

answers: wind patterns and currents

answers: NDQ_000729

answers: clockwise

answers: NDQ_000730

answers: Coriolis,

answers: NDQ_000731

answers: Coriolis,

answers: NDQ_000732

answers: clockwise

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: atmospheric circulation

answers: NDQ_000735

answers: clockwise in the Northern Hemisphere

answers: NDQ_000736

answers: Coriolis,

answers: NDQ_000737

answers: trade winds and the oceanic gyres

answers: NDQ_000738

answers: clockwise in the Northern Hemisphere

answers: NDQ_000739

answers: farther from shore,

answers: NDQ_000740

answers: currents

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Coriolis,

answers: NDQ_000743

answers: Coriolis,

answers: NDQ_000744

answers: "Volta do mar".

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: meteorological and oceanographic information

text: Marine battle planners had expected the normal rising tide to provide a water depth of 5 feet over the reef, allowing their four-foot draft Higgins boats room to spare. However, on this day and the next, the ocean experienced a neap tide, and failed to rise. In the words of some observers, "the ocean just sat there", leaving a mean depth of three feet over the reef. Unfortunately, the task force commander had rejected advice from a New Zealand liaison officer with experience of the island that the tide would be unsuitable on the day of the landing.

text: Marine battle planners had expected the normal rising tide to provide a water depth of 5 feet over the reef, allowing their four-foot draft Higgins boats room to spare. However, on this day and the next, the ocean experienced a

text: neap tide

text: , and failed to rise. In the words of some observers, "the ocean just sat there", leaving a mean depth of three feet over the reef. Unfortunately, the task force commander had rejected advice from a New Zealand liaison officer with experience of the island that the tide would be unsuitable on the day of the landing.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: What caused the neap tide?

answers: NDQ_000706

answers: over the reef

answers: NDQ_000707

answers: the tide is too low.

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: How many feet was the mean depth over the reef?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: What is the cause of Coriolis effect?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: how many feet over the reef

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite orbits

answers: NDQ_000736

answers: normal rising tide

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the ocean just sat there

answers: NDQ_000739

answers: a rising tide

answers: NDQ_000740

answers: normal rising tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: normal rising tide

answers: NDQ_000745

answers: rising tide

answers: NDQ_000746

answers: mean depth

answers: NDQ_000702

answers: the ocean

answers: NDQ_000704

answers: neap tide,

answers: NDQ_000706

answers: neap tide,

answers: NDQ_000707

answers: neap tide,

answers: NDQ_000710

answers: rising tide

answers: NDQ_000715

answers: 5 feet

answers: NDQ_000718

answers: 5 feet

answers: NDQ_000720

answers: neap tide,

answers: NDQ_000721

answers: rising tide

answers: NDQ_000722

answers: three feet

answers: NDQ_000723

answers: neap tide,

answers: NDQ_000724

answers: tide

answers: NDQ_000725

answers: rising tide

answers: NDQ_000726

answers: tide

answers: NDQ_000727

answers: neap tide,

answers: NDQ_000728

answers: neap tide,

answers: NDQ_000729

answers: neap tide,

answers: NDQ_000730

answers: rising tide

answers: NDQ_000731

answers: neap tide,

answers: NDQ_000732

answers: neap tide,

answers: NDQ_000733

answers: rising tide

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: neap tide,

answers: NDQ_000736

answers: neap tide,

answers: NDQ_000737

answers: ocean experienced a neap tide,

answers: NDQ_000738

answers: "the ocean just sat there",

answers: NDQ_000739

answers: neap tide,

answers: NDQ_000740

answers: rising tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: neap tide,

answers: NDQ_000744

answers: neap tide,

answers: NDQ_000745

answers: rising tide

answers: NDQ_000746

answers: four-foot

text: The existence of Earth's free nutation was predicted by Isaac Newton in Corollaries 20 to 22 of Proposition 66, Book 1 of the Philosophiæ Naturalis Principia Mathematica, and by Leonhard Euler in 1765 as part of his studies of the dynamics of rotating bodies. Based on the known ellipticity of the Earth, Euler predicted that it would have a period of 305 days. Several astronomers searched for motions with this period, but none was found. Chandler's contribution was to look for motions at any possible period; once the Chandler wobble was observed, the difference between its period and the one predicted by Euler was explained by  Simon Newcomb as being caused by the non-rigidity of the Earth. The full explanation for the period also involves the fluid nature of the Earth's core and oceans—the wobble, in fact, produces a very small ocean tide with an amplitude of approximately , called a "pole tide", which is the only tide not caused by an extraterrestrial body. Despite the small amplitude, the gravitational effect of the pole tide is easily detected by the superconducting gravimeter.

text: The existence of Earth's free nutation was predicted by

text: Isaac Newton

text: in Corollaries 20 to 22 of Proposition 66, Book 1 of the

entity_name: Philosophiæ Naturalis Principia Mathematica

text: Philosophiæ Naturalis Principia Mathematica

text: , and by

text: Leonhard Euler

text: in 1765 as part of his studies of the dynamics of rotating bodies. Based on the known

text: ellipticity

text: of the Earth, Euler predicted that it would have a period of 305 days. Several astronomers searched for motions with this period, but none was found. Chandler's contribution was to look for motions at any possible period; once the Chandler wobble was observed, the difference between its period and the one predicted by Euler was explained by

text: Simon Newcomb

text: as being caused by the non-rigidity of the Earth. The full explanation for the period also involves the fluid nature of the Earth's core and oceans—the wobble, in fact, produces a very small ocean

text: tide

text: with an amplitude of approximately , called a "pole tide", which is the only tide not caused by an extraterrestrial body. Despite the small amplitude, the gravitational effect of the pole tide is easily detected by the

text: superconducting gravimeter

answers: NDQ_000702

answers: the wobble

answers: NDQ_000704

answers: are caused by the fluid nature of the Earth's core and oceans

answers: NDQ_000706

answers: pole tide

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: Earth's free nutation

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of tide: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many days did the Chandler wobble last?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: a "pole tide"

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Earth's core and oceans

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: amplitude of approximately

answers: NDQ_000737

answers: ocean tide

answers: NDQ_000738

answers: an extraterrestrial body

answers: NDQ_000739

answers: unsteady

answers: NDQ_000740

answers: a very small ocean tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: "pole tide"

answers: NDQ_000743

answers: gravitational

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: a "pole tide"

answers: NDQ_000746

answers: gravitational

answers: NDQ_000702

answers: oceans—the wobble,

answers: NDQ_000704

answers: ocean tide

answers: NDQ_000706

answers: "pole tide",

answers: NDQ_000707

answers: fluid nature

answers: NDQ_000710

answers: "pole tide",

answers: NDQ_000715

answers: amplitude

answers: NDQ_000718

answers: amplitude

answers: NDQ_000720

answers: "pole tide",

answers: NDQ_000721

answers: extraterrestrial body.

answers: NDQ_000722

answers: "pole tide",

answers: NDQ_000723

answers: "pole tide",

answers: NDQ_000724

answers: extraterrestrial body.

answers: NDQ_000725

answers: "pole tide",

answers: NDQ_000726

answers: tide

answers: NDQ_000727

answers: "pole tide",

answers: NDQ_000728

answers: "pole tide",

answers: NDQ_000729

answers: the non-rigidity

answers: NDQ_000730

answers: extraterrestrial body.

answers: NDQ_000731

answers: "pole tide",

answers: NDQ_000732

answers: "pole tide",

answers: NDQ_000733

answers: 305 days.

answers: NDQ_000734

answers: extraterrestrial body.

answers: NDQ_000735

answers: "pole tide",

answers: NDQ_000736

answers: "pole tide",

answers: NDQ_000737

answers: ocean tide

answers: NDQ_000738

answers: extraterrestrial body.

answers: NDQ_000739

answers: "pole tide",

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: "pole tide",

answers: NDQ_000743

answers: gravitational effect

answers: NDQ_000744

answers: "pole tide",

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: 305 days.

text: The City of Denver asked the artist to create a monumental yet temporary work exploring the theme of the interconnectedness of the 35 nations that make up the Western Hemisphere. She drew inspiration from the NASA Jet Propulsion Laboratory’s announcement that the February 2010 Chile earthquake shortened the length of the earth’s day by 1.26 microseconds by slightly redistributing the earth’s mass. Exploring further, Echelman drew on a National Oceanic and Atmospheric Administration (NOAA) simulation of the earthquake’s ensuing tsunami, using the 3-dimensional form of the tsunami’s amplitude rippling across the Pacific as the basis for her sculptural form.

text: The City of Denver asked the artist to create a monumental yet temporary work exploring the theme of the interconnectedness of the 35 nations that make up the Western Hemisphere. She drew inspiration from the NASA Jet Propulsion Laboratory’s announcement that the February 2010 Chile earthquake shortened the length of the earth’s day by 1.26 microseconds by slightly redistributing the earth’s mass. Exploring further, Echelman drew on a National Oceanic and Atmospheric Administration (NOAA) simulation of the earthquake’s ensuing tsunami, using the 3-dimensional form of the tsunami’s amplitude rippling across the Pacific as the basis for her sculptural form.

answers: NDQ_000702

answers: Earth’s mass

answers: NDQ_000704

answers: What caused the tsunami to rippling across the Pacific?

answers: NDQ_000706

answers: Pacific

answers: NDQ_000707

answers: Earth’s mass is distributed

answers: NDQ_000710

answers: Echelman’s sculpture to life

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: How many nations make up the Western Hemisphere?

answers: NDQ_000720

answers: NOAA

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: The answer: shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How did the earthquake shorten the length of the earth’s day?

answers: NDQ_000726

answers: How did the earthquake shorten the length of the earth’s day?

answers: NDQ_000727

answers: National Oceanic and Atmospheric Administration

answers: NDQ_000728

answers: What is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: How does the earthquake shorten the length of the earth’s day?

answers: NDQ_000730

answers: Earths gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: How many nations make up the Western Hemisphere?

answers: NDQ_000732

answers: How many nations make up the Western Hemisphere?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: Earth’s mass

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Pacific as the basis for her sculpture

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unrelated to upwelling

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: Earth’s day by 1.26 microseconds

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: earthquake

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: Earth’s mass

answers: NDQ_000702

answers: earth’s mass.

answers: NDQ_000704

answers: tsunami,

answers: NDQ_000706

answers: Pacific

answers: NDQ_000707

answers: amplitude

answers: NDQ_000710

answers: tsunami,

answers: NDQ_000715

answers: amplitude

answers: NDQ_000718

answers: amplitude

answers: NDQ_000720

answers: tsunami,

answers: NDQ_000721

answers: NASA Jet Propulsion Laboratory’s

answers: NDQ_000722

answers: tsunami,

answers: NDQ_000723

answers: tsunami,

answers: NDQ_000724

answers: tsunami,

answers: NDQ_000725

answers: National Oceanic and Atmospheric Administration

answers: NDQ_000726

answers: tsunami,

answers: NDQ_000727

answers: tsunami,

answers: NDQ_000728

answers: amplitude rippling

answers: NDQ_000729

answers: 1.26 microseconds by slightly redistributing the earth’s mass.

answers: NDQ_000730

answers: earth’s mass.

answers: NDQ_000731

answers: NASA Jet Propulsion Laboratory’s

answers: NDQ_000732

answers: tsunami,

answers: NDQ_000733

answers: February 2010 Chile earthquake shortened the length of the earth’s day

answers: NDQ_000734

answers: earth’s mass.

answers: NDQ_000735

answers: NASA Jet Propulsion Laboratory’s

answers: NDQ_000736

answers: tsunami,

answers: NDQ_000737

answers: Oceanic and Atmospheric

answers: NDQ_000738

answers: shortened the length of the earth’s day by 1.26 microseconds

answers: NDQ_000739

answers: earthquake’s ensuing tsunami,

answers: NDQ_000740

answers: shortened the length of the earth’s day by 1.26 microseconds

answers: NDQ_000741

answers: tsunami,

answers: NDQ_000742

answers: tsunami,

answers: NDQ_000743

answers: tsunami,

answers: NDQ_000744

answers: tsunami,

answers: NDQ_000745

answers: tsunami,

answers: NDQ_000746

answers: mass.

text: Princess Carolina studied political science at University of Amsterdam and Harvard University, and also has an M.Sc. in Forced Migration from the University of Oxford. She has had a career at the United Nations. For this organisation she was stationed at the UN headquarters in New York City, as well as problematic areas such as Eritrea, the Gaza Strip, and in Acheh (Indonesia) after the 2004 Indian Ocean tsunami. She is currently employed at the United Nations in Geneva, in the Organisation for the Coordination of Humanitarian Affairs (OCHA).

text: Princess Carolina studied

text: political science

text: at

text: University of Amsterdam

text: and

text: Harvard University

text: , and also has an

text: M.Sc.

text: in Forced Migration from the

text: University of Oxford

text: . She has had a career at the

text: United Nations

text: . For this organisation she was stationed at the UN headquarters in

text: New York City

text: , as well as problematic areas such as

text: Eritrea

text: , the

text: Gaza Strip

text: , and in

text: Acheh

text: Indonesia

text: ) after the

text: 2004 Indian Ocean tsunami

text: . She is currently employed at the United Nations in

text: Geneva

text: , in the

entity_name: United Nations Office for the Coordination of Humanitarian Affairs

text: Organisation for the Coordination of Humanitarian Affairs

text: (OCHA).

answers: NDQ_000702

answers: Indian Ocean tsunami

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Indian Ocean, Atlantic Ocean, or Atlantic Ocean?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: what is the second to last word in the passage?

answers: NDQ_000720

answers: Indian Ocean tsunami

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: high tide, crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days did Princess Carolina work at the UN headquarters in New York City?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Indian Ocean

answers: NDQ_000729

answers: How does the Coriolis effect work?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Indian Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: untrue

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: Indian Ocean tsunami

answers: NDQ_000741

answers: Indian Ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: Indian Ocean tsunami.

answers: NDQ_000704

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000710

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000715

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000718

answers: Organisation for the Coordination of Humanitarian Affairs

answers: NDQ_000720

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000721

answers: Princess Carolina

answers: NDQ_000722

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000723

answers: Princess Carolina

answers: NDQ_000724

answers: tsunami.

answers: NDQ_000725

answers: Princess Carolina

answers: NDQ_000726

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000727

answers: Princess Carolina

answers: NDQ_000728

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000729

answers: Princess Carolina

answers: NDQ_000730

answers: Princess Carolina

answers: NDQ_000731

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000732

answers: Princess Carolina

answers: NDQ_000733

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000734

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000735

answers: Princess Carolina

answers: NDQ_000736

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000739

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000740

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000743

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000744

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000745

answers: 2004 Indian Ocean tsunami.

answers: NDQ_000746

answers: Princess Carolina

text: This hurricane could perhaps generate enormous waves in the ocean and the waves would migrate outwards. Oceanographers should test how high these waves would be in the postulated nearby swamps and delta area. They would be wind driven waves and would not reach from the top of an ocean to the bottom like a tsunami. Nonetheless, waves as big and as devastating as those that humans call freak waves might be regular.  Simple bacterial and algal life would not be threatened.

text: This hurricane could perhaps generate enormous waves in the ocean and the waves would migrate outwards.

text: Oceanographers

text: should test how high these waves would be in the postulated nearby swamps and delta area. They would be wind driven waves and would not reach from the top of an ocean to the bottom like a

text: tsunami

text: . Nonetheless, waves as big and as devastating as those that humans call

text: freak waves

text: might be regular.  Simple bacterial and algal life would not be threatened.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: Which of the following is not a type of wave: wind driven waves or surface currents?

answers: NDQ_000706

answers: swamps and delta area

answers: NDQ_000707

answers: a force acting on it causes it to

answers: NDQ_000710

answers: waves to the surface of the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: Which of the following is not true?

answers: NDQ_000722

answers: Why would the waves not reach the bottom of the ocean?

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not a type of wave?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: Which of the following is not a type of wave?

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is true of spring tides?

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: smallest amount of

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: bacterial and algal life would not be threatened.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: is a type of

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: wind driven waves

answers: NDQ_000706

answers: the top of an ocean to the bottom

answers: NDQ_000707

answers: wind driven

answers: NDQ_000710

answers: wind driven waves

answers: NDQ_000715

answers: tsunami.

answers: NDQ_000718

answers: tsunami.

answers: NDQ_000720

answers: freak waves

answers: NDQ_000721

answers: wind

answers: NDQ_000722

answers: tsunami.

answers: NDQ_000723

answers: wind driven waves

answers: NDQ_000724

answers: wind driven waves

answers: NDQ_000725

answers: Simple bacterial and algal life

answers: NDQ_000726

answers: wind driven waves

answers: NDQ_000727

answers: tsunami.

answers: NDQ_000728

answers: wind driven waves

answers: NDQ_000729

answers: waves in the ocean and the waves would migrate outwards.

answers: NDQ_000730

answers: wind driven waves

answers: NDQ_000731

answers: tsunami.

answers: NDQ_000732

answers: tsunami.

answers: NDQ_000733

answers: tsunami.

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: a tsunami.

answers: NDQ_000736

answers: tsunami.

answers: NDQ_000737

answers: wind driven waves

answers: NDQ_000738

answers: tsunami.

answers: NDQ_000739

answers: a tsunami.

answers: NDQ_000740

answers: tsunami.

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: a tsunami.

answers: NDQ_000743

answers: wind

answers: NDQ_000744

answers: a tsunami.

answers: NDQ_000745

answers: tsunami.

answers: NDQ_000746

answers: tsunami.

text: More specifically, one of these NASA studies was based on the fact that water expands as it gets warmer, and a straightforward subtraction calculation: From the total amount of sea level rise, they subtracted that due to the calculated expansion of the upper ocean down to 2,000 metres' (1.2 mi) depth based on data from Argo buoys, and that due to added meltwater worldwide. The remainder, representing the amount of sea level rise caused by warming in the deep ocean below that depth, was "essentially zero." Some recent studies reporting deep-ocean warming were referring to the upper half of the ocean, but below its topmost layer which goes down to about 700 metres' (0.43 mi) depth. According to the other NASA study, the upper layers of the Southern Ocean warmed at a much greater rate between 1970 and 2005 than previously thought (24–58 percent more than earlier estimates), because before the deployment of Argo buoys, temperature measurements in the Southern Ocean were "spotty, at best."

text: More specifically, one of these NASA studies was based on the fact that water expands as it gets warmer, and a straightforward subtraction calculation: From the total amount of sea level rise, they subtracted that due to the calculated expansion of the upper ocean down to 2,000 metres' (1.2 mi) depth based on data from

text: Argo buoys

text: , and that due to added meltwater worldwide. The remainder, representing the amount of sea level rise caused by warming in the deep ocean below that depth, was "essentially zero." Some recent studies reporting deep-ocean warming were referring to the upper half of the ocean, but below its topmost layer which goes down to about 700 metres' (0.43 mi) depth. According to the other NASA study, the upper layers of the Southern Ocean warmed at a much greater rate between 1970 and 2005 than previously thought (24–58 percent more than earlier estimates), because before the deployment of Argo buoys, temperature measurements in the Southern Ocean were "spotty, at best."

answers: NDQ_000702

answers: sea level rise

answers: NDQ_000704

answers: What causes the ocean to expand as it gets warmer?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: water expands

answers: NDQ_000710

answers: water up to 2,000 metres' depth

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: 1.2 mi

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: 1.2 mi

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: NDQ_000734

answers: sea level rise

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: amount of sea level rise caused by warming in the deep ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the topmost layer which goes down to about 700 metres' (0.43 mi) depth

answers: NDQ_000739

answers: unwarmer

answers: NDQ_000740

answers: sea level rise

answers: NDQ_000741

answers: sea

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: expansion of the upper ocean

answers: NDQ_000746

answers: (1.2 mi)

answers: NDQ_000702

answers: water expands as it gets warmer,

answers: NDQ_000704

answers: water expands as it gets warmer,

answers: NDQ_000706

answers: topmost layer

answers: NDQ_000707

answers: water expands as it gets warmer,

answers: NDQ_000710

answers: meltwater

answers: NDQ_000715

answers: (1.2 mi) depth based on data from Argo buoys,

answers: NDQ_000718

answers: (1.2 mi) depth based on data from Argo buoys,

answers: NDQ_000720

answers: water expands as it gets warmer,

answers: NDQ_000721

answers: water expands as it gets warmer,

answers: NDQ_000722

answers: water expands as it gets warmer,

answers: NDQ_000723

answers: water expands as it gets warmer, and a straightforward subtraction calculation:

answers: NDQ_000724

answers: water

answers: NDQ_000725

answers: sea level rise,

answers: NDQ_000726

answers: water

answers: NDQ_000727

answers: water expands as it gets warmer, and a straightforward subtraction calculation:

answers: NDQ_000728

answers: water expands as it gets warmer,

answers: NDQ_000729

answers: water expands as it gets warmer,

answers: NDQ_000730

answers: water expands as it gets warmer,

answers: NDQ_000731

answers: water expands as it gets warmer, and a straightforward subtraction calculation:

answers: NDQ_000732

answers: water expands as it gets warmer,

answers: NDQ_000733

answers: sea level rise,

answers: NDQ_000734

answers: sea level rise,

answers: NDQ_000735

answers: warmer,

answers: NDQ_000736

answers: water expands as it gets warmer,

answers: NDQ_000737

answers: upper ocean

answers: NDQ_000738

answers: zero."

answers: NDQ_000739

answers: warmer,

answers: NDQ_000740

answers: sea level rise,

answers: NDQ_000741

answers: meltwater

answers: NDQ_000742

answers: water expands as it gets warmer, and a straightforward subtraction calculation:

answers: NDQ_000743

answers: water expands as it gets warmer,

answers: NDQ_000744

answers: water expands as it gets warmer, and a straightforward subtraction calculation:

answers: NDQ_000745

answers: meltwater

answers: NDQ_000746

answers: 2,000 metres' (1.2 mi) depth

text: For a mechanical analogy to negative resistance behavior, and how a ballast can limit current, imagine trying to push a heavy weight across a smooth surface. Applying a force (voltage) to the weight initially does not cause it to move (have positive current) because the static friction of the weight against the surface is more than the applied force. Once enough force (voltage) is applied, the static friction is overcome and the weight starts to move (now dynamic friction opposes the movement of the weight instead of static), but if the amount of force that was used to overcome the static friction is not changed, the weight will be pushed too fast across the surface because the dynamic friction is of a smaller magnitude than the static friction. If we flood the surface with some depth of viscous oil (our ballast), we can continue to push as hard as it took to get the weight moving (leave our voltage constant) while simultaneously not allowing the weight to move too fast (limit current). The transition between static friction (high resistance) and dynamic friction as the weight moves (low resistance) is the negative resistance region - less force (negative

text: For a mechanical analogy to negative resistance behavior, and how a ballast can limit current, imagine trying to push a heavy weight across a smooth surface. Applying a force (voltage) to the weight initially does not cause it to move (have positive current) because the static friction of the weight against the surface is more than the applied force. Once enough force (voltage) is applied, the static friction is overcome and the weight starts to move (now dynamic friction opposes the movement of the weight instead of static), but if the amount of force that was used to overcome the static friction is not changed, the weight will be pushed too fast across the surface because the dynamic friction is of a smaller magnitude than the static friction. If we flood the surface with some depth of viscous oil (our ballast), we can continue to push as hard as it took to get the weight moving (leave our voltage constant) while simultaneously not allowing the weight to move too fast (limit current). The transition between static friction (high resistance) and dynamic friction as the weight moves (low resistance) is the negative resistance region - less force (negative

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: are caused by

answers: NDQ_000706

answers: deep

answers: NDQ_000707

answers: static friction is greater than dynamic friction.

answers: NDQ_000710

answers: ice to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: The biggest ocean waves occur with hurricanes.

answers: NDQ_000721

answers: What is the greatest cause of tides?

answers: NDQ_000722

answers: The water is shallower than the shore.

answers: NDQ_000723

answers: What is the difference between a crest and trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds?

answers: NDQ_000725

answers: How do tides affect the ocean?

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides

answers: NDQ_000728

answers: The first sign of a tsunami is high water moving fast across the ocean.

answers: NDQ_000729

answers: What causes the Coriolis effect?

answers: NDQ_000730

answers: Earths gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: When the sun and moon are in a curved line.

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: tide cycle.

answers: NDQ_000734

answers: gravitational force

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: positive resistance region - less force

answers: NDQ_000737

answers: negative resistance region

answers: NDQ_000738

answers: Upwelling is caused by evaporation of water.

answers: NDQ_000739

answers: colder than it is warm.

answers: NDQ_000740

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: moonrise

answers: NDQ_000745

answers: turbulence

answers: NDQ_000746

answers: NDQ_000702

answers: viscous oil

answers: NDQ_000704

answers: positive current)

answers: NDQ_000706

answers: negative resistance region

answers: NDQ_000707

answers: static friction

answers: NDQ_000710

answers: viscous oil

answers: NDQ_000715

answers: negative resistance

answers: NDQ_000718

answers: negative resistance

answers: NDQ_000720

answers: negative resistance

answers: NDQ_000721

answers: negative resistance

answers: NDQ_000722

answers: depth of viscous oil

answers: NDQ_000723

answers: negative resistance

answers: NDQ_000724

answers: negative resistance

answers: NDQ_000725

answers: negative resistance

answers: NDQ_000726

answers: negative resistance

answers: NDQ_000727

answers: negative resistance region

answers: NDQ_000728

answers: negative resistance

answers: NDQ_000729

answers: negative resistance

answers: NDQ_000730

answers: negative resistance

answers: NDQ_000731

answers: negative resistance

answers: NDQ_000732

answers: negative resistance

answers: NDQ_000733

answers: (high resistance) and dynamic friction

answers: NDQ_000734

answers: viscous oil

answers: NDQ_000735

answers: negative resistance region

answers: NDQ_000736

answers: negative resistance

answers: NDQ_000737

answers: viscous oil

answers: NDQ_000738

answers: less force

answers: NDQ_000739

answers: viscous oil

answers: NDQ_000740

answers: oil

answers: NDQ_000741

answers: negative resistance

answers: NDQ_000742

answers: negative resistance

answers: NDQ_000743

answers: force

answers: NDQ_000744

answers: (negative

answers: NDQ_000745

answers: viscous oil

answers: NDQ_000746

answers: less force

text: Tsunamis in lakes can be generated by fault displacement beneath or around lake systems. Faulting shifts the ground in a vertical motion through reverse, normal or oblique strike slip faulting processes, this displaces the water above causing a tsunami (Figure 1). The reason strike-slip faulting does not cause tsunamis is because there is no vertical displacement within the fault movement, only lateral movement resulting in no displacement of the water. In an enclosed basin such as a lake, tsunamis are referred to as the initial wave produced by coseismic displacement from an earthquake, and the seiche as the harmonic resonance within the lake.

text: Tsunamis in lakes can be generated by

text: fault

text: displacement beneath or around lake systems. Faulting shifts the ground in a vertical motion through reverse, normal or oblique strike slip faulting processes, this displaces the water above causing a tsunami (Figure 1). The reason strike-slip faulting does not cause tsunamis is because there is no vertical displacement within the fault movement, only lateral movement resulting in no displacement of the water. In an enclosed basin such as a lake, tsunamis are referred to as the initial wave produced by coseismic displacement from an earthquake, and the

text: seiche

text: as the harmonic resonance within the lake.

answers: NDQ_000702

answers: fault displacement

answers: NDQ_000704

answers: What causes surface currents?

answers: NDQ_000706

answers: enclosed basin such as a lake

answers: NDQ_000707

answers: water is displaced

answers: NDQ_000710

answers: Tsunamis in lakes

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do Tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: oblique strike slip faulting processes

answers: NDQ_000737

answers: lake

answers: NDQ_000738

answers: tsunamis in lakes can be generated by fault displacement beneath or around lake systems

answers: NDQ_000739

answers: displaced

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: Tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: earthquake,

answers: NDQ_000704

answers: water

answers: NDQ_000706

answers: enclosed basin

answers: NDQ_000707

answers: coseismic displacement from an earthquake,

answers: NDQ_000710

answers: Tsunamis

answers: NDQ_000715

answers: tsunamis are referred to as the initial wave

answers: NDQ_000718

answers: tsunamis are referred to as the initial wave

answers: NDQ_000720

answers: Tsunamis

answers: NDQ_000721

answers: earthquake,

answers: NDQ_000722

answers: tsunami

answers: NDQ_000723

answers: tsunamis are referred to as the initial wave

answers: NDQ_000724

answers: Tsunamis in lakes can be generated by fault displacement

answers: NDQ_000725

answers: Tsunamis

answers: NDQ_000726

answers: earthquake,

answers: NDQ_000727

answers: Tsunamis

answers: NDQ_000728

answers: tsunami

answers: NDQ_000729

answers: coseismic displacement from an earthquake,

answers: NDQ_000730

answers: Tsunamis

answers: NDQ_000731

answers: Tsunamis

answers: NDQ_000732

answers: coseismic displacement from an earthquake,

answers: NDQ_000733

answers: lake,

answers: NDQ_000734

answers: earthquake,

answers: NDQ_000735

answers: Tsunamis

answers: NDQ_000736

answers: seiche

answers: NDQ_000737

answers: Tsunamis

answers: NDQ_000738

answers: no displacement of the water.

answers: NDQ_000739

answers: earthquake,

answers: NDQ_000740

answers: water

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: seiche

answers: NDQ_000743

answers: earthquake,

answers: NDQ_000744

answers: Tsunamis

answers: NDQ_000745

answers: displaces the water above causing a tsunami

answers: NDQ_000746

answers: wave

text: The demonstration of the Coriolis effect in Kenya was, apparently, a clever hoax.

text: The demonstration of the

text: Coriolis effect

text: in Kenya was, apparently, a clever hoax.

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: are caused by

answers: NDQ_000706

answers: Coriolis effect

answers: NDQ_000707

answers: Coriolis is a strong force

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None of the above choices .

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: How would you describe the hoax?

answers: NDQ_000726

answers: no relevant information

answers: NDQ_000727

answers: None of the above choices .

answers: NDQ_000728

answers: None of the above choices .

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: it is not possible to tell

answers: NDQ_000731

answers: None of the above choices .

answers: NDQ_000732

answers: it does not

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: upwelling is caused by the Coriolis effect

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: can not be determined

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: can not be used to describe

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: can not be determined

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: Coriolis

answers: NDQ_000706

answers: Coriolis effect in Kenya

answers: NDQ_000707

answers: Coriolis

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: clever hoax.

answers: NDQ_000718

answers: Coriolis effect

answers: NDQ_000720

answers: Coriolis effect

answers: NDQ_000721

answers: Coriolis effect

answers: NDQ_000722

answers: Coriolis effect

answers: NDQ_000723

answers: clever hoax.

answers: NDQ_000724

answers: Coriolis effect

answers: NDQ_000725

answers: Coriolis effect

answers: NDQ_000726

answers: Coriolis effect

answers: NDQ_000727

answers: Coriolis effect

answers: NDQ_000728

answers: Coriolis effect

answers: NDQ_000729

answers: clever hoax.

answers: NDQ_000730

answers: Coriolis effect

answers: NDQ_000731

answers: Coriolis effect

answers: NDQ_000732

answers: clever hoax.

answers: NDQ_000733

answers: Coriolis effect in Kenya

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: Coriolis effect

answers: NDQ_000736

answers: Coriolis

answers: NDQ_000737

answers: Coriolis effect

answers: NDQ_000738

answers: a clever hoax.

answers: NDQ_000739

answers: Coriolis effect in Kenya

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: Coriolis

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: Coriolis effect

text: Most research into eye movement in music reading has primarily aimed to compare the eye movement patterns of skilled and unskilled performers. The implicit presumption appears to have been that this might lay the foundation for developing better ways of training musicians. However, there are significant methodological problems in attempting this comparison. Skilled and unskilled performers typically sight read the same passage at different tempos and/or levels of accuracy. At a sufficiently slow tempo, players over a large range of skill-levels are capable of accurate performance, but the skilled will have excess capacity in their perception and processing of the information on the page. There is evidence that excess capacity contaminates eye-movement data with a ‘wandering’ effect, in which the eyes tend to stray from the course of the music. Weaver (1943:15) implied the existence of the wandering effect and its confounding influence, as did Truitt et al. (1997:51), who suspected that at slow tempo their participants' eyes were "hanging around rather than extracting information". The wandering effect is undesirable, because it is an unquantifiable and possibly random distortion of normal eye movement patterns.

text: Most research into eye movement in music reading has primarily aimed to compare the eye movement patterns of skilled and unskilled performers. The implicit presumption appears to have been that this might lay the foundation for developing better ways of training musicians. However, there are significant methodological problems in attempting this comparison. Skilled and unskilled performers typically sight read the same passage at different

text: tempo

text: s and/or levels of accuracy. At a sufficiently slow tempo, players over a large range of skill-levels are capable of accurate performance, but the skilled will have excess capacity in their perception and processing of the information on the page. There is evidence that excess capacity contaminates eye-movement data with a ‘wandering’ effect, in which the eyes tend to stray from the course of the music. Weaver (1943:15) implied the existence of the wandering effect and its confounding influence, as did Truitt et al. (1997:51), who suspected that at slow tempo their participants' eyes were "hanging around rather than extracting information". The wandering effect is undesirable, because it is an unquantifiable and possibly random distortion of normal eye movement patterns.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: Which of the following is not a source of surface currents?

answers: NDQ_000706

answers: unanswerable

answers: NDQ_000707

answers: a force is applied to it

answers: NDQ_000710

answers: What does upwelling bring?

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not mentioned

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: context: The Wandering Effect is undesirable, because it is an unquantifiable and possibly random distortion of normal eye movement patterns.

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unknown

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: wandering effect

answers: NDQ_000737

answers: unanswerable

answers: NDQ_000738

answers: unquantifiable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: a river

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: eye movement patterns of skilled and unskilled performers.

answers: NDQ_000704

answers: ‘wandering’ effect,

answers: NDQ_000706

answers: slow

answers: NDQ_000707

answers: excess capacity

answers: NDQ_000710

answers: ‘wandering’ effect,

answers: NDQ_000715

answers: ‘wandering’ effect,

answers: NDQ_000718

answers: ‘wandering’ effect,

answers: NDQ_000720

answers: ‘wandering’ effect,

answers: NDQ_000721

answers: The wandering effect

answers: NDQ_000722

answers: slow tempo,

answers: NDQ_000723

answers: The wandering effect

answers: NDQ_000724

answers: wandering effect

answers: NDQ_000725

answers: ‘wandering’ effect,

answers: NDQ_000726

answers: wandering effect

answers: NDQ_000727

answers: different tempos

answers: NDQ_000728

answers: ‘wandering’ effect,

answers: NDQ_000729

answers: ‘wandering’ effect,

answers: NDQ_000730

answers: ‘wandering’ effect,

answers: NDQ_000731

answers: ‘wandering’ effect,

answers: NDQ_000732

answers: ‘wandering’ effect,

answers: NDQ_000733

answers: ‘wandering’ effect,

answers: NDQ_000734

answers: excess capacity

answers: NDQ_000735

answers: ‘wandering’ effect,

answers: NDQ_000736

answers: ‘wandering’ effect,

answers: NDQ_000737

answers: slow tempo,

answers: NDQ_000738

answers: "hanging around rather than extracting information".

answers: NDQ_000739

answers: wandering effect

answers: NDQ_000740

answers: ‘wandering’ effect,

answers: NDQ_000741

answers: ‘wandering’ effect,

answers: NDQ_000742

answers: ‘wandering’ effect,

answers: NDQ_000743

answers: excess capacity

answers: NDQ_000744

answers: ‘wandering’ effect,

answers: NDQ_000745

answers: ‘wandering’ effect,

answers: NDQ_000746

answers: capacity

text: Following the tsunami, officials from the United Nations Development Program (UNDP) suggested the creation of a tsunami early warning system for Southeast Asia. If one had been in place prior to December 2004, hundreds of thousands of lives would have been saved. The entire Indian Ocean region remains vulnerable as it is still without a comprehensive and coordinated tsunami warning system.

text: Following the tsunami, officials from the

text: United Nations Development Program

text: (UNDP) suggested the creation of a tsunami early warning system for Southeast Asia. If one had been in place prior to December 2004, hundreds of thousands of lives would have been saved. The entire Indian Ocean region remains vulnerable as it is still without a comprehensive and coordinated tsunami warning system.

answers: NDQ_000702

answers: tsunami

answers: NDQ_000704

answers: can cause tsunamis

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a tsunami is about to hit

answers: NDQ_000710

answers: ocean water closer to shore

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or tsunami?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Indian Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: tsunami,

answers: NDQ_000704

answers: Indian Ocean

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: tsunami early warning system

answers: NDQ_000710

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000715

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000718

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000720

answers: tsunami,

answers: NDQ_000721

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000722

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000723

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000724

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000725

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000726

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000727

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000728

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000729

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000730

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000731

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000732

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: tsunami,

answers: NDQ_000735

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000736

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000737

answers: Indian Ocean

answers: NDQ_000738

answers: hundreds of thousands of lives would have been saved.

answers: NDQ_000739

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000740

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000743

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000744

answers: tsunami early warning system for Southeast Asia.

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: a tsunami early warning system for Southeast Asia.

text: An important advance in analog computing was the development of the first fire-control systems for long range ship gunlaying. When gunnery ranges increased dramatically in the late 19th century it was no longer a simple matter of calculating the proper aim point, given the flight times of the shells. Various spotters on board the ship would relay distance measures and observations to a central plotting station. There the fire direction teams fed in the location, speed and direction of the ship and its target, as well as various adjustments for Coriolis effect, weather effects on the air, and other adjustments; the computer would then output a firing solution, which would be fed to the turrets for laying. In 1912, British engineer Arthur Pollen developed the first electrically powered mechanical analogue computer (called at the time the Argo Clock). It was used by the Imperial Russian Navy in World War I. The alternative Dreyer Table fire control system was fitted to British capital ships by mid-1916.

text: An important advance in analog computing was the development of the first

text: fire-control system

text: s for long range

text: ship

text: gunlaying

text: . When gunnery ranges increased dramatically in the late 19th century it was no longer a simple matter of calculating the proper aim point, given the flight times of the shells. Various spotters on board the ship would relay distance measures and observations to a central plotting station. There the fire direction teams fed in the location, speed and direction of the ship and its target, as well as various adjustments for

text: Coriolis effect

text: , weather effects on the air, and other adjustments; the computer would then output a firing solution, which would be fed to the turrets for laying. In 1912, British engineer

text: Arthur Pollen

text: developed the first electrically powered mechanical

text: analogue computer

text: (called at the time the Argo Clock). It was used by the

text: Imperial Russian Navy

text: in

text: World War I

text: . The alternative

text: Dreyer Table

text: fire control system was fitted to British capital ships by mid-1916.

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: Which of the following is not a type of adjustment: Coriolis effect, weather effects on the air, or other adjustments?

answers: NDQ_000706

answers: Coriolis

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Coriolis effect

answers: NDQ_000721

answers: Coriolis

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Coriolis effect

answers: NDQ_000725

answers: How many years after Arthur Pollen developed the first electrically powered mechanical analogue computer did he develop the Argo Clock?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: Coriolis effect

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unnamed

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: electrically

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: NDQ_000702

answers: Coriolis effect,

answers: NDQ_000704

answers: Coriolis effect,

answers: NDQ_000706

answers: Coriolis effect,

answers: NDQ_000707

answers: Coriolis effect,

answers: NDQ_000710

answers: weather effects on the air,

answers: NDQ_000715

answers: Coriolis effect,

answers: NDQ_000718

answers: Coriolis effect,

answers: NDQ_000720

answers: Coriolis effect,

answers: NDQ_000721

answers: Coriolis effect,

answers: NDQ_000722

answers: Coriolis effect,

answers: NDQ_000723

answers: World War I.

answers: NDQ_000724

answers: Coriolis effect,

answers: NDQ_000725

answers: Coriolis effect,

answers: NDQ_000726

answers: Coriolis effect,

answers: NDQ_000727

answers: Coriolis effect,

answers: NDQ_000728

answers: Coriolis effect,

answers: NDQ_000729

answers: Coriolis effect,

answers: NDQ_000730

answers: Coriolis effect,

answers: NDQ_000731

answers: Coriolis effect,

answers: NDQ_000732

answers: Coriolis effect,

answers: NDQ_000733

answers: 1912,

answers: NDQ_000734

answers: Coriolis effect,

answers: NDQ_000735

answers: Coriolis effect,

answers: NDQ_000736

answers: Coriolis effect,

answers: NDQ_000737

answers: Coriolis effect,

answers: NDQ_000738

answers: Coriolis effect,

answers: NDQ_000739

answers: Coriolis effect,

answers: NDQ_000740

answers: Coriolis effect,

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis effect,

answers: NDQ_000743

answers: Coriolis effect,

answers: NDQ_000744

answers: Coriolis effect,

answers: NDQ_000745

answers: Coriolis effect,

answers: NDQ_000746

answers: British capital ships by mid-1916.

text: The idea of constructing a tidal power plant on the Rance dates to Gerard Boisnoer in 1921. The site was attractive because of the wide average-range between low and high tide levels,  with a maximum perigean spring tide range of . The first studies which envisaged a tidal plant on the Rance were done by the Society for the Study of Utilization of the Tides in 1943. Nevertheless, work did not actually commence until 1961. Albert Caquot, the visionary engineer, was instrumental in the construction of the dam, designing an enclosure in order to protect the construction site from the ocean tides and the strong streams. Construction necessitated draining the area where the plant was to be built, which required construction of two dams which took two years. Construction of the plant commenced on 20 July 1963, while the Rance was entirely blocked by the two dams.

text: The idea of constructing a tidal power plant on the Rance dates to Gerard Boisnoer in 1921. The site was attractive because of the wide average-range between low and high tide levels,  with a maximum

text: perigean spring tide

text: range of . The first studies which envisaged a tidal plant on the Rance were done by the

text: Society for the Study of Utilization of the Tides

text: in 1943. Nevertheless, work did not actually commence until 1961.

text: Albert Caquot

text: , the visionary engineer, was instrumental in the construction of the dam, designing an enclosure in order to protect the construction site from the ocean tides and the strong streams. Construction necessitated draining the area where the plant was to be built, which required construction of two dams which took two years. Construction of the plant commenced on 20 July 1963, while the Rance was entirely blocked by the two dams.

answers: NDQ_000702

answers: tidal

answers: NDQ_000704

answers: How many years after Gerard Boisnoer proposed constructing a tidal power plant on the Rance did construction of the plant commenced?

answers: NDQ_000706

answers: spring tide range

answers: NDQ_000707

answers: Albert Caquot was instrumental in the construction of the dam

answers: NDQ_000710

answers: tidal energy

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds: ocean tides or strong streams?

answers: NDQ_000725

answers: How many years after Gerard Boisnoer proposed constructing a tidal power plant on the Rance did Albert Caquot design an enclosure to protect the construction site from the ocean tides and the strong streams?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many years after the idea of constructing a tidal power plant on the Rance dates to Gerard Boisnoer?

answers: NDQ_000733

answers: How many high tides and two low tides

answers: NDQ_000734

answers: ocean tides

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: maximum perigean

answers: NDQ_000737

answers: strong streams

answers: NDQ_000738

answers: the Rance was entirely blocked by the two dams.

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: high tide levels

answers: NDQ_000741

answers: Tidal

answers: NDQ_000742

answers: spring tide

answers: NDQ_000743

answers: Tidal power

answers: NDQ_000744

answers: spring tide

answers: NDQ_000745

answers: spring tide

answers: NDQ_000746

answers: perigean spring tide range

answers: NDQ_000702

answers: tidal

answers: NDQ_000704

answers: ocean tides

answers: NDQ_000706

answers: perigean spring tide

answers: NDQ_000707

answers: tide levels,

answers: NDQ_000710

answers: ocean tides and the strong streams.

answers: NDQ_000715

answers: high tide levels,

answers: NDQ_000718

answers: wide average-range between low and high tide levels,

answers: NDQ_000720

answers: ocean tides

answers: NDQ_000721

answers: ocean tides

answers: NDQ_000722

answers: wide average-range between low and high tide levels,

answers: NDQ_000723

answers: 1921.

answers: NDQ_000724

answers: ocean tides and the strong streams.

answers: NDQ_000725

answers: spring tide

answers: NDQ_000726

answers: tidal

answers: NDQ_000727

answers: wide average-range

answers: NDQ_000728

answers: ocean tides

answers: NDQ_000729

answers: 1921.

answers: NDQ_000730

answers: ocean tides

answers: NDQ_000731

answers: perigean

answers: NDQ_000732

answers: the Rance was entirely blocked by the two dams.

answers: NDQ_000733

answers: spring tide

answers: NDQ_000734

answers: ocean tides

answers: NDQ_000735

answers: spring tide

answers: NDQ_000736

answers: perigean

answers: NDQ_000737

answers: streams.

answers: NDQ_000738

answers: the Rance was entirely blocked by the two dams.

answers: NDQ_000739

answers: ocean tides

answers: NDQ_000740

answers: low and high tide levels,

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: spring tide

answers: NDQ_000743

answers: tidal power plant

answers: NDQ_000744

answers: spring tide

answers: NDQ_000745

answers: spring tide

answers: NDQ_000746

answers: perigean spring tide range of.

text: Young earned research fellowships from both the American Society for Engineering Education and the National Science Foundation to conduct graduate research. As a certified research diver, she has conducted field studies in various locations throughout the world, such as a study completed in 2009 off the coast of the Palau archipelago. In the study, Young and John Dabiri, a peer from CIT, enlisted local women to assist them with filming jellyfish whose waters had been treated with safe dyes. The goal was to understand the physics involved in the jellyfishes' movements. Instead, what they discovered was that the jellyfish not only push water into their domes, but drag an almost constant flume of water behind them. That discovery propelled Young to question how much marine life contribute to the movement of ocean and sea tides. Tides are critical to climate change as transference mechanisms of heat between the Polar regions and the equator. Young's discovery has led her to explore how much sea creatures augment wind and other external energy forces in propelling the constant motion of oceans. She won an Emerging Explorer Grant from the National Geographic Society in 2011 and as part of the award, a research dive in Panama was filmed in 2012 by NatGeo. In 2013, she was awarded a Kavli Research Fellowship from the National Academy of Sciences and is currently working in Moss Landing, California at the Monterey Bay Aquarium Research Institute as a postdoctoral Fellow.

text: Young earned research fellowships from both the

entity_name: American Society for Engineering Education

text: American Society for Engineering Education

text: and the

text: National Science Foundation

text: to conduct graduate research. As a certified research diver, she has conducted field studies in various locations throughout the world, such as a study completed in 2009 off the coast of the

text: Palau archipelago

text: . In the study, Young and John Dabiri, a peer from CIT, enlisted local women to assist them with filming jellyfish whose waters had been treated with safe dyes. The goal was to understand the physics involved in the jellyfishes' movements. Instead, what they discovered was that the jellyfish not only push water into their domes, but drag an almost constant flume of water behind them. That discovery propelled Young to question how much marine life contribute to the movement of ocean and sea tides. Tides are critical to climate change as transference mechanisms of heat between the

text: Polar regions

text: and the

text: equator

text: . Young's discovery has led her to explore how much sea creatures augment wind and other external energy forces in propelling the constant motion of oceans. She won an Emerging Explorer Grant from the

text: National Geographic Society

text: in 2011 and as part of the award, a research dive in Panama was filmed in 2012 by NatGeo. In 2013, she was awarded a Kavli Research Fellowship from the

text: National Academy of Sciences

text: and is currently working in

text: Moss Landing, California

text: at the

entity_name: Monterey Bay Aquarium Research Institute

text: Monterey Bay Aquarium Research Institute

text: as a postdoctoral Fellow.

answers: NDQ_000702

answers: climate change

answers: NDQ_000704

answers: Which of the following is not a type of energy force: wind, water, or sea creatures?

answers: NDQ_000706

answers: off the coast

answers: NDQ_000707

answers: wind is stronger than water

answers: NDQ_000710

answers: Tides to the equator

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices are true

answers: NDQ_000723

answers: Which of the following is not a type of wave: high tide, crest, or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do Tides cause water levels to rise and fall?

answers: NDQ_000726

answers: Which of the following is not a type of energy: wind or other external energy forces?

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: what is the first sign of a tsunami is coming

answers: NDQ_000729

answers: What does Young's discovery have led her to explore?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What caused surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: climate change

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: temperature between the Polar regions and the equator

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a research dive in Panama was filmed in 2012

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: sea tides

answers: NDQ_000741

answers: sea tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: wind and other external energy forces

answers: NDQ_000744

answers: Tides

answers: NDQ_000745

answers: Tides

answers: NDQ_000746

answers: Tides are critical to climate change

answers: NDQ_000702

answers: heat

answers: NDQ_000704

answers: sea tides.

answers: NDQ_000706

answers: off the coast of the Palau archipelago.

answers: NDQ_000707

answers: wind and other external energy forces

answers: NDQ_000710

answers: flume of water

answers: NDQ_000715

answers: Young earned research fellowships from both the American Society for Engineering Education

answers: NDQ_000718

answers: sea tides.

answers: NDQ_000720

answers: jellyfish

answers: NDQ_000721

answers: heat

answers: NDQ_000722

answers: sea tides.

answers: NDQ_000723

answers: sea tides.

answers: NDQ_000724

answers: sea creatures

answers: NDQ_000725

answers: sea tides.

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: Tides

answers: NDQ_000728

answers: Tides

answers: NDQ_000729

answers: sea tides.

answers: NDQ_000730

answers: marine life contribute to the movement of ocean and sea tides.

answers: NDQ_000731

answers: sea tides.

answers: NDQ_000732

answers: sea tides.

answers: NDQ_000733

answers: sea tides.

answers: NDQ_000734

answers: heat

answers: NDQ_000735

answers: sea tides.

answers: NDQ_000736

answers: transference mechanisms of heat between the Polar regions and the equator.

answers: NDQ_000737

answers: sea tides.

answers: NDQ_000738

answers: safe dyes.

answers: NDQ_000739

answers: safe dyes.

answers: NDQ_000740

answers: sea tides.

answers: NDQ_000741

answers: sea tides.

answers: NDQ_000742

answers: sea tides.

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: sea tides.

answers: NDQ_000745

answers: sea tides.

answers: NDQ_000746

answers: water

text: La Guaira Bank () is an underwater ridge that is approximately 12 miles off the coast from the city of La Guaira. The bank is approximately  long from east to west and  wide from north to south, and it rises from  in the surrounding area to .  The area provides the structure to deep-sea animals, and other organisms such as gorgonians, sponges, and coral, that require ocean currents to bring their food to them. Westerly currents flow off the coast of Venezuela, and the bank acts as a barrier to the current, creating an upwelling of nutrients to the ocean surface from deep-water stockpiles. These nutrients fuel an explosion of planktonic plant and animal growth, and attract larger animals such as whales, porpoises, seabirds, and large pelagics such as tuna, sharks, wahoo, dolphin fish, and four different types of marlin. It is considered one of the top sport fishing destinations in the world due to the unusually high numbers of Atlantic blue marlin, white marlin, sailfish, and spearfish that congregate at different seasons, and are available year round.

text: La Guaira Bank () is an

text: underwater ridge

text: that is approximately 12 miles off the coast from the city of La Guaira. The

text: bank

text: is approximately  long from east to west and  wide from north to south, and it rises from  in the surrounding area to .  The area provides the structure to deep-sea animals, and other organisms such as

text: gorgonian

text: s,

text: sponge

text: s, and

text: coral

text: , that require ocean currents to bring their food to them. Westerly currents flow off the coast of Venezuela, and the bank acts as a barrier to the current, creating an

text: upwelling

text: of nutrients to the ocean surface from deep-water stockpiles. These nutrients fuel an explosion of

text: plankton

text: ic plant and animal growth, and attract larger animals such as

text: whale

text: s,

text: porpoise

text: s,

text: seabird

text: s, and large

text: pelagic

text: s such as

text: tuna

text: shark

text: s,

text: wahoo

text: dolphin fish

text: , and four different types of

text: marlin

text: . It is considered one of the top

text: sport fishing

text: destinations in the world due to the unusually high numbers of

text: Atlantic blue marlin

text: white marlin

text: sailfish

text: , and

text: spearfish

text: that congregate at different seasons, and are available year round.

answers: NDQ_000702

answers: La Guaira Bank

answers: NDQ_000704

answers: Which of the following is not a type of organism: gorgonians, sponges, or coral?

answers: NDQ_000706

answers: deep-water

answers: NDQ_000707

answers: La Guaira Bank acts as a barrier

answers: NDQ_000710

answers: nutrients to the ocean surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many miles off the coast from the city of La Guaira?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic blue marlin, white marlin, sailfish, and spearfish

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the bank acts as a barrier to the current

answers: NDQ_000739

answers: deep-water

answers: NDQ_000740

answers: ocean currents

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Westerly currents

answers: NDQ_000704

answers: Westerly currents

answers: NDQ_000706

answers: Westerly currents flow off the coast of Venezuela,

answers: NDQ_000707

answers: La Guaira Bank

answers: NDQ_000710

answers: nutrients

answers: NDQ_000715

answers: La Guaira Bank

answers: NDQ_000718

answers: long from east to west and wide from north to south,

answers: NDQ_000720

answers: La Guaira Bank

answers: NDQ_000721

answers: La Guaira Bank

answers: NDQ_000722

answers: deep-water stockpiles.

answers: NDQ_000723

answers: La Guaira Bank

answers: NDQ_000724

answers: ocean currents

answers: NDQ_000725

answers: ocean currents

answers: NDQ_000726

answers: ocean currents

answers: NDQ_000727

answers: La Guaira Bank

answers: NDQ_000728

answers: La Guaira Bank

answers: NDQ_000729

answers: Westerly currents

answers: NDQ_000730

answers: ocean currents

answers: NDQ_000731

answers: La Guaira Bank

answers: NDQ_000732

answers: Westerly currents flow off the coast of Venezuela,

answers: NDQ_000733

answers: year round.

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: year round.

answers: NDQ_000736

answers: Westerly currents

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: year round.

answers: NDQ_000739

answers: deep-water stockpiles.

answers: NDQ_000740

answers: upwelling of nutrients

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Westerly currents

answers: NDQ_000743

answers: planktonic plant and animal growth,

answers: NDQ_000744

answers: La Guaira Bank

answers: NDQ_000745

answers: upwelling of nutrients

answers: NDQ_000746

answers: long from east to west and wide from north to south,

text: Surface currents are found on the surface of an ocean, and are driven by large scale wind currents. They are directly affected by the windthe Coriolis effect plays a role in their behaviors.

text: Surface currents are found on the surface of an ocean, and are driven by large scale wind currents. They are directly affected by the windthe

text: Coriolis effect

text: plays a role in their behaviors.

answers: NDQ_000702

answers: wind currents

answers: NDQ_000704

answers: How do surface currents affect the ocean?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: surface currents are moving faster than the wind.

answers: NDQ_000710

answers: surface currents closer to shore.

answers: NDQ_000715

answers: what is the last word in the passage?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How does the Coriolis effect affect tides?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: the Coriolis effect

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: It's impossible to say

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: surface current

answers: NDQ_000738

answers: surface currents are not driven by wind.

answers: NDQ_000739

answers: pushed by the wind

answers: NDQ_000740

answers: surface currents

answers: NDQ_000741

answers: surface current

answers: NDQ_000742

answers: can cause a

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: surface currents

answers: NDQ_000746

answers: NDQ_000702

answers: large scale wind currents.

answers: NDQ_000704

answers: large scale wind currents.

answers: NDQ_000706

answers: Surface currents

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: Surface currents

answers: NDQ_000715

answers: Surface currents

answers: NDQ_000718

answers: Surface currents

answers: NDQ_000720

answers: Surface currents

answers: NDQ_000721

answers: Surface currents

answers: NDQ_000722

answers: Surface currents

answers: NDQ_000723

answers: Surface currents

answers: NDQ_000724

answers: Surface currents

answers: NDQ_000725

answers: Surface currents

answers: NDQ_000726

answers: wind currents.

answers: NDQ_000727

answers: Surface currents

answers: NDQ_000728

answers: Surface currents

answers: NDQ_000729

answers: Surface currents

answers: NDQ_000730

answers: wind currents.

answers: NDQ_000731

answers: Coriolis effect

answers: NDQ_000732

answers: wind currents.

answers: NDQ_000733

answers: ocean,

answers: NDQ_000734

answers: wind currents.

answers: NDQ_000735

answers: Surface currents

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: Surface currents

answers: NDQ_000738

answers: Surface currents

answers: NDQ_000739

answers: wind currents.

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: Surface currents

answers: NDQ_000742

answers: Surface currents

answers: NDQ_000743

answers: windthe Coriolis effect

answers: NDQ_000744

answers: Surface currents

answers: NDQ_000745

answers: Surface currents

answers: NDQ_000746

answers: windthe Coriolis effect

text: Tsunami waves do not resemble normal sea waves, because their wavelength is far longer.  Rather than appearing as a breaking wave, a tsunami may instead initially resemble a rapidly rising tide, and for this reason they are often referred to as tidal waves.  Tsunamis generally consist of a series of waves with periods ranging from minutes to hours, arriving in a so-called "wave train".  Wave heights of tens of metres can be generated by large events.  Although the impact of tsunamis is limited to coastal areas, their destructive power can be enormous and they can affect entire ocean basins; the 2004 Indian Ocean tsunami was among the deadliest natural disasters in human history with at least 290,000 people killed or missing in 14 countries bordering the Indian Ocean.

text: Tsunami waves do not resemble normal

text: sea wave

text: s, because their wavelength is far longer.  Rather than appearing as a breaking wave, a tsunami may instead initially resemble a rapidly rising

text: tide

text: , and for this reason they are often referred to as tidal waves.  Tsunamis generally consist of a series of waves with

text: period

text: s ranging from minutes to hours, arriving in a so-called "wave train".  Wave heights of tens of metres can be generated by large events.  Although the impact of tsunamis is limited to coastal areas, their destructive power can be enormous and they can affect entire ocean basins; the

text: 2004 Indian Ocean tsunami

text: was among the deadliest natural disasters in human history with at least 290,000 people killed or missing in 14 countries bordering the

text: Indian Ocean

answers: NDQ_000702

answers: tsunamis

answers: NDQ_000704

answers: Which of the following is not a type of wave: tidal waves, tsunamis or surface currents?

answers: NDQ_000706

answers: entire ocean basins

answers: NDQ_000707

answers: normal sea waves have shorter wavelengths

answers: NDQ_000710

answers: Tsunami

answers: NDQ_000715

answers: Wave heights of tens of metres

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: tidal waves

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: ocean basin

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: Tsunami waves

answers: NDQ_000737

answers: ocean basin

answers: NDQ_000738

answers: a tsunami may instead initially initially resemble a rapidly rising tide

answers: NDQ_000739

answers: tidal

answers: NDQ_000740

answers: tidal

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Tsunami waves

answers: NDQ_000704

answers: tide,

answers: NDQ_000706

answers: basins;

answers: NDQ_000707

answers: wavelength is far longer.

answers: NDQ_000710

answers: rising tide,

answers: NDQ_000715

answers: tens of metres

answers: NDQ_000718

answers: Tsunami waves do not resemble normal sea waves,

answers: NDQ_000720

answers: tens of metres

answers: NDQ_000721

answers: tidal waves.

answers: NDQ_000722

answers: tsunami may instead initially resemble a rapidly rising tide,

answers: NDQ_000723

answers: tidal waves.

answers: NDQ_000724

answers: Tsunami waves do not resemble normal sea waves,

answers: NDQ_000725

answers: tidal waves.

answers: NDQ_000726

answers: Tsunami waves do not resemble normal sea waves,

answers: NDQ_000727

answers: tidal waves.

answers: NDQ_000728

answers: a rapidly rising tide,

answers: NDQ_000729

answers: Tsunami waves do not resemble normal sea waves,

answers: NDQ_000730

answers: tidal waves.

answers: NDQ_000731

answers: Tsunami waves do not resemble normal sea waves,

answers: NDQ_000732

answers: Tsunami waves

answers: NDQ_000733

answers: Tsunami waves do not resemble normal sea waves,

answers: NDQ_000734

answers: Tsunami waves do not resemble normal sea waves,

answers: NDQ_000735

answers: rising tide,

answers: NDQ_000736

answers: rising tide,

answers: NDQ_000737

answers: Tsunami waves do not resemble normal sea waves,

answers: NDQ_000738

answers: Tsunami waves do not resemble normal sea waves,

answers: NDQ_000739

answers: Tsunami waves do not resemble normal sea waves,

answers: NDQ_000740

answers: rising tide,

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: rising tide,

answers: NDQ_000743

answers: "wave train".

answers: NDQ_000744

answers: rising tide,

answers: NDQ_000745

answers: tidal waves.

answers: NDQ_000746

answers: tens of metres

text: And a high tide from the ocean

text: And a high tide from the ocean

answers: NDQ_000702

answers: the ocean

answers: NDQ_000704

answers: can cause a high tide

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: the tide is too high

answers: NDQ_000710

answers: high tides

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: Wavelength is the difference between a crest and a trough.

answers: NDQ_000720

answers: None of the above choices .

answers: NDQ_000721

answers: It is not possible to tell

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: None of the above choices .

answers: NDQ_000726

answers: A wave is a transfer of energy that initially began with wind.

answers: NDQ_000727

answers: None of the above choices .

answers: NDQ_000728

answers: None of the above choices .

answers: NDQ_000729

answers: It is caused by the rotation of the Earth

answers: NDQ_000730

answers: it is not possible to tell

answers: NDQ_000731

answers: None of the above choices .

answers: NDQ_000732

answers: What is the most likely reason for the high tide?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: the ocean

answers: NDQ_000735

answers: low in the sky

answers: NDQ_000736

answers: high tides

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a low tide from the ocean

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: can be explained by the tide cycle

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: can be described as a high tide

answers: NDQ_000743

answers: is an example of

answers: NDQ_000744

answers: can not be determined

answers: NDQ_000745

answers: is a tide

answers: NDQ_000746

answers: NDQ_000702

answers: the ocean

answers: NDQ_000704

answers: high tide from the ocean

answers: NDQ_000706

answers: high tide

answers: NDQ_000707

answers: high tide

answers: NDQ_000710

answers: a high tide

answers: NDQ_000715

answers: a high tide

answers: NDQ_000718

answers: high tide

answers: NDQ_000720

answers: high tide

answers: NDQ_000721

answers: a high tide from the ocean

answers: NDQ_000722

answers: a high tide

answers: NDQ_000723

answers: a high tide

answers: NDQ_000724

answers: a high tide

answers: NDQ_000725

answers: a high tide from the ocean

answers: NDQ_000726

answers: a high tide

answers: NDQ_000727

answers: a high tide from the ocean

answers: NDQ_000728

answers: a high tide

answers: NDQ_000729

answers: a high tide from the ocean

answers: NDQ_000730

answers: a high tide from the ocean

answers: NDQ_000731

answers: a high tide from the ocean

answers: NDQ_000732

answers: a high tide

answers: NDQ_000733

answers: a high tide from the ocean

answers: NDQ_000734

answers: the ocean

answers: NDQ_000735

answers: high tide

answers: NDQ_000736

answers: high tide

answers: NDQ_000737

answers: a high tide from the ocean

answers: NDQ_000738

answers: a high tide from the ocean

answers: NDQ_000739

answers: high tide

answers: NDQ_000740

answers: high tide

answers: NDQ_000741

answers: high tide

answers: NDQ_000742

answers: high tide

answers: NDQ_000743

answers: a high tide from the ocean

answers: NDQ_000744

answers: high tide

answers: NDQ_000745

answers: high tide

answers: NDQ_000746

answers: high tide

text: Different designs of man-made tsunami barriers include building reefs and forests to above-ground and submerged seawalls.  In 2005, India began planting Casuarina and coconut saplings on its coast as a natural barrier against future tsunamis like the 2004 Indian Ocean earthquake.  Studies have found that an offshore tsunami wall could reduce tsunami wave heights by up to 83%.

text: Different designs of man-made tsunami barriers include building reefs and forests to above-ground and submerged

text: seawall

text: s.  In 2005, India began planting

text: Casuarina

text: and

text: coconut

text: saplings

text: on its coast as a natural barrier against future tsunamis like the

text: 2004 Indian Ocean earthquake

text: .  Studies have found that an offshore tsunami wall could reduce tsunami wave heights by up to 83%.

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: Which of the following is not a type of barrier: reefs, forests, or submerged seawalls?

answers: NDQ_000706

answers: offshore

answers: NDQ_000707

answers: it is too high

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tidal waves occur?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: what is the first sign of a tsunami

answers: NDQ_000729

answers: Which of the following is not a natural barrier against future tsunamis like the 2004 Indian Ocean earthquake?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a type of barrier: reefs, forests, or submerged seawalls?

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: tsunami wave heights

answers: NDQ_000737

answers: natural barrier

answers: NDQ_000738

answers: a tsunami wall could reduce tsunami wave heights

answers: NDQ_000739

answers: submerged

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: earthquake.

answers: NDQ_000704

answers: offshore tsunami wall could reduce tsunami wave heights by up to 83%.

answers: NDQ_000706

answers: offshore

answers: NDQ_000707

answers: tsunamis

answers: NDQ_000710

answers: tsunamis

answers: NDQ_000715

answers: heights

answers: NDQ_000718

answers: wave heights by up to 83%.

answers: NDQ_000720

answers: offshore tsunami wall could reduce tsunami wave heights by up to 83%.

answers: NDQ_000721

answers: offshore tsunami wall could reduce tsunami wave heights by up to 83%.

answers: NDQ_000722

answers: offshore tsunami wall could reduce tsunami wave heights by up to 83%.

answers: NDQ_000723

answers: tsunami wave heights by up to 83%.

answers: NDQ_000724

answers: tsunamis

answers: NDQ_000725

answers: Casuarina and coconut saplings

answers: NDQ_000726

answers: Casuarina and coconut saplings

answers: NDQ_000727

answers: Different designs of man-made tsunami barriers

answers: NDQ_000728

answers: tsunami wave heights

answers: NDQ_000729

answers: offshore tsunami wall could reduce tsunami wave heights by up to 83%.

answers: NDQ_000730

answers: offshore tsunami wall could reduce tsunami wave heights by up to 83%.

answers: NDQ_000731

answers: Casuarina and coconut saplings

answers: NDQ_000732

answers: offshore tsunami wall could reduce tsunami wave heights by up to 83%.

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: earthquake.

answers: NDQ_000735

answers: reefs and forests to above-ground and submerged seawalls.

answers: NDQ_000736

answers: tsunami wave heights by up to 83%.

answers: NDQ_000737

answers: natural barrier against future tsunamis like the 2004 Indian Ocean

answers: NDQ_000738

answers: above-ground

answers: NDQ_000739

answers: submerged

answers: NDQ_000740

answers: reefs and forests to above-ground and submerged seawalls.

answers: NDQ_000741

answers: tsunami wave

answers: NDQ_000742

answers: tsunamis

answers: NDQ_000743

answers: reefs and forests to above-ground

answers: NDQ_000744

answers: tsunamis

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: 83%.

text: Clinus heterodon, the Westcoast klipfish, is a species of clinid that occurs in subtropical waters of the Atlantic Ocean from Namibia to South Africa where it is a denizen of tide pools.  This species can reach a maximum length of  TL. This species feeds on marine invertebrates.

text: Clinus heterodon, the Westcoast klipfish, is a species of

text: clinid

text: that occurs in

text: subtropical

text: waters of the

text: Atlantic Ocean

text: from

text: Namibia

text: to

text: South Africa

text: where it is a denizen of

text: tide pools

text: .  This species can reach a maximum length of

text: TL

text: . This species feeds on marine

text: invertebrate

text: s.

answers: NDQ_000702

answers: marine invertebrates

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Atlantic Ocean, Pacific Ocean, or Pacific Ocean?

answers: NDQ_000706

answers: tide pools

answers: NDQ_000707

answers: the water is too cold.

answers: NDQ_000710

answers: tide pools closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the opposite of crest?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day does the Atlantic Ocean rise and fall?

answers: NDQ_000726

answers: Which of the following is not a source of energy for waves: wind, water, or both?

answers: NDQ_000727

answers: what is the second to last group mentioned?

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What does the Atlantic Ocean from Namibia to South Africa where it is a denizen of tide pools?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: it is a denizen of tide pools

answers: NDQ_000739

answers: subtropical

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: tide pools

answers: NDQ_000746

answers: TL

answers: NDQ_000702

answers: marine invertebrates.

answers: NDQ_000704

answers: tide pools.

answers: NDQ_000706

answers: tide pools.

answers: NDQ_000707

answers: tide pools.

answers: NDQ_000710

answers: tide pools.

answers: NDQ_000715

answers: a maximum length of TL.

answers: NDQ_000718

answers: TL.

answers: NDQ_000720

answers: Clinus heterodon,

answers: NDQ_000721

answers: tide pools.

answers: NDQ_000722

answers: tide pools.

answers: NDQ_000723

answers: tide pools.

answers: NDQ_000724

answers: Clinus heterodon,

answers: NDQ_000725

answers: tide pools.

answers: NDQ_000726

answers: Clinus heterodon,

answers: NDQ_000727

answers: tide pools.

answers: NDQ_000728

answers: Clinus heterodon,

answers: NDQ_000729

answers: Atlantic Ocean from Namibia to South Africa

answers: NDQ_000730

answers: tide pools.

answers: NDQ_000731

answers: Clinus heterodon,

answers: NDQ_000732

answers: Atlantic Ocean from Namibia to South Africa

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: tide pools.

answers: NDQ_000735

answers: tide pools.

answers: NDQ_000736

answers: tide pools.

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: tide pools.

answers: NDQ_000739

answers: tide pools.

answers: NDQ_000740

answers: tide pools.

answers: NDQ_000741

answers: tide pools.

answers: NDQ_000742

answers: tide pools.

answers: NDQ_000743

answers: marine invertebrates.

answers: NDQ_000744

answers: tide pools.

answers: NDQ_000745

answers: tide pools.

answers: NDQ_000746

answers: TL.

text: An entirely different class of subsurface current is caused by friction with surface currents and objects. When the wind or some other surface force compels surface currents into motion, some of this is translated into subsurface motion. The Ekman Spiral, named after Vagn Walfrid Ekman, is the standard for this transfer of energy. The Ekman Spiral works as follows: when the surface moves, the subsurface inherits some -but not all- of this motion.  Due to the Coriolis Effect, however, the current moves at a 45˚ angle to the right of the first (left in the Southern Hemisphere). The current below is slower yet, and moves at a 45˚ angle to the right.  This process continues in the same manner, until, at about 100 meters below the surface, the current is moving in the opposite direction of the surface current.

text: An entirely different class of subsurface current is caused by friction with surface currents and objects. When the wind or some other surface force compels surface currents into motion, some of this is translated into subsurface motion. The

text: Ekman Spiral

text: , named after

text: Vagn Walfrid Ekman

text: , is the standard for this transfer of energy. The Ekman Spiral works as follows: when the surface moves, the subsurface inherits some -but not all- of this motion.  Due to the

text: Coriolis Effect

text: , however, the current moves at a 45˚ angle to the right of the first (left in the Southern Hemisphere). The current below is slower yet, and moves at a 45˚ angle to the right.  This process continues in the same manner, until, at about 100 meters below the surface, the current is moving in the opposite direction of the surface current.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: How does the Ekman Spiral work?

answers: NDQ_000706

answers: subsurface

answers: NDQ_000707

answers: friction with surface currents and objects

answers: NDQ_000710

answers: surface currents into motion

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: surface currents

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: surface currents

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth year

answers: NDQ_000734

answers: surface currents

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: Ekman Spiral

answers: NDQ_000737

answers: subsurface current

answers: NDQ_000738

answers: surface currents do not cause upwelling

answers: NDQ_000739

answers: submerged

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: subsurface current

answers: NDQ_000742

answers: Coriolis Effect

answers: NDQ_000743

answers: subsurface current

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: surface currents

answers: NDQ_000746

answers: NDQ_000702

answers: friction with surface currents

answers: NDQ_000704

answers: When the wind or some other surface force compels surface currents into motion,

answers: NDQ_000706

answers: (left in the Southern Hemisphere).

answers: NDQ_000707

answers: friction

answers: NDQ_000710

answers: subsurface current

answers: NDQ_000715

answers: The Ekman Spiral,

answers: NDQ_000718

answers: 45 <unk> angle

answers: NDQ_000720

answers: The Ekman Spiral,

answers: NDQ_000721

answers: friction with surface currents

answers: NDQ_000722

answers: 100 meters below the surface,

answers: NDQ_000723

answers: The Ekman Spiral,

answers: NDQ_000724

answers: friction with surface currents

answers: NDQ_000725

answers: The Ekman Spiral,

answers: NDQ_000726

answers: wind or some other surface force compels surface currents

answers: NDQ_000727

answers: 45 <unk> angle to the right of the first

answers: NDQ_000728

answers: The Ekman Spiral,

answers: NDQ_000729

answers: Coriolis Effect,

answers: NDQ_000730

answers: friction with surface currents

answers: NDQ_000731

answers: Coriolis Effect,

answers: NDQ_000732

answers: 45 <unk> angle to the right of the first

answers: NDQ_000733

answers: Southern Hemisphere).

answers: NDQ_000734

answers: friction with surface currents

answers: NDQ_000735

answers: Coriolis Effect,

answers: NDQ_000736

answers: Coriolis Effect,

answers: NDQ_000737

answers: subsurface current

answers: NDQ_000738

answers: friction with surface currents

answers: NDQ_000739

answers: 100 meters below the surface,

answers: NDQ_000740

answers: Coriolis Effect,

answers: NDQ_000741

answers: subsurface current

answers: NDQ_000742

answers: Ekman Spiral,

answers: NDQ_000743

answers: The Ekman Spiral,

answers: NDQ_000744

answers: subsurface current

answers: NDQ_000745

answers: The Ekman Spiral,

answers: NDQ_000746

answers: The Ekman Spiral,

text: The musical quotation of a phrase from Beethoven's song cycle An die ferne Geliebte in the coda of the first movement was not acknowledged by Schumann, and apparently was not spotted until 1910.  The text of the passage quoted is: Accept then these songs [beloved, which I sang for you alone].  Both the Schlegel stanza and the Beethoven quotation are appropriate to Schumann's current situation of separation from Clara Wieck.  Schumann wrote to Clara: The first movement may well be the most passionate I have ever composed – a deep lament for you.  They still had many tribulations to suffer before they finally married four years later.

text: The

text: musical quotation

text: of a phrase from Beethoven's song cycle

text: An die ferne Geliebte

text: in the coda of the first movement was not acknowledged by Schumann, and apparently was not spotted until 1910.  The text of the passage quoted is: Accept then these songs [beloved, which I sang for you alone].  Both the Schlegel stanza and the Beethoven quotation are appropriate to Schumann's current situation of separation from

text: Clara Wieck

text: .  Schumann wrote to Clara: The first movement may well be the most passionate I have ever composed – a deep lament for you.  They still had many tribulations to suffer before they finally married four years later.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Which of the following is not a type of song: An die ferne Geliebte, Schlegel or An die ferne Geliebte?

answers: NDQ_000706

answers: deep lament

answers: NDQ_000707

answers: Schumann wrote to Clara

answers: NDQ_000710

answers: tribulations for you

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: what is the second to last event mentioned?

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: tides have the

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a deep lament for you

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: NDQ_000746

answers: NDQ_000702

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000704

answers: separation from Clara Wieck.

answers: NDQ_000706

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000707

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000710

answers: a deep lament for you. They still had many tribulations

answers: NDQ_000715

answers: 1910.

answers: NDQ_000718

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000720

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000721

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000722

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000723

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000724

answers: 1910.

answers: NDQ_000725

answers: 1910.

answers: NDQ_000726

answers: 1910.

answers: NDQ_000727

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000728

answers: 1910.

answers: NDQ_000729

answers: 1910.

answers: NDQ_000730

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000731

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000732

answers: 1910.

answers: NDQ_000733

answers: 1910.

answers: NDQ_000734

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000735

answers: 1910.

answers: NDQ_000736

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000737

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000738

answers: The

answers: NDQ_000739

answers: 1910.

answers: NDQ_000740

answers: 1910.

answers: NDQ_000741

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000742

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000743

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000744

answers: Beethoven's song cycle An die ferne Geliebte

answers: NDQ_000745

answers: movement

answers: NDQ_000746

answers: Beethoven's song cycle An die ferne Geliebte

text: Wave Group is involved in food processing, paper manufacturing, sugar mills, breweries and distilleries, power manufacturing, bottling plants, real estate as well as film distribution. Their flagship companies include Wave Infratech, Wave Cinemas, Wave Distilleries and Breweries, The Delhi Waveriders, Film Distribution, Wave City, Wave City Center, Wave Estate, Wave One, Wave Malls, and Wave Industries. It is also said that Ponty had developed close ties with former Chief Minister of Uttar Pradesh, Mayawati and former Chief Minister of Punjab, Amarinder Singh.

text: Wave Group is involved in food processing, paper manufacturing, sugar mills, breweries and distilleries, power manufacturing, bottling plants, real estate as well as film distribution. Their flagship companies include Wave Infratech, Wave Cinemas, Wave Distilleries and Breweries, The Delhi Waveriders, Film Distribution, Wave City, Wave City Center, Wave Estate, Wave One, Wave Malls, and Wave Industries. It is also said that Ponty had developed close ties with former Chief Minister of Uttar Pradesh,

text: Mayawati

text: and former Chief Minister of Punjab,

text: Amarinder Singh

answers: NDQ_000702

answers: power manufacturing

answers: NDQ_000704

answers: Which of the following is not a flagship company: Wave Cinemas, Wave Distilleries and Breweries, The Delhi Waveriders, Film Distribution, Wave City, Wave City Center, Wave Estate, Wave One, Wave Malls, and Wave Industries?

answers: NDQ_000706

answers: Wave City

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: Wave Group's flagship companies together?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Wave Industries

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the crest of a wave?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Wave Cinemas

answers: NDQ_000729

answers: How does the Coriolis effect work?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Wave Cinemas

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: power manufacturing

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Wave Cinemas

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Wave Group is involved in food processing, paper manufacturing

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: Waveriders

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: power manufacturing

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Waveriders

answers: NDQ_000746

answers: Wave Cinemas

answers: NDQ_000702

answers: Waveriders,

answers: NDQ_000704

answers: Waveriders,

answers: NDQ_000706

answers: Waveriders,

answers: NDQ_000707

answers: Waveriders,

answers: NDQ_000710

answers: Ponty had developed close ties with former Chief Minister of Uttar Pradesh,

answers: NDQ_000715

answers: Wave Distilleries and Breweries, The Delhi Waveriders,

answers: NDQ_000718

answers: Waveriders,

answers: NDQ_000720

answers: Waveriders,

answers: NDQ_000721

answers: Wave Distilleries and Breweries, The Delhi Waveriders,

answers: NDQ_000722

answers: The Delhi Waveriders,

answers: NDQ_000723

answers: The Delhi Waveriders,

answers: NDQ_000724

answers: Waveriders,

answers: NDQ_000725

answers: The Delhi Waveriders,

answers: NDQ_000726

answers: The Delhi Waveriders,

answers: NDQ_000727

answers: The Delhi Waveriders,

answers: NDQ_000728

answers: The Delhi Waveriders,

answers: NDQ_000729

answers: The Delhi Waveriders,

answers: NDQ_000730

answers: The Delhi Waveriders,

answers: NDQ_000731

answers: Wave Distilleries and Breweries, The Delhi Waveriders,

answers: NDQ_000732

answers: The Delhi Waveriders,

answers: NDQ_000733

answers: The Delhi Waveriders,

answers: NDQ_000734

answers: Waveriders,

answers: NDQ_000735

answers: Wave Distilleries and Breweries, The Delhi Waveriders,

answers: NDQ_000736

answers: Waveriders,

answers: NDQ_000737

answers: breweries and distilleries,

answers: NDQ_000738

answers: Ponty had developed close ties with former Chief Minister of Uttar Pradesh,

answers: NDQ_000739

answers: Waveriders,

answers: NDQ_000740

answers: Waveriders,

answers: NDQ_000741

answers: Waveriders,

answers: NDQ_000742

answers: Waveriders,

answers: NDQ_000743

answers: power manufacturing,

answers: NDQ_000744

answers: Waveriders,

answers: NDQ_000745

answers: Waveriders,

answers: NDQ_000746

answers: Waveriders,

text: While not identified publicly with the American holiness movement of the second half of the 19th century, and despite having left no record of an experience of entire sanctification, Crosby was a fellow traveler of the Wesleyan holiness movement, including in her circle of friends prominent members of the American Holiness movement and attending Wesleyan/Holiness camp meetings. For example, Crosby was a friend of Walter and Phoebe Palmer, "the mother of the holiness movement", and "arguably the most influential female theologian in Christian history", and their daughter Phoebe Knapp, with whom she wrote "Blessed Assurance", often visiting the Methodist camp grounds at Ocean Grove, New Jersey, as their guest. For many years (from at least 1877 until at least 1897), Crosby vacationed each summer at Ocean Grove, where she would speak in the Great Auditorium and hold receptions in her cottage to meet her admirers.

text: While not identified publicly with the American

text: holiness movement

text: of the second half of the 19th century, and despite having left no record of an experience of

text: entire sanctification

text: , Crosby was a

text: fellow traveler

text: of the Wesleyan holiness movement, including in her circle of friends prominent members of the American Holiness movement and attending Wesleyan/Holiness

text: camp meeting

text: s. For example, Crosby was a friend of Walter and

text: Phoebe Palmer

text: , "the mother of the holiness movement", and "arguably the most influential female theologian in Christian history", and their daughter

text: Phoebe Knapp

text: , with whom she wrote "

text: Blessed Assurance

text: ", often visiting the Methodist camp grounds at

text: Ocean Grove, New Jersey

text: , as their guest. For many years (from at least 1877 until at least 1897), Crosby vacationed each summer at Ocean Grove, where she would speak in the Great Auditorium and hold receptions in her cottage to meet her admirers.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: How many years did Crosby vacation at Ocean Grove, where she would speak in the Great Auditorium and hold receptions in her cottage?

answers: NDQ_000706

answers: New Jersey

answers: NDQ_000707

answers: Crosby was a fellow traveler

answers: NDQ_000710

answers: Crosby vacationed each summer at Ocean Grove

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unknown

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: summer

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Great Auditorium

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: Ocean

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: no

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Ocean Grove,

answers: NDQ_000704

answers: 1877 until at least 1897),

answers: NDQ_000706

answers: Ocean Grove,

answers: NDQ_000707

answers: experience of entire sanctification,

answers: NDQ_000710

answers: Ocean Grove, New Jersey,

answers: NDQ_000715

answers: Great Auditorium

answers: NDQ_000718

answers: second half of the 19th century,

answers: NDQ_000720

answers: 1877 until at least 1897),

answers: NDQ_000721

answers: Ocean Grove, New Jersey,

answers: NDQ_000722

answers: Ocean Grove, New Jersey,

answers: NDQ_000723

answers: Wesleyan holiness movement,

answers: NDQ_000724

answers: Ocean Grove, New Jersey,

answers: NDQ_000725

answers: Ocean Grove, New Jersey,

answers: NDQ_000726

answers: 1877 until at least 1897),

answers: NDQ_000727

answers: Ocean Grove, New Jersey,

answers: NDQ_000728

answers: Ocean Grove, New Jersey,

answers: NDQ_000729

answers: Ocean Grove, New Jersey,

answers: NDQ_000730

answers: 1877 until at least 1897),

answers: NDQ_000731

answers: Ocean Grove, New Jersey,

answers: NDQ_000732

answers: 1877 until at least 1897),

answers: NDQ_000733

answers: Ocean Grove, New Jersey,

answers: NDQ_000734

answers: Ocean Grove,

answers: NDQ_000735

answers: summer

answers: NDQ_000736

answers: 1877 until at least 1897),

answers: NDQ_000737

answers: Methodist camp grounds at Ocean Grove, New Jersey,

answers: NDQ_000738

answers: experience of entire sanctification,

answers: NDQ_000739

answers: Ocean Grove, New Jersey,

answers: NDQ_000740

answers: 1877 until at least 1897),

answers: NDQ_000741

answers: Ocean Grove, New Jersey,

answers: NDQ_000742

answers: Ocean Grove, New Jersey,

answers: NDQ_000743

answers: sanctification,

answers: NDQ_000744

answers: Ocean Grove, New Jersey,

answers: NDQ_000745

answers: sanctification,

answers: NDQ_000746

answers: entire sanctification,

text: The third story is developed in Dichato, where a group of young people (Loreto Aravena, Eduardo Paxeco, and Andrés Reyes), while enjoying their last day of vacations in a party, experience the strong movement and tsunami that annihilates the place.

text: The third story is developed in Dichato, where a group of young people (

text: Loreto Aravena

text: Eduardo Paxeco

text: , and

text: Andrés Reyes

text: ), while enjoying their last day of vacations in a party, experience the strong movement and tsunami that annihilates the place.

answers: NDQ_000702

answers: strong movement

answers: NDQ_000704

answers: can cause tsunamis

answers: NDQ_000706

answers: Dichato

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: a tsunami

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It is shallow.

answers: NDQ_000723

answers: What is the crest of a tsunami?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: a group of young people

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: It's impossible to say

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean.

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: strong movement

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: strong movement

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a tsunami that annihilates the place

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: movement

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: movement

answers: NDQ_000704

answers: tsunami

answers: NDQ_000706

answers: tsunami

answers: NDQ_000707

answers: strong movement

answers: NDQ_000710

answers: tsunami

answers: NDQ_000715

answers: tsunami

answers: NDQ_000718

answers: tsunami

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: tsunami

answers: NDQ_000722

answers: tsunami

answers: NDQ_000723

answers: tsunami

answers: NDQ_000724

answers: tsunami

answers: NDQ_000725

answers: tsunami

answers: NDQ_000726

answers: tsunami

answers: NDQ_000727

answers: tsunami

answers: NDQ_000728

answers: strong movement

answers: NDQ_000729

answers: tsunami

answers: NDQ_000730

answers: tsunami

answers: NDQ_000731

answers: tsunami

answers: NDQ_000732

answers: tsunami

answers: NDQ_000733

answers: Dichato,

answers: NDQ_000734

answers: movement

answers: NDQ_000735

answers: tsunami

answers: NDQ_000736

answers: tsunami

answers: NDQ_000737

answers: tsunami

answers: NDQ_000738

answers: tsunami that annihilates the place.

answers: NDQ_000739

answers: tsunami

answers: NDQ_000740

answers: tsunami

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tsunami

answers: NDQ_000743

answers: movement

answers: NDQ_000744

answers: tsunami

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: tsunami

text: Yam Gulf is entered between Capes Iretsky to the north and Keytevan to the south, which are separated by 33.8 km (about 21 mi). The high entrance points of the gulf merge into a low shore to the west, with tundra plains beyond. From June to the first half of August, winds in the gulf are seldom stronger than a fresh breeze, but occasionally reach gale force. Calms prevail in the latter half of August and first part of September. Northeast winds begin in late September, with storms common. Fog is fairly rare. There is ice in the gulf from October to late June or early July. Tides are irregular, being diurnal at springs and semidiurnal at neaps. The highest spring tides reach about 6.4 m (21 ft), while neaps reach about 2.1 m (6.9 ft). The tidal currents are strongest in the southern part of the gulf, reaching 8 to 8.5 knots during spring tides in July, 5.5 to 6 knots in August, and 4 to 4.5 knots in September.

text: Yam Gulf is entered between Capes Iretsky to the north and Keytevan to the south, which are separated by 33.8 km (about 21 mi). The high entrance points of the gulf merge into a low shore to the west, with

text: tundra

text: plains beyond. From June to the first half of August,

text: wind

text: s in the gulf are seldom stronger than a fresh breeze, but occasionally reach

text: gale

text: force. Calms prevail in the latter half of August and first part of September. Northeast winds begin in late September, with

text: storm

text: s common.

text: Fog

text: is fairly rare. There is

text: ice

text: in the gulf from October to late June or early July.

text: Tide

text: s are irregular, being diurnal at springs and semidiurnal at neaps. The highest spring tides reach about 6.4 m (21 ft), while neaps reach about 2.1 m (6.9 ft). The tidal currents are strongest in the southern part of the gulf, reaching 8 to 8.5

text: knot

text: s during spring tides in July, 5.5 to 6 knots in August, and 4 to 4.5 knots in September.

answers: NDQ_000702

answers: tidal currents

answers: NDQ_000704

answers: Which of the following is not a type of tide: spring, neap, or tidal?

answers: NDQ_000706

answers: southern part of the gulf

answers: NDQ_000707

answers: tidal currents are stronger

answers: NDQ_000710

answers: ice to the gulf

answers: NDQ_000715

answers: 6.4 m (21 ft)

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: 2.1 m

answers: NDQ_000723

answers: What is the difference between high and low tides?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many ft is the highest spring tide?

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: 6.4 m (21 ft)

answers: NDQ_000728

answers: 8 to 8.5 knots

answers: NDQ_000729

answers: Which of the following is not a cause of the tidal currents?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: not enough information

answers: NDQ_000732

answers: What is the highest spring tides reach about 6.4 m (21 ft)?

answers: NDQ_000733

answers: What is the highest spring tides

answers: NDQ_000734

answers: tidal

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: highest

answers: NDQ_000737

answers: Atlantic current

answers: NDQ_000738

answers: ice in the gulf from October to late June or early July

answers: NDQ_000739

answers: spring tides

answers: NDQ_000740

answers: 6.4 m (21 ft)

answers: NDQ_000741

answers: Tidal currents

answers: NDQ_000742

answers: semidiurnal

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: semidiurnal

answers: NDQ_000745

answers: Tidal currents

answers: NDQ_000746

answers: semidiurnal

answers: NDQ_000702

answers: tidal currents

answers: NDQ_000704

answers: 8 to 8.5 knots

answers: NDQ_000706

answers: southern part of the gulf,

answers: NDQ_000707

answers: tidal

answers: NDQ_000710

answers: tidal currents

answers: NDQ_000715

answers: 6.4 m (21 ft),

answers: NDQ_000718

answers: 6.4 m

answers: NDQ_000720

answers: gale force.

answers: NDQ_000721

answers: springs and semidiurnal at neaps.

answers: NDQ_000722

answers: low shore

answers: NDQ_000723

answers: diurnal at springs and semidiurnal

answers: NDQ_000724

answers: winds in the gulf are seldom stronger than a fresh breeze,

answers: NDQ_000725

answers: diurnal

answers: NDQ_000726

answers: winds in the gulf are seldom stronger than a fresh breeze,

answers: NDQ_000727

answers: semidiurnal at neaps.

answers: NDQ_000728

answers: tidal currents

answers: NDQ_000729

answers: gale force.

answers: NDQ_000730

answers: springs and semidiurnal at neaps.

answers: NDQ_000731

answers: diurnal at springs

answers: NDQ_000732

answers: 8 to 8.5 knots during spring tides

answers: NDQ_000733

answers: springs and semidiurnal at neaps.

answers: NDQ_000734

answers: tidal currents

answers: NDQ_000735

answers: semidiurnal

answers: NDQ_000736

answers: diurnal

answers: NDQ_000737

answers: tidal currents

answers: NDQ_000738

answers: ice

answers: NDQ_000739

answers: springs and semidiurnal at neaps.

answers: NDQ_000740

answers: Tides

answers: NDQ_000741

answers: tidal currents

answers: NDQ_000742

answers: semidiurnal at neaps.

answers: NDQ_000743

answers: winds in the gulf are seldom stronger than a fresh breeze,

answers: NDQ_000744

answers: semidiurnal at neaps.

answers: NDQ_000745

answers: tidal currents

answers: NDQ_000746

answers: 2.1 m (6.9 ft).

text: Upwelling behavior: One of the unique characteristics of the Somali Current is the presence of strong coastal upwelling - the only major instance of this happening at a western ocean boundary. Following Ekman transport and with the southwest monsoon blowing parallel to the Somali coastline, the upwelling direction is to the offshore during the summer: The warm and salty Somali Current flows northward across the equator to turn to the East near Cape Guardafui. This flow deflection causes strong upwelling along the Somali coast, lowering coastal temperatures by 5 °C or more from May through September.

text: Upwelling behavior: One of the unique characteristics of the Somali Current is the presence of strong coastal upwelling - the only major instance of this happening at a western ocean boundary. Following Ekman transport and with the southwest monsoon blowing parallel to the Somali coastline, the upwelling direction is to the offshore during the summer: The warm and salty Somali Current flows northward across the equator to turn to the East near Cape Guardafui. This flow deflection causes strong upwelling along the Somali coast, lowering coastal temperatures by 5 °C or more from May through September.

answers: NDQ_000702

answers: strong coastal upwelling

answers: NDQ_000704

answers: Which of the following is not a characteristic of the Somali Current: strong coastal upwelling, southwest monsoon or upwelling?

answers: NDQ_000706

answers: offshore

answers: NDQ_000707

answers: upwelling is taking place

answers: NDQ_000710

answers: The warm and salty Somali Current

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the second to last word in the passage?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the opposite of crest?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do Tides occur?

answers: NDQ_000726

answers: What is the only major instance of this happening at a western ocean boundary?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: strong coastal upwelling

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a characteristic of the Somali Current: strong coastal upwelling, the only major instance of this happening at a western ocean boundary

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: upwelling direction is to the offshore during the summer

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the only major instance of this happening at a western ocean boundary

answers: NDQ_000739

answers: saltier

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: Current

answers: NDQ_000742

answers: NDQ_000743

answers: transport

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: Ekman transport

answers: NDQ_000702

answers: Upwelling

answers: NDQ_000704

answers: Somali Current

answers: NDQ_000706

answers: offshore

answers: NDQ_000707

answers: Upwelling

answers: NDQ_000710

answers: lowering coastal temperatures

answers: NDQ_000715

answers: coastal upwelling

answers: NDQ_000718

answers: coastal upwelling

answers: NDQ_000720

answers: coastal upwelling

answers: NDQ_000721

answers: Upwelling behavior: One of the unique characteristics of the Somali Current

answers: NDQ_000722

answers: coastal upwelling

answers: NDQ_000723

answers: coastal upwelling

answers: NDQ_000724

answers: southwest monsoon

answers: NDQ_000725

answers: Somali Current is the presence of strong coastal upwelling

answers: NDQ_000726

answers: southwest monsoon

answers: NDQ_000727

answers: coastal upwelling

answers: NDQ_000728

answers: upwelling

answers: NDQ_000729

answers: East

answers: NDQ_000730

answers: upwelling

answers: NDQ_000731

answers: equator

answers: NDQ_000732

answers: northward across the equator to turn to the East

answers: NDQ_000733

answers: May through September.

answers: NDQ_000734

answers: Upwelling

answers: NDQ_000735

answers: summer:

answers: NDQ_000736

answers: lowering coastal temperatures by 5 °C

answers: NDQ_000737

answers: Somali Current

answers: NDQ_000738

answers: western ocean boundary.

answers: NDQ_000739

answers: salty Somali Current flows northward across the equator

answers: NDQ_000740

answers: lowering coastal temperatures by 5 °C

answers: NDQ_000741

answers: Somali Current

answers: NDQ_000742

answers: southwest monsoon

answers: NDQ_000743

answers: Ekman transport

answers: NDQ_000744

answers: Somali Current is the presence of strong coastal upwelling

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: Ekman

text: These currents produce a magnetic field by Faraday's law.  At the surface, the change in magnetic field [flux] with time is measured.  The way the currents diffuse in the subsurface is related to the conductivity distribution in the ground.

text: These currents produce a magnetic field by Faraday's law.  At the surface, the change in magnetic field [flux] with time is measured.  The way the currents diffuse in the subsurface is related to the conductivity distribution in the ground.

answers: NDQ_000702

answers: magnetic field

answers: NDQ_000704

answers: are a result of what?

answers: NDQ_000706

answers: subsurface

answers: NDQ_000707

answers: a magnetic field is too strong

answers: NDQ_000710

answers: currents to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: Which of the following is not a property of the Earth?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: Faraday's law

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: change in magnetic field with time

answers: NDQ_000737

answers: current

answers: NDQ_000738

answers: the change in magnetic field with time is measured

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: NDQ_000746

answers: NDQ_000702

answers: currents

answers: NDQ_000704

answers: the change in magnetic field [flux] with time is measured.

answers: NDQ_000706

answers: surface,

answers: NDQ_000707

answers: currents produce a magnetic field

answers: NDQ_000710

answers: currents

answers: NDQ_000715

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000718

answers: Faraday's law.

answers: NDQ_000720

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000721

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000722

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000723

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000724

answers: currents

answers: NDQ_000725

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000726

answers: currents produce a magnetic field

answers: NDQ_000727

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000728

answers: currents produce a magnetic field by Faraday's law.

answers: NDQ_000729

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000730

answers: Faraday's law.

answers: NDQ_000731

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000732

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000733

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000734

answers: currents

answers: NDQ_000735

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000736

answers: currents produce a magnetic field

answers: NDQ_000737

answers: currents

answers: NDQ_000738

answers: At the surface,

answers: NDQ_000739

answers: currents

answers: NDQ_000740

answers: the change in magnetic field [flux] with time is measured.

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: These currents produce a magnetic field by Faraday's law.

answers: NDQ_000743

answers: currents produce a magnetic field

answers: NDQ_000744

answers: These currents produce a magnetic field

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: Faraday's law.

text: Wallace Broecker, using box models, has asserted that the bulk of deep upwelling occurs in the North Pacific, using as evidence the high values of silicon found in these waters. Other investigators have not found such clear evidence. Computer models of ocean circulation increasingly place most of the deep upwelling in the Southern Ocean, associated with the strong winds in the open latitudes between South America and Antarctica. While this picture is consistent with the global observational synthesis of William Schmitz at Woods Hole and with low observed values of diffusion, not all observational syntheses agree. Recent papers by Lynne Talley at the Scripps Institution of Oceanography and Bernadette Sloyan and Stephen Rintoul in Australia suggest that a significant amount of dense deep water must be transformed to light water somewhere north of the Southern Ocean.

text: Wallace Broecker

text: , using box models, has asserted that the bulk of deep upwelling occurs in the North Pacific, using as evidence the high values of silicon found in these waters. Other investigators have not found such clear evidence. Computer models of ocean circulation increasingly place most of the deep upwelling in the Southern Ocean, associated with the strong winds in the open latitudes between South America and Antarctica. While this picture is consistent with the global observational synthesis of William Schmitz at Woods Hole and with low observed values of diffusion, not all observational syntheses agree. Recent papers by

text: Lynne Talley

text: at the

text: Scripps Institution of Oceanography

text: and Bernadette Sloyan and Stephen Rintoul in Australia suggest that a significant amount of dense deep water must be transformed to light water somewhere north of the Southern Ocean.

answers: NDQ_000702

answers: strong winds

answers: NDQ_000704

answers: Which of the following is not associated with strong winds in the open latitudes between South America and Antarctica?

answers: NDQ_000706

answers: Southern Ocean

answers: NDQ_000707

answers: the water in the ocean is too dense

answers: NDQ_000710

answers: water closer to the surface

answers: NDQ_000715

answers: low observed values of diffusion

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: light water

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: strong winds

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: deep upwelling

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Ocean

answers: NDQ_000734

answers: strong winds

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Southern Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the bulk of deep upwelling occurs in the North Pacific

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: diffusion

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: deep upwelling

answers: NDQ_000704

answers: strong winds

answers: NDQ_000706

answers: open latitudes between South America and Antarctica.

answers: NDQ_000707

answers: winds

answers: NDQ_000710

answers: dense deep water must be transformed to light water

answers: NDQ_000715

answers: Wallace Broecker,

answers: NDQ_000718

answers: ocean circulation increasingly place most of the deep upwelling in the Southern Ocean,

answers: NDQ_000720

answers: strong winds in the open latitudes between South America and Antarctica.

answers: NDQ_000721

answers: Wallace Broecker,

answers: NDQ_000722

answers: deep water must be transformed to light water

answers: NDQ_000723

answers: ocean circulation increasingly place most of the deep upwelling in the Southern Ocean,

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: ocean circulation increasingly place most of the deep upwelling in the Southern Ocean,

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: Wallace Broecker,

answers: NDQ_000728

answers: deep upwelling

answers: NDQ_000729

answers: winds in the open latitudes

answers: NDQ_000730

answers: strong winds in the open latitudes between South America and Antarctica.

answers: NDQ_000731

answers: strong winds in the open latitudes between South America and Antarctica.

answers: NDQ_000732

answers: Southern Ocean,

answers: NDQ_000733

answers: ocean circulation increasingly place most of the deep upwelling in the Southern Ocean,

answers: NDQ_000734

answers: deep upwelling

answers: NDQ_000735

answers: strong winds in the open latitudes between South America and Antarctica.

answers: NDQ_000736

answers: deep upwelling occurs in the North Pacific,

answers: NDQ_000737

answers: deep upwelling occurs in the North Pacific,

answers: NDQ_000738

answers: North Pacific,

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: deep upwelling

answers: NDQ_000741

answers: deep upwelling

answers: NDQ_000742

answers: deep upwelling

answers: NDQ_000743

answers: diffusion,

answers: NDQ_000744

answers: deep upwelling

answers: NDQ_000745

answers: transformed to light water

answers: NDQ_000746

answers: diffusion,

text: The following agencies distribute estimates of latitude, longitude, depth, and magnitude of worldwide earthquakes rapidly and with high accuracy.  The Geoforschungszentrum, Potsdam, Germany, delivers automatic solutions within 8 minutes (median) for all major earthquakes worldwide.  The National Earthquake Information Center of the United States Geological Survey (USGS) delivers solutions that are reviewed by a seismologist within 17 minutes (median) for all major earthquakes worldwide.  The European-Mediterranean Seismological Centre delivers reviewed parameters mostly in the European area within 25 minutes (median).  The Pacific Tsunami Warning Center and the National Tsunami Warning Center of the National Oceanic and Atmospheric Administration (NOAA) delivers reviewed parameters for earthquakes in the wider Pacific area within 12 minutes (median).

text: The following agencies distribute estimates of latitude, longitude, depth, and magnitude of worldwide earthquakes rapidly and with high accuracy.  The Geoforschungszentrum, Potsdam, Germany, delivers automatic solutions within 8 minutes (

text: median

text: ) for all major earthquakes worldwide.  The

text: National Earthquake Information Center

text: of the

text: United States Geological Survey

text: (USGS) delivers solutions that are reviewed by a seismologist within 17 minutes (median) for all major earthquakes worldwide.  The

text: European-Mediterranean Seismological Centre

text: delivers reviewed parameters mostly in the European area within 25 minutes (median).  The

text: Pacific Tsunami Warning Center

text: and the

text: National Tsunami Warning Center

text: of the

text: National Oceanic and Atmospheric Administration

text: (NOAA) delivers reviewed parameters for earthquakes in the wider Pacific area within 12 minutes (median).

answers: NDQ_000702

answers: earthquakes

answers: NDQ_000704

answers: Which of the following is not a type of earthquake: earthquakes, tsunamis, or tsunamis?

answers: NDQ_000706

answers: wider Pacific area

answers: NDQ_000707

answers: earthquakes occur

answers: NDQ_000710

answers: Pacific Tsunami Warning Center

answers: NDQ_000715

answers: magnitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: None

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many minutes is the average for major earthquakes worldwide?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: tsunami warning center

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earthday

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: National Tsunami Warning Center

answers: NDQ_000737

answers: oceanic

answers: NDQ_000738

answers: upwelling is not a cause of tsunamis

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: NOAA

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: magnitude

answers: NDQ_000702

answers: earthquakes

answers: NDQ_000704

answers: Pacific Tsunami Warning Center

answers: NDQ_000706

answers: Pacific area

answers: NDQ_000707

answers: earthquakes

answers: NDQ_000710

answers: Pacific Tsunami

answers: NDQ_000715

answers: magnitude

answers: NDQ_000718

answers: longitude,

answers: NDQ_000720

answers: Pacific Tsunami

answers: NDQ_000721

answers: Tsunami Warning Center

answers: NDQ_000722

answers: 25 minutes (median). The Pacific Tsunami Warning Center

answers: NDQ_000723

answers: 17 minutes

answers: NDQ_000724

answers: Tsunami

answers: NDQ_000725

answers: 25 minutes (median). The Pacific Tsunami Warning Center

answers: NDQ_000726

answers: earthquakes

answers: NDQ_000727

answers: earthquakes

answers: NDQ_000728

answers: 12 minutes (median).

answers: NDQ_000729

answers: earthquakes

answers: NDQ_000730

answers: Pacific Tsunami Warning Center

answers: NDQ_000731

answers: National Tsunami Warning Center

answers: NDQ_000732

answers: 12 minutes

answers: NDQ_000733

answers: worldwide.

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: 17 minutes (median) for all major earthquakes

answers: NDQ_000736

answers: 12 minutes (median).

answers: NDQ_000737

answers: European-Mediterranean

answers: NDQ_000738

answers: earthquakes

answers: NDQ_000739

answers: 17 minutes

answers: NDQ_000740

answers: National Oceanic and Atmospheric

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: Pacific Tsunami

answers: NDQ_000743

answers: earthquakes

answers: NDQ_000744

answers: depth, and magnitude of worldwide earthquakes

answers: NDQ_000745

answers: earthquakes

answers: NDQ_000746

answers: magnitude

text: Since 2004, MCBH has partnered with Ocean Power Technologies, Inc. to test the generation of electric power from ocean waves using a "PowerBuoy" wave energy converter, one of the first wave power projects in the U.S.

text: Since 2004, MCBH has partnered with

text: Ocean Power Technologies, Inc.

text: to test the

text: generation of electric power from ocean waves

text: using a "

text: PowerBuoy

text: " wave energy converter, one of the first wave power projects in the U.S.

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: can be used for what purpose?

answers: NDQ_000706

answers: offshore

answers: NDQ_000707

answers: a body of water moves

answers: NDQ_000710

answers: ocean waves closer to shore

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: what is the first wave power project in the U.S.?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices

answers: NDQ_000729

answers: what is the first wave power project in the U.S.

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: what is the first wave power project in the U.S.

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: PowerBuoy

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: MCBH has partnered with Ocean Power Technologies to test the generation of electric power from ocean waves

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: can not be used to describe

answers: NDQ_000743

answers: energy converter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: waves

answers: NDQ_000746

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: ocean waves

answers: NDQ_000706

answers: ocean waves

answers: NDQ_000707

answers: ocean waves

answers: NDQ_000710

answers: ocean waves

answers: NDQ_000715

answers: waves

answers: NDQ_000718

answers: ocean waves

answers: NDQ_000720

answers: ocean waves

answers: NDQ_000721

answers: ocean waves

answers: NDQ_000722

answers: ocean waves using a "PowerBuoy"

answers: NDQ_000723

answers: ocean waves

answers: NDQ_000724

answers: ocean waves

answers: NDQ_000725

answers: ocean waves

answers: NDQ_000726

answers: ocean waves

answers: NDQ_000727

answers: ocean waves

answers: NDQ_000728

answers: ocean waves

answers: NDQ_000729

answers: ocean waves

answers: NDQ_000730

answers: ocean waves

answers: NDQ_000731

answers: ocean waves

answers: NDQ_000732

answers: ocean waves

answers: NDQ_000733

answers: ocean waves

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: ocean waves

answers: NDQ_000736

answers: ocean waves

answers: NDQ_000737

answers: ocean waves

answers: NDQ_000738

answers: ocean waves

answers: NDQ_000739

answers: ocean waves

answers: NDQ_000740

answers: ocean waves

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: ocean waves

answers: NDQ_000743

answers: electric power

answers: NDQ_000744

answers: ocean waves

answers: NDQ_000745

answers: waves

answers: NDQ_000746

answers: U.S.

text: The episode was written by Bill Oakley and Josh Weinstein, and directed by Wes Archer. The writing staff wanted to do an episode where the Simpson family traveled to Australia, because they thought everyone in Australia had a good sense of humor and that they "would get the jokes". The staff had previously poked fun at several American institutions on the show and they thought it would be interesting to poke fun at a whole nation. They designed Australia and the Australian people very inaccurately and many things were completely made up for fun. The animators, however, got two Australian tourist guides to help them out with the design of the Australian landscape and buildings, as well as the US Embassy. The writers did research on the Coriolis effect for this episode. Lisa's explanation of the effect is incorrect; it affects global weather patterns and is caused by the spinning of the globe on its axis. The amount of water in a toilet or sink is much too small to be affected by it.

text: The episode was written by

text: Bill Oakley

text: and

text: Josh Weinstein

text: , and directed by

text: Wes Archer

text: . The writing staff wanted to do an episode where the Simpson family traveled to Australia, because they thought everyone in Australia had a good sense of humor and that they "would get the jokes". The staff had previously poked fun at several American institutions on the show and they thought it would be interesting to poke fun at a whole nation. They designed Australia and the Australian people very inaccurately and many things were completely made up for fun. The animators, however, got two Australian

text: tourist guide

text: s to help them out with the design of the Australian landscape and buildings, as well as the US Embassy. The writers did research on the

text: Coriolis effect

text: for this episode. Lisa's explanation of the effect is incorrect; it affects global weather patterns and is caused by the spinning of the globe on its axis. The amount of water in a toilet or sink is much too small to be affected by it.

answers: NDQ_000702

answers: spinning of the globe on its axis

answers: NDQ_000704

answers: What does the Coriolis effect cause?

answers: NDQ_000706

answers: Australia

answers: NDQ_000707

answers: the amount of water in a sink is much too small to be affected by it

answers: NDQ_000710

answers: water from the ocean to where?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What does Lisa's explanation of the effect affect?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: Lisa's explanation of the effect is incorrect

answers: NDQ_000725

answers: How many times a day does the Coriolis effect occur?

answers: NDQ_000726

answers: The writers did research on the Coriolis effect

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: the spinning of the globe on its axis

answers: NDQ_000731

answers: The writers did research on the Coriolis effect for this episode

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Australian day

answers: NDQ_000734

answers: the spinning of the globe

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a toilet or sink is much too small to be affected by it

answers: NDQ_000739

answers: in a toilet

answers: NDQ_000740

answers: The writers did research on the Coriolis effect

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: What is the Coriolis effect?

answers: NDQ_000744

answers: Coriolis effect

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: The amount of water in a toilet or sink is much too small to be affected by it.

answers: NDQ_000702

answers: spinning of the globe on its axis.

answers: NDQ_000704

answers: Coriolis effect

answers: NDQ_000706

answers: Coriolis

answers: NDQ_000707

answers: spinning of the globe on its axis.

answers: NDQ_000710

answers: The amount of water

answers: NDQ_000715

answers: Coriolis effect

answers: NDQ_000718

answers: Coriolis effect

answers: NDQ_000720

answers: Coriolis effect

answers: NDQ_000721

answers: spinning of the globe on its axis.

answers: NDQ_000722

answers: The amount of water in a toilet or sink

answers: NDQ_000723

answers: Coriolis effect

answers: NDQ_000724

answers: Coriolis effect

answers: NDQ_000725

answers: Coriolis effect

answers: NDQ_000726

answers: Coriolis effect

answers: NDQ_000727

answers: Coriolis effect

answers: NDQ_000728

answers: Coriolis effect

answers: NDQ_000729

answers: the spinning of the globe on its axis.

answers: NDQ_000730

answers: the spinning of the globe on its axis.

answers: NDQ_000731

answers: Coriolis effect

answers: NDQ_000732

answers: spinning of the globe on its axis.

answers: NDQ_000733

answers: Australia,

answers: NDQ_000734

answers: spinning of the globe on its axis.

answers: NDQ_000735

answers: Coriolis effect

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: Coriolis effect

answers: NDQ_000738

answers: The amount of water in a toilet or sink

answers: NDQ_000739

answers: spinning of the globe on its axis.

answers: NDQ_000740

answers: Coriolis effect

answers: NDQ_000741

answers: Coriolis effect

answers: NDQ_000742

answers: Coriolis effect

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: Coriolis effect

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: Coriolis effect

text: Normally the northward flowing Humboldt Current brings relatively cold water from the Southern Ocean northwards along South America's west coast to the tropics, where it is enhanced by up-welling taking place along the coast of Peru. Along the equator trade winds cause the ocean currents in the eastern Pacific to draw water from the deeper ocean towards the surface, helping to keep the surface cool. Under the influence of the equatorial trade winds, this cold water flows westwards along the equator where it is slowly heated by the sun. As a direct result sea surface temperatures in the western Pacific are generally warmer, by about  than those in the Eastern Pacific. This warmer area of ocean is a source for convection and is associated with cloudiness and rainfall. During El Niño years the cold water weakens or disappears completely as the water in the Central and Eastern Pacific becomes as warm as the Western Pacific.

text: Normally the northward flowing

text: Humboldt Current

text: brings relatively cold water from the

text: Southern Ocean

text: northwards along South America's west coast to the tropics, where it is enhanced by up-welling taking place along the coast of

text: Peru

text: . Along the equator trade winds cause the ocean currents in the eastern Pacific to draw water from the deeper ocean towards the surface, helping to keep the surface cool. Under the influence of the equatorial trade winds, this cold water flows westwards along the equator where it is slowly heated by the sun. As a direct result sea surface temperatures in the western Pacific are generally warmer, by about  than those in the Eastern Pacific. This warmer area of ocean is a source for convection and is associated with cloudiness and rainfall. During El Niño years the cold water weakens or disappears completely as the water in the Central and Eastern Pacific becomes as warm as the Western Pacific.

answers: NDQ_000702

answers: Humboldt Current

answers: NDQ_000704

answers: Which of the following is not a source for convection: cloudiness and rainfall?

answers: NDQ_000706

answers: equatorial

answers: NDQ_000707

answers: water is heated by the sun

answers: NDQ_000710

answers: water from the deeper ocean towards the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a source for convection and is associated with cloudiness and rainfall?

answers: NDQ_000726

answers: Which of the following is not a source for convection?

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: equatorial trade winds

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Pacific

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: water in the Central and Eastern Pacific

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: the water in the Central and Eastern Pacific becomes as warm as the Western Pacific

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: ocean currents in the eastern Pacific

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: NDQ_000743

answers: What is convection?

answers: NDQ_000744

answers: El Ni o

answers: NDQ_000745

answers: ocean currents in the eastern Pacific

answers: NDQ_000746

answers: NDQ_000702

answers: Humboldt Current

answers: NDQ_000704

answers: draw water from the deeper ocean towards the surface,

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: cold water

answers: NDQ_000710

answers: cold water

answers: NDQ_000715

answers: Normally the northward flowing Humboldt Current

answers: NDQ_000718

answers: Normally the northward flowing Humboldt Current

answers: NDQ_000720

answers: Normally the northward flowing Humboldt Current

answers: NDQ_000721

answers: heated by the sun.

answers: NDQ_000722

answers: deeper ocean

answers: NDQ_000723

answers: Normally the northward flowing Humboldt Current

answers: NDQ_000724

answers: winds

answers: NDQ_000725

answers: Humboldt Current brings relatively cold water from the Southern Ocean

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: Normally the northward flowing Humboldt Current

answers: NDQ_000728

answers: Humboldt Current

answers: NDQ_000729

answers: equator trade winds

answers: NDQ_000730

answers: heated by the sun.

answers: NDQ_000731

answers: sun.

answers: NDQ_000732

answers: westwards along the equator

answers: NDQ_000733

answers: El Ni<unk>o years

answers: NDQ_000734

answers: cold water

answers: NDQ_000735

answers: sun.

answers: NDQ_000736

answers: Humboldt Current

answers: NDQ_000737

answers: Humboldt Current

answers: NDQ_000738

answers: cold water weakens or disappears completely

answers: NDQ_000739

answers: deeper

answers: NDQ_000740

answers: cold water

answers: NDQ_000741

answers: Humboldt Current

answers: NDQ_000742

answers: Humboldt Current

answers: NDQ_000743

answers: sun.

answers: NDQ_000744

answers: cold water

answers: NDQ_000745

answers: Along the equator trade winds

answers: NDQ_000746

answers: Normally the northward flowing Humboldt Current

text: A tsunami is an unusual form of wave caused by a sudden and powerful event such as an underwater earthquake or landslide, a meteorite impact, a volcanic eruption, or a collapse of land into the sea. These events can temporarily lift or lower the surface of the sea in the affected area, usually by a few feet. The potential energy of the displaced seawater is turned into kinetic energy, creating a shallow wave radiating outwards at a velocity proportional to the square root of the depth of the water. Tsunamis, therefore, travel much faster in the open ocean than on a continental shelf. Despite traveling at speeds of over , tsunamis in deep seas have wavelengths from  and an amplitude of less than three feet. Standard surface waves in the same region may only have wavelengths of a few hundred feet and speeds up to  but, when compared to their possible amplitudes of up to , tsunamis at this stage are often able to pass unnoticed. Tsunami warning systems rely on the fact that seismic waves caused by earthquakes travel around the world at around  per hour, allowing threatened regions to be alerted to the possibility of a tsunami. Measurements from a network of sea-level measuring stations make it possible to confirm or cancel a tsunami warning. A trigger event on the continental shelf may cause a local tsunami on the land side and a distant tsunami that travels out across the ocean. The energy of the wave is dissipated only gradually but is spread out over the wave front. As the wave radiates away from the source, the front gets longer and the average energy reduces, so distant shores will generally be hit by weaker waves. However, as the speed of the wave is controlled by the water depth, it does not travel at the same speed in all directions and this affects the direction of the wave front. This effect, known as refraction, can focus the strength of an advancing tsunami on some areas while weakening it in others, according to the undersea topography along its path.

text: A tsunami is an unusual form of wave caused by a sudden and powerful event such as an underwater

text: earthquake

text: or

text: landslide

text: , a

text: meteorite impact

text: , a

text: volcanic eruption

text: , or a

text: collapse of land into the sea

text: . These events can temporarily lift or lower the surface of the sea in the affected area, usually by a few feet. The potential energy of the displaced seawater is turned into kinetic energy, creating a shallow wave radiating outwards at a velocity proportional to the square root of the depth of the water. Tsunamis, therefore, travel much faster in the open ocean than on a continental shelf. Despite traveling at speeds of over , tsunamis in deep seas have wavelengths from  and an amplitude of less than three feet. Standard surface waves in the same region may only have wavelengths of a few hundred feet and speeds up to  but, when compared to their possible amplitudes of up to , tsunamis at this stage are often able to pass unnoticed.

text: Tsunami warning system

text: s rely on the fact that seismic waves caused by earthquakes travel around the world at around  per hour, allowing threatened regions to be alerted to the possibility of a tsunami. Measurements from a network of sea-level measuring stations make it possible to confirm or cancel a tsunami warning. A trigger event on the continental shelf may cause a local tsunami on the land side and a distant tsunami that travels out across the ocean. The energy of the wave is dissipated only gradually but is spread out over the wave front. As the wave radiates away from the source, the front gets longer and the average energy reduces, so distant shores will generally be hit by weaker waves. However, as the speed of the wave is controlled by the water depth, it does not travel at the same speed in all directions and this affects the direction of the wave front. This effect, known as

text: refraction

text: , can focus the strength of an advancing tsunami on some areas while weakening it in others, according to the undersea topography along its path.

answers: NDQ_000702

answers: tsunamis

answers: NDQ_000704

answers: Which of the following is not caused by a tsunami: an underwater earthquake or landslide?

answers: NDQ_000706

answers: open ocean

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: Tsunamis into the open ocean

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: No

answers: NDQ_000725

answers: How often do Tides cause water levels to rise and fall?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: a tsunami warning

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth Day

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: amplitude of less than three feet

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tsunamis at this stage are often able to pass unnoticed

answers: NDQ_000739

answers: __

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Tsunamis

answers: NDQ_000746

answers: square root of the depth of the water

answers: NDQ_000702

answers: trigger event on the continental shelf

answers: NDQ_000704

answers: Measurements from a network of sea-level measuring stations

answers: NDQ_000706

answers: wave front.

answers: NDQ_000707

answers: kinetic energy,

answers: NDQ_000710

answers: sea-level measuring stations

answers: NDQ_000715

answers: wave front.

answers: NDQ_000718

answers: the front gets longer

answers: NDQ_000720

answers: tsunami.

answers: NDQ_000721

answers: trigger event

answers: NDQ_000722

answers: the speed of the wave is controlled by the water depth,

answers: NDQ_000723

answers: the front gets longer

answers: NDQ_000724

answers: around per hour,

answers: NDQ_000725

answers: per hour,

answers: NDQ_000726

answers: spread out over the wave front.

answers: NDQ_000727

answers: As the wave radiates away from the source, the front gets longer

answers: NDQ_000728

answers: seismic waves

answers: NDQ_000729

answers: refraction,

answers: NDQ_000730

answers: earthquakes

answers: NDQ_000731

answers: refraction,

answers: NDQ_000732

answers: the front gets longer

answers: NDQ_000733

answers: per hour,

answers: NDQ_000734

answers: trigger event

answers: NDQ_000735

answers: earthquakes travel around the world at around per hour,

answers: NDQ_000736

answers: around per hour,

answers: NDQ_000737

answers: travel around the world at around per hour,

answers: NDQ_000738

answers: distant shores will generally be hit by weaker waves.

answers: NDQ_000739

answers: water depth,

answers: NDQ_000740

answers: per hour,

answers: NDQ_000741

answers: Tsunamis,

answers: NDQ_000742

answers: tsunami

answers: NDQ_000743

answers: kinetic energy,

answers: NDQ_000744

answers: tsunami

answers: NDQ_000745

answers: displaced seawater is turned into kinetic energy, creating a shallow wave

answers: NDQ_000746

answers: per hour,

text: The knowledge of wind patterns and currents, the trade winds and the oceanic gyres in the Atlantic, and the determination of latitude led to the discovery of the best ocean route back from Africa: crossing the Central Atlantic to the Azores, using the winds and currents that spin clockwise in the Northern Hemisphere because of atmospheric circulation and the effect of Coriolis, facilitating the way to Lisbon and thus enabling the Portuguese to venture farther from shore, a manoeuvre that became known as the "volta do mar" (return of the sea). In 1565, the application of this principle in the Pacific Ocean led the Spanish discovering the Manila Galleon trade route.

text: The knowledge of wind patterns and

text: currents

text: , the

text: trade winds

text: and the

text: oceanic gyre

text: s in the Atlantic, and the determination of latitude led to the discovery of the best ocean route back from Africa: crossing the Central Atlantic to the Azores, using the winds and currents that spin clockwise in the Northern Hemisphere because of

text: atmospheric circulation

text: and the effect of

text: Coriolis

text: , facilitating the way to Lisbon and thus enabling the Portuguese to venture farther from shore, a manoeuvre that became known as the "volta do mar" (return of the sea). In 1565, the application of this principle in the Pacific Ocean led the Spanish discovering the

text: Manila Galleon

text: trade route.

answers: NDQ_000702

answers: atmospheric circulation

answers: NDQ_000704

answers: Which of the following is not an oceanic gyre: Atlantic, Pacific, or Pacific?

answers: NDQ_000706

answers: the Azores

answers: NDQ_000707

answers: atmospheric circulation and the effect of Coriolis

answers: NDQ_000710

answers: wind patterns and currents

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: hurricanes

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between a crest and a trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many days did the discovery of the best ocean route back from Africa take?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: atmospheric circulation

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: effect of Coriolis

answers: NDQ_000737

answers: trade winds

answers: NDQ_000738

answers: the Azores, using the winds and currents

answers: NDQ_000739

answers: tamed

answers: NDQ_000740

answers: Coriolis

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: Coriolis

answers: NDQ_000743

answers: Coriolis

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: Coriolis

answers: NDQ_000702

answers: atmospheric circulation

answers: NDQ_000704

answers: atmospheric circulation and the effect of Coriolis,

answers: NDQ_000706

answers: oceanic gyres

answers: NDQ_000707

answers: atmospheric circulation and the effect of Coriolis,

answers: NDQ_000710

answers: Coriolis,

answers: NDQ_000715

answers: oceanic gyres

answers: NDQ_000718

answers: Coriolis,

answers: NDQ_000720

answers: wind patterns and currents,

answers: NDQ_000721

answers: winds and currents that spin clockwise in the Northern Hemisphere

answers: NDQ_000722

answers: farther from shore,

answers: NDQ_000723

answers: Coriolis,

answers: NDQ_000724

answers: wind patterns and currents,

answers: NDQ_000725

answers: Coriolis,

answers: NDQ_000726

answers: wind patterns and currents,

answers: NDQ_000727

answers: currents, the trade winds and the oceanic gyres

answers: NDQ_000728

answers: wind patterns and currents,

answers: NDQ_000729

answers: clockwise

answers: NDQ_000730

answers: Coriolis,

answers: NDQ_000731

answers: Coriolis,

answers: NDQ_000732

answers: clockwise

answers: NDQ_000733

answers: Atlantic,

answers: NDQ_000734

answers: atmospheric circulation

answers: NDQ_000735

answers: clockwise

answers: NDQ_000736

answers: Coriolis,

answers: NDQ_000737

answers: oceanic gyres

answers: NDQ_000738

answers: clockwise in the Northern Hemisphere

answers: NDQ_000739

answers: shore,

answers: NDQ_000740

answers: atmospheric circulation and the effect of Coriolis,

answers: NDQ_000741

answers: currents,

answers: NDQ_000742

answers: Coriolis,

answers: NDQ_000743

answers: Coriolis,

answers: NDQ_000744

answers: Coriolis,

answers: NDQ_000745

answers: Coriolis,

answers: NDQ_000746

answers: Coriolis,

text: Angola current is a temporary ocean surface current. It is an extension of the Guinea Current, flowing near western Africa's coast. It is known to have created similar effects in the upwelling as El Niño, though its effect is weaker.

text: Angola current is a temporary ocean surface

text: current

text: . It is an extension of the

text: Guinea Current

text: , flowing near western Africa's coast. It is known to have created similar effects in the

text: upwelling

text: as

text: El Niño

text: , though its effect is weaker.

answers: NDQ_000702

answers: Guinea Current

answers: NDQ_000704

answers: Which of the following is not a surface current: Angola Current, Guinea Current, or El Ni o?

answers: NDQ_000706

answers: surface current

answers: NDQ_000707

answers: Angola current is a type of

answers: NDQ_000710

answers: Angola current closer to the coast

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How would you describe Angola current?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What is the difference between high and low tides

answers: NDQ_000728

answers: Angola current

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: None of the above choices.

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Angola Current

answers: NDQ_000737

answers: ocean surface current

answers: NDQ_000738

answers: Angola current is a temporary ocean surface current.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: Angola current

answers: NDQ_000743

answers: is an example of

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: surface current

answers: NDQ_000746

answers: NDQ_000702

answers: Angola current is a temporary ocean surface current.

answers: NDQ_000704

answers: ocean surface current.

answers: NDQ_000706

answers: surface current.

answers: NDQ_000707

answers: Angola current is a temporary ocean surface current.

answers: NDQ_000710

answers: El Ni<unk>o,

answers: NDQ_000715

answers: Angola current

answers: NDQ_000718

answers: El Ni<unk>o,

answers: NDQ_000720

answers: El Ni<unk>o,

answers: NDQ_000721

answers: El Ni<unk>o,

answers: NDQ_000722

answers: El Ni<unk>o,

answers: NDQ_000723

answers: Angola current is a temporary ocean surface current.

answers: NDQ_000724

answers: Angola current is a temporary ocean surface current.

answers: NDQ_000725

answers: El Ni<unk>o,

answers: NDQ_000726

answers: Angola current is a temporary ocean surface current.

answers: NDQ_000727

answers: Angola current is a temporary ocean surface current.

answers: NDQ_000728

answers: Angola current

answers: NDQ_000729

answers: El Ni<unk>o,

answers: NDQ_000730

answers: El Ni<unk>o,

answers: NDQ_000731

answers: El Ni<unk>o,

answers: NDQ_000732

answers: El Ni<unk>o,

answers: NDQ_000733

answers: El Ni<unk>o,

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: Angola current

answers: NDQ_000736

answers: El Ni<unk>o,

answers: NDQ_000737

answers: temporary ocean surface current.

answers: NDQ_000738

answers: El Ni<unk>o,

answers: NDQ_000739

answers: Angola current is a temporary ocean surface current.

answers: NDQ_000740

answers: El Ni<unk>o,

answers: NDQ_000741

answers: surface current.

answers: NDQ_000742

answers: Angola current

answers: NDQ_000743

answers: El Ni<unk>o,

answers: NDQ_000744

answers: Angola current

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: El Ni<unk>o,

text: In 493 BC the Roman consul Postumus Cominius Auruncus fought and defeated two armies from Antium, and as a result captured the Volscian towns of Longula, Pollusca and Corioli (to the north of Antium).

text: In 493 BC the Roman consul

text: Postumus Cominius Auruncus

text: fought and

text: defeated

text: two armies from Antium, and as a result captured the Volscian towns of

text: Longula

text: Pollusca

text: and

text: Corioli

text: (to the north of Antium).

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: Which of the following is not a volcano: Antium, Pollusca, or Corioli?

answers: NDQ_000706

answers: longula

answers: NDQ_000707

answers: a wave is too strong

answers: NDQ_000710

answers: ice to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the opposite of crest and trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices .

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How would you describe Auruncus?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: None of the above choices.

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: longula

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The Volscian towns of Longula, Pollusca and Corioli (to the north of Antium) were captured by the Roman consul

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: no

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: unanswerable

answers: NDQ_000746

answers: NDQ_000702

answers: fought and defeated two armies from Antium,

answers: NDQ_000704

answers: Antium,

answers: NDQ_000706

answers: Antium,

answers: NDQ_000707

answers: fought and defeated two armies from Antium,

answers: NDQ_000710

answers: Antium,

answers: NDQ_000715

answers: fought and defeated two armies from Antium,

answers: NDQ_000718

answers: In 493 BC

answers: NDQ_000720

answers: In 493 BC

answers: NDQ_000721

answers: In 493 BC

answers: NDQ_000722

answers: Antium,

answers: NDQ_000723

answers: Antium,

answers: NDQ_000724

answers: In 493 BC

answers: NDQ_000725

answers: In 493 BC

answers: NDQ_000726

answers: In 493 BC

answers: NDQ_000727

answers: Antium,

answers: NDQ_000728

answers: In 493 BC

answers: NDQ_000729

answers: Antium,

answers: NDQ_000730

answers: In 493 BC

answers: NDQ_000731

answers: In 493 BC

answers: NDQ_000732

answers: Antium,

answers: NDQ_000733

answers: 493 BC

answers: NDQ_000734

answers: fought and defeated two armies from Antium,

answers: NDQ_000735

answers: In 493 BC

answers: NDQ_000736

answers: Antium,

answers: NDQ_000737

answers: armies from Antium,

answers: NDQ_000738

answers: In 493 BC

answers: NDQ_000739

answers: Antium,

answers: NDQ_000740

answers: 493 BC

answers: NDQ_000741

answers: fought and defeated two armies from Antium,

answers: NDQ_000742

answers: Antium,

answers: NDQ_000743

answers: fought and defeated two armies from Antium,

answers: NDQ_000744

answers: In 493 BC

answers: NDQ_000745

answers: Antium,

answers: NDQ_000746

answers: In 493 BC

text: This pattern of deflection, and the direction of movement, is called Buys-Ballot's law. In the atmosphere, the pattern of flow is called a cyclone. In the Northern Hemisphere the direction of movement around a low-pressure area is anticlockwise. In the Southern Hemisphere, the direction of movement is clockwise because the rotational dynamics is a mirror image there. At high altitudes, outward-spreading air rotates in the opposite direction. Cyclones rarely form along the equator due to the weak Coriolis effect present in this region.

text: This pattern of deflection, and the direction of movement, is called

text: Buys-Ballot's law

text: . In the atmosphere, the pattern of flow is called a

text: cyclone

text: . In the Northern Hemisphere the direction of movement around a low-pressure area is anticlockwise. In the Southern Hemisphere, the direction of movement is clockwise because the rotational dynamics is a mirror image there. At high altitudes, outward-spreading air rotates in the opposite direction. Cyclones rarely form along the equator due to the weak Coriolis effect present in this region.

answers: NDQ_000702

answers: low-pressure area

answers: NDQ_000704

answers: In the Southern Hemisphere the direction of movement around a low-pressure area is

answers: NDQ_000706

answers: low-pressure area

answers: NDQ_000707

answers: Buys-Ballot's law states that

answers: NDQ_000710

answers: ice to the surface of the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is Buys-Ballot's law?

answers: NDQ_000720

answers: What is Buys-Ballot's law?

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: What is Buys-Ballot's law?

answers: NDQ_000724

answers: Which of the following is not caused by winds: Buys-Ballot's law, rotational dynamics, or Coriolis effect?

answers: NDQ_000725

answers: Which of the following is not a type of cyclone?

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: What is Buys-Ballot's law?

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: What is the opposite of anticlockwise?

answers: NDQ_000732

answers: Cyclones rarely form along the equator due to the weak

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: low-pressure

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: direction of movement is clockwise

answers: NDQ_000737

answers: low-pressure area

answers: NDQ_000738

answers: At high altitudes, outward-spreading air rotates in the opposite direction

answers: NDQ_000739

answers: low-pressure

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Cyclones

answers: NDQ_000742

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: low-pressure area

answers: NDQ_000745

answers: cyclone

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: a cyclone.

answers: NDQ_000704

answers: outward-spreading air rotates in the opposite direction.

answers: NDQ_000706

answers: equator

answers: NDQ_000707

answers: deflection,

answers: NDQ_000710

answers: outward-spreading air

answers: NDQ_000715

answers: Buys-Ballot's law.

answers: NDQ_000718

answers: Buys-Ballot's law.

answers: NDQ_000720

answers: cyclone.

answers: NDQ_000721

answers: Buys-Ballot's law.

answers: NDQ_000722

answers: weak Coriolis effect

answers: NDQ_000723

answers: Buys-Ballot's law.

answers: NDQ_000724

answers: cyclone.

answers: NDQ_000725

answers: Buys-Ballot's law.

answers: NDQ_000726

answers: Buys-Ballot's law.

answers: NDQ_000727

answers: Buys-Ballot's law.

answers: NDQ_000728

answers: cyclone.

answers: NDQ_000729

answers: weak Coriolis effect

answers: NDQ_000730

answers: Buys-Ballot's law.

answers: NDQ_000731

answers: anticlockwise.

answers: NDQ_000732

answers: Cyclones rarely form along the equator

answers: NDQ_000733

answers: Buys-Ballot's law.

answers: NDQ_000734

answers: low-pressure

answers: NDQ_000735

answers: anticlockwise.

answers: NDQ_000736

answers: clockwise

answers: NDQ_000737

answers: cyclone.

answers: NDQ_000738

answers: outward-spreading air rotates in the opposite direction.

answers: NDQ_000739

answers: Buys-Ballot's law.

answers: NDQ_000740

answers: Buys-Ballot's law.

answers: NDQ_000741

answers: a cyclone.

answers: NDQ_000742

answers: Buys-Ballot's law.

answers: NDQ_000743

answers: Buys-Ballot's law.

answers: NDQ_000744

answers: Buys-Ballot's law.

answers: NDQ_000745

answers: Buys-Ballot's law.

answers: NDQ_000746

answers: Buys-Ballot's law.

text: This reissue of Initiation makes several changes to the album.  The running order has been changed; the track "When I Was In My Prime" has been dropped;  "Strategies of Movement" is heard in a longer mix; and the track "Ocean" is only heard in remixed form, as a bonus track.  Other bonus tracks include remixes of "Tsunami" and "Cun Lacoudhir", and three previously unreleased outtakes.

text: This reissue of Initiation makes several changes to the album.  The running order has been changed; the track "When I Was In My Prime" has been dropped;  "Strategies of Movement" is heard in a longer mix; and the track "Ocean" is only heard in remixed form, as a bonus track.  Other bonus tracks include remixes of "Tsunami" and "Cun Lacoudhir", and three previously unreleased outtakes.

answers: NDQ_000702

answers: Ocean

answers: NDQ_000704

answers: "Ocean" is only heard in remixed form

answers: NDQ_000706

answers: Tuvalu

answers: NDQ_000707

answers: Ocean is only heard in remixed form

answers: NDQ_000710

answers: "Ocean"

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Tsunami

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: Tsunami

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Ocean

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: surface currents to flow diagonally

answers: NDQ_000733

answers: album

answers: NDQ_000734

answers: ocean

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Ocean only heard in remixed form, as a bonus track

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: "Ocean" is only heard in remixed form

answers: NDQ_000739

answers: remixed

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Tsunami

answers: NDQ_000742

answers: Tsunami

answers: NDQ_000743

answers: Tsunami

answers: NDQ_000744

answers: Tsunami

answers: NDQ_000745

answers: Tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: "Tsunami"

answers: NDQ_000704

answers: "When I Was In My Prime"

answers: NDQ_000706

answers: "Tsunami"

answers: NDQ_000707

answers: "Tsunami"

answers: NDQ_000710

answers: three previously unreleased outtakes.

answers: NDQ_000715

answers: "Tsunami"

answers: NDQ_000718

answers: a longer mix;

answers: NDQ_000720

answers: "Tsunami"

answers: NDQ_000721

answers: "Tsunami"

answers: NDQ_000722

answers: dropped;

answers: NDQ_000723

answers: "When I Was In My Prime"

answers: NDQ_000724

answers: "Tsunami"

answers: NDQ_000725

answers: "Tsunami" and "Cun Lacoudhir",

answers: NDQ_000726

answers: "Tsunami" and "Cun Lacoudhir",

answers: NDQ_000727

answers: "When I Was In My Prime"

answers: NDQ_000728

answers: "Tsunami"

answers: NDQ_000729

answers: "When I Was In My Prime"

answers: NDQ_000730

answers: "Tsunami"

answers: NDQ_000731

answers: "Tsunami" and "Cun Lacoudhir",

answers: NDQ_000732

answers: "Tsunami" and "Cun Lacoudhir",

answers: NDQ_000733

answers: "When I Was In My Prime"

answers: NDQ_000734

answers: "Tsunami"

answers: NDQ_000735

answers: Prime"

answers: NDQ_000736

answers: "When I Was In My Prime"

answers: NDQ_000737

answers: bonus track.

answers: NDQ_000738

answers: "When I Was In My Prime" has been dropped;

answers: NDQ_000739

answers: remixed form, as a bonus track.

answers: NDQ_000740

answers: "Tsunami" and "Cun Lacoudhir",

answers: NDQ_000741

answers: "Tsunami"

answers: NDQ_000742

answers: "Tsunami"

answers: NDQ_000743

answers: Movement"

answers: NDQ_000744

answers: "Tsunami"

answers: NDQ_000745

answers: "Tsunami"

answers: NDQ_000746

answers: Prime"

text: Instead of a classic alignment system acting as a character's ethical and moral compass, Torment: Tides of Numenera will use "Tides" to represent the reactions a person inspires in their peers. Each Tide has a specific color and embodies a number of nuanced concepts that are associated with it. The composition of Tides a character has manipulated the most determines their Legacy, which roughly describes the way they have taken in life. Different Legacies may affect what bonuses and powers certain weapons and relics provide, as well as give a character special abilities and enhance certain skills.

text: Instead of a classic

text: alignment

text: system acting as a character's ethical and moral compass, Torment: Tides of Numenera will use "Tides" to represent the reactions a person inspires in their peers. Each Tide has a specific color and embodies a number of nuanced concepts that are associated with it. The composition of Tides a character has manipulated the most determines their Legacy, which roughly describes the way they have taken in life. Different Legacies may affect what bonuses and powers certain weapons and relics provide, as well as give a character special abilities and enhance certain skills.

answers: NDQ_000702

answers: reactions a person inspires in their peers

answers: NDQ_000704

answers: Which of the following is not a color: red, blue, or green?

answers: NDQ_000706

answers: Tide

answers: NDQ_000707

answers: Tide is too low

answers: NDQ_000710

answers: a character special abilities

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Tide

answers: NDQ_000721

answers: the Sun

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: What are the waves caused by?

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: Tide

answers: NDQ_000727

answers: Tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: not enough information

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Tides

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: color blue

answers: NDQ_000737

answers: Tide

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: Tide

answers: NDQ_000741

answers: Tide

answers: NDQ_000742

answers: Tide

answers: NDQ_000743

answers: a person inspires in their peers

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: Tide

answers: NDQ_000702

answers: reactions a person inspires in their peers.

answers: NDQ_000704

answers: "Tides"

answers: NDQ_000706

answers: Tides

answers: NDQ_000707

answers: Tides

answers: NDQ_000710

answers: Legacy,

answers: NDQ_000715

answers: Legacy,

answers: NDQ_000718

answers: Tides of Numenera

answers: NDQ_000720

answers: Tides of Numenera

answers: NDQ_000721

answers: Tides of Numenera

answers: NDQ_000722

answers: Tides of Numenera

answers: NDQ_000723

answers: Tides of Numenera

answers: NDQ_000724

answers: Tides

answers: NDQ_000725

answers: Tides

answers: NDQ_000726

answers: Tides of Numenera

answers: NDQ_000727

answers: color

answers: NDQ_000728

answers: Tides of Numenera

answers: NDQ_000729

answers: Tides of Numenera

answers: NDQ_000730

answers: Tides of Numenera

answers: NDQ_000731

answers: Tides of Numenera

answers: NDQ_000732

answers: Tides of Numenera

answers: NDQ_000733

answers: Tides of Numenera

answers: NDQ_000734

answers: reactions a person inspires in their peers.

answers: NDQ_000735

answers: Tides of Numenera

answers: NDQ_000736

answers: a specific color

answers: NDQ_000737

answers: Tides

answers: NDQ_000738

answers: a character's ethical and moral compass,

answers: NDQ_000739

answers: Tides of Numenera

answers: NDQ_000740

answers: Tides

answers: NDQ_000741

answers: Tides

answers: NDQ_000742

answers: Tides of Numenera

answers: NDQ_000743

answers: Legacy, which roughly describes the way they have taken in life.

answers: NDQ_000744

answers: Tides

answers: NDQ_000745

answers: Tides

answers: NDQ_000746

answers: Numenera

text: The layers of sedimentary rock show evidence of a deep-sea fan. A deep-sea fan is caused when there is dense, turbulent sediment filled water flowing down a submarine canyon. This highly dense water is called a turbidity current. Something that may cause a turbidity current are earthquakes or storms that create a submarine slide. When this sediment filled water leaves the end of the canyon it spreads out in a fan like shape. The sediment is thinner and thinner the farther away the sediment is from the submarine canyon. All of these layers of sedimentary rock are created thousands of feet below the ocean’s surface but now the layers are visible above the surface of the water. This is because the Pacific plate and the North American plate are moving against each other; since the oceanic plate is lower, it is being forced below the continental plate in a process called subduction. While the oceanic plate is being subducted, the continental plate is scraping off the top layers of the oceanic plate slowly bringing them to the surface.

text: The layers of sedimentary rock show evidence of a

text: deep-sea fan

text: . A deep-sea fan is caused when there is dense, turbulent

text: sediment

text: filled water flowing down a

text: submarine canyon

text: . This highly dense water is called a

text: turbidity current

text: . Something that may cause a turbidity current are

text: earthquake

text: s or storms that create a submarine slide. When this sediment filled water leaves the end of the canyon it spreads out in a fan like shape. The sediment is thinner and thinner the farther away the sediment is from the submarine canyon. All of these layers of sedimentary rock are created thousands of feet below the ocean’s surface but now the layers are visible above the surface of the water. This is because the

text: Pacific plate

text: and the

text: North American plate

text: are moving against each other; since the oceanic plate is lower, it is being forced below the continental plate in a process called

text: subduction

text: . While the oceanic plate is being subducted, the continental plate is scraping off the top layers of the oceanic plate slowly bringing them to the surface.

answers: NDQ_000702

answers: subduction

answers: NDQ_000704

answers: Which of the following is not a cause of a deep-sea fan: earthquakes or storms?

answers: NDQ_000706

answers: subduction

answers: NDQ_000707

answers: sediment fills the water.

answers: NDQ_000710

answers: sediment to the surface

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Which of the following is not a cause of a deep-sea fan?

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: Which of the following is true of the water on shore?

answers: NDQ_000723

answers: What is the difference between a crest and a trough?

answers: NDQ_000724

answers: Which of the following is not a type of wind?

answers: NDQ_000725

answers: Which of the following is not a cause of a deep-sea fan?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: What is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a cause of spring tides?

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: subduction

answers: NDQ_000735

answers: in the same direction

answers: NDQ_000736

answers: Pacific plate moving against each other

answers: NDQ_000737

answers: oceanic plate

answers: NDQ_000738

answers: The continental plate is scraping off the top layers of the oceanic plate slowly bringing them to the surface.

answers: NDQ_000739

answers: turbid

answers: NDQ_000740

answers: subduction

answers: NDQ_000741

answers: turbidity current

answers: NDQ_000742

answers: NDQ_000743

answers: subduction

answers: NDQ_000744

answers: NDQ_000745

answers: subduction

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: deep-sea fan.

answers: NDQ_000704

answers: turbidity current.

answers: NDQ_000706

answers: deep-sea fan.

answers: NDQ_000707

answers: a turbidity current.

answers: NDQ_000710

answers: bringing them to the surface.

answers: NDQ_000715

answers: turbidity current.

answers: NDQ_000718

answers: turbidity current.

answers: NDQ_000720

answers: earthquakes or storms

answers: NDQ_000721

answers: deep-sea fan.

answers: NDQ_000722

answers: thinner and thinner the farther away the sediment is from the submarine canyon.

answers: NDQ_000723

answers: deep-sea fan.

answers: NDQ_000724

answers: deep-sea fan.

answers: NDQ_000725

answers: deep-sea fan.

answers: NDQ_000726

answers: turbidity current.

answers: NDQ_000727

answers: thinner and thinner the farther away the sediment is from the submarine canyon.

answers: NDQ_000728

answers: deep-sea fan.

answers: NDQ_000729

answers: Pacific plate and the North American plate are moving against each other;

answers: NDQ_000730

answers: subduction.

answers: NDQ_000731

answers: deep-sea fan.

answers: NDQ_000732

answers: subduction.

answers: NDQ_000733

answers: deep-sea fan.

answers: NDQ_000734

answers: subduction.

answers: NDQ_000735

answers: deep-sea fan.

answers: NDQ_000736

answers: deep-sea fan.

answers: NDQ_000737

answers: deep-sea fan.

answers: NDQ_000738

answers: deep-sea fan.

answers: NDQ_000739

answers: turbidity current.

answers: NDQ_000740

answers: The sediment is thinner and thinner

answers: NDQ_000741

answers: turbidity current.

answers: NDQ_000742

answers: deep-sea fan.

answers: NDQ_000743

answers: earthquakes

answers: NDQ_000744

answers: deep-sea fan.

answers: NDQ_000745

answers: the continental plate is scraping off the top layers of the oceanic plate

answers: NDQ_000746

answers: dense

text: Fronts have a variety of causes, which involve ocean currents, wind, and coriolis forces.

text: Fronts have a variety of causes, which involve

text: ocean currents

text: wind

text: , and

text: coriolis forces

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: fronts

answers: NDQ_000707

answers: ocean currents push the water

answers: NDQ_000710

answers: ocean currents closer together.

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Coriolis forces

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a cause of fronts?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Coriolis forces are a type of

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: (d).

answers: NDQ_000728

answers: Coriolis forces

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of fronts?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: coriolis forces

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: It is a natural phenomenon.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: can cause fronts

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: can be caused by the moon

answers: NDQ_000743

answers: can cause fronts

answers: NDQ_000744

answers: can be caused by the moon

answers: NDQ_000745

answers: causes fronts

answers: NDQ_000746

answers: NDQ_000702

answers: ocean currents,

answers: NDQ_000704

answers: ocean currents,

answers: NDQ_000706

answers: Fronts have a variety of causes, which involve ocean currents,

answers: NDQ_000707

answers: ocean currents, wind, and coriolis forces.

answers: NDQ_000710

answers: Fronts

answers: NDQ_000715

answers: ocean currents, wind, and coriolis forces.

answers: NDQ_000718

answers: coriolis forces.

answers: NDQ_000720

answers: Fronts

answers: NDQ_000721

answers: Fronts have a variety of causes,

answers: NDQ_000722

answers: Fronts

answers: NDQ_000723

answers: Fronts

answers: NDQ_000724

answers: Fronts

answers: NDQ_000725

answers: Fronts

answers: NDQ_000726

answers: wind, and coriolis forces.

answers: NDQ_000727

answers: Fronts

answers: NDQ_000728

answers: Fronts

answers: NDQ_000729

answers: coriolis forces.

answers: NDQ_000730

answers: ocean currents, wind, and coriolis forces.

answers: NDQ_000731

answers: Fronts

answers: NDQ_000732

answers: coriolis forces.

answers: NDQ_000733

answers: Fronts

answers: NDQ_000734

answers: ocean currents,

answers: NDQ_000735

answers: Fronts

answers: NDQ_000736

answers: ocean currents, wind, and coriolis forces.

answers: NDQ_000737

answers: Fronts

answers: NDQ_000738

answers: Fronts

answers: NDQ_000739

answers: Fronts

answers: NDQ_000740

answers: ocean currents, wind, and coriolis forces.

answers: NDQ_000741

answers: currents,

answers: NDQ_000742

answers: Fronts

answers: NDQ_000743

answers: ocean currents, wind, and coriolis forces.

answers: NDQ_000744

answers: Fronts

answers: NDQ_000745

answers: ocean currents,

answers: NDQ_000746

answers: coriolis forces.

text: Water can be moved through coral reefs in various ways, including current rings, surface waves, internal waves and tidal changes.  Movement is generally created by tides and wind. As tides interact with varying bathymetry and wind mixes with surface water, internal waves are created. An internal wave is a gravity wave that moves along density stratification within the ocean. When a water parcel encounters a different density it will oscillate and create internal waves. While internal waves generally have a lower frequency than surface waves, they often form as a single wave that breaks into multiple waves as it hits a slope and moves upward. This vertical break up of internal waves causes significant diapycnal mixing and turbulence. Internal waves can act as nutrient pumps, bringing plankton and cool nutrient-rich water up to the surface.

text: Water can be moved through coral reefs in various ways, including current rings, surface waves, internal waves and tidal changes.  Movement is generally created by tides and wind. As tides interact with varying bathymetry and wind mixes with surface water, internal waves are created. An internal wave is a gravity wave that moves along density stratification within the ocean. When a water parcel encounters a different density it will oscillate and create internal waves. While internal waves generally have a lower frequency than surface waves, they often form as a single wave that breaks into multiple waves as it hits a slope and moves upward. This vertical break up of internal waves causes significant diapycnal mixing and turbulence. Internal waves can act as nutrient pumps, bringing plankton and cool nutrient-rich water up to the surface.

answers: NDQ_000702

answers: tidal changes

answers: NDQ_000704

answers: Which of the following is not a type of wave: surface waves, internal waves, or tidal changes?

answers: NDQ_000706

answers: internal waves

answers: NDQ_000707

answers: it hits a slope

answers: NDQ_000710

answers: nutrient-rich water to the surface

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices are true

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How often do tides cause water levels to rise and fall?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: surface waves

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: Which of the following is not a type of tide?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean day

answers: NDQ_000734

answers: tidal changes

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: internal waves

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: nutrient-rich water up to the surface.

answers: NDQ_000739

answers: tidal

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: can be moved through coral reefs

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Internal waves

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: varying bathymetry

answers: NDQ_000704

answers: current rings, surface waves,

answers: NDQ_000706

answers: internal wave is a gravity wave that moves along density stratification

answers: NDQ_000707

answers: hits a slope and moves upward.

answers: NDQ_000710

answers: nutrient pumps, bringing plankton

answers: NDQ_000715

answers: surface waves,

answers: NDQ_000718

answers: internal waves. While internal waves generally have a lower frequency than surface waves,

answers: NDQ_000720

answers: internal waves.

answers: NDQ_000721

answers: tides

answers: NDQ_000722

answers: internal waves. While internal waves generally have a lower frequency than surface waves,

answers: NDQ_000723

answers: internal waves are created. An internal wave is a gravity wave

answers: NDQ_000724

answers: internal waves

answers: NDQ_000725

answers: tides

answers: NDQ_000726

answers: internal waves are created. An internal wave is a gravity wave

answers: NDQ_000727

answers: tidal changes.

answers: NDQ_000728

answers: internal waves

answers: NDQ_000729

answers: tides

answers: NDQ_000730

answers: internal waves are created. An internal wave

answers: NDQ_000731

answers: varying bathymetry

answers: NDQ_000732

answers: internal waves

answers: NDQ_000733

answers: tides

answers: NDQ_000734

answers: varying bathymetry

answers: NDQ_000735

answers: tides

answers: NDQ_000736

answers: internal waves

answers: NDQ_000737

answers: tidal changes.

answers: NDQ_000738

answers: surface waves,

answers: NDQ_000739

answers: a water parcel encounters a different density

answers: NDQ_000740

answers: tidal changes.

answers: NDQ_000741

answers: internal waves

answers: NDQ_000742

answers: tides

answers: NDQ_000743

answers: gravity wave

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: Internal waves can act as nutrient pumps,

answers: NDQ_000746

answers: density

text: Tide-Pool Plaza features three living tide pools where visitors can touch and learn about tide-pool animals with docents. Windows in the habitats provide up-close views of starfish, hermit crabs, sea cucumbers, lobsters, and other animals local to San Diego's tide pools. The tide pool overlooks La Jolla and the Pacific Ocean.

text: Tide-Pool Plaza features three living

text: tide pools

text: where visitors can touch and learn about tide-pool animals with docents. Windows in the habitats provide up-close views of

text: starfish

text: hermit crab

text: s,

text: sea cucumber

text: s,

text: lobsters

text: , and other animals local to San Diego's tide pools. The tide pool overlooks

text: La Jolla

text: and the

text: Pacific Ocean

answers: NDQ_000702

answers: Pacific Ocean

answers: NDQ_000704

answers: Which of the following is not a type of animal: starfish, hermit crabs, sea cucumbers or lobsters?

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: the tide is too low.

answers: NDQ_000710

answers: tide pools closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a type of animal: starfish, hermit crabs, or lobsters?

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: The Pacific Ocean

answers: NDQ_000729

answers: Which of the following is not a type of animal: starfish, lobsters, or La Jolla?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring, summer, or autumn?

answers: NDQ_000732

answers: What ocean does Tide-Pool Plaza overlook?

answers: NDQ_000733

answers: San Diego

answers: NDQ_000734

answers: ocean tides

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Pacific Ocean

answers: NDQ_000737

answers: Pacific Ocean

answers: NDQ_000738

answers: Tide-Pool Plaza features three living tide pools

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: tide pools

answers: NDQ_000741

answers: tide pools

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: tide pools

answers: NDQ_000745

answers: tide pools

answers: NDQ_000746

answers: NDQ_000702

answers: Pacific Ocean.

answers: NDQ_000704

answers: tide pools

answers: NDQ_000706

answers: Pacific Ocean.

answers: NDQ_000707

answers: tide pools

answers: NDQ_000710

answers: Windows in the habitats provide up-close views

answers: NDQ_000715

answers: Tide-Pool Plaza

answers: NDQ_000718

answers: Tide-Pool Plaza features three living tide pools

answers: NDQ_000720

answers: Pacific Ocean.

answers: NDQ_000721

answers: Pacific Ocean.

answers: NDQ_000722

answers: tide pools

answers: NDQ_000723

answers: Tide-Pool Plaza features three living tide pools

answers: NDQ_000724

answers: Tide-Pool Plaza features three living tide pools

answers: NDQ_000725

answers: tide pools

answers: NDQ_000726

answers: Tide-Pool Plaza features three living tide pools

answers: NDQ_000727

answers: tide pools

answers: NDQ_000728

answers: Tide-Pool Plaza features three living tide pools

answers: NDQ_000729

answers: Pacific Ocean.

answers: NDQ_000730

answers: Tide-Pool Plaza features three living tide pools

answers: NDQ_000731

answers: Tide-Pool Plaza features three living tide pools

answers: NDQ_000732

answers: Tide-Pool Plaza features three living tide pools

answers: NDQ_000733

answers: San Diego's tide pools.

answers: NDQ_000734

answers: Pacific Ocean.

answers: NDQ_000735

answers: tide pools

answers: NDQ_000736

answers: tide pools

answers: NDQ_000737

answers: Pacific Ocean.

answers: NDQ_000738

answers: Pacific Ocean.

answers: NDQ_000739

answers: tide pools

answers: NDQ_000740

answers: tide pools

answers: NDQ_000741

answers: tide pools

answers: NDQ_000742

answers: tide pools

answers: NDQ_000743

answers: tide-pool animals with docents.

answers: NDQ_000744

answers: tide pools

answers: NDQ_000745

answers: tide pools

answers: NDQ_000746

answers: tide-pool animals with docents.

text: In studies with Manduca sexta, moths have dynamic flight sensory abilities due to their antennae. The antennae are vibrated in a plane so that when the body of the moth rotates during controlled aerial maneuvers, the antennae are subject to the inertial coriolis forces that are linearly proportional to the angular velocity of the body. The coriolis forces cause deflections of the antennae, which are detected by the Johnston's organ at the base of each antenna, with strong frequency responses at the beat frequency of the antennae (around 25 Hz) and at twice the beat frequency. The relative magnitude of the two frequency responses enables the moth to distinguish rotation around the different principal axes, allowing for rapid course control during aerial maneuvers.

text: In studies with

text: Manduca sexta

text: , moths have dynamic flight sensory abilities due to their antennae. The antennae are vibrated in a plane so that when the body of the moth rotates during controlled aerial maneuvers, the antennae are subject to the

text: inertial

text: coriolis forces

text: that are linearly proportional to the angular velocity of the body. The coriolis forces cause deflections of the antennae, which are detected by the

text: Johnston's organ

text: at the base of each antenna, with strong frequency responses at the beat frequency of the antennae (around 25 Hz) and at twice the beat frequency. The relative magnitude of the two frequency responses enables the moth to distinguish rotation around the different

text: principal axes

text: , allowing for rapid course control during aerial maneuvers.

answers: NDQ_000702

answers: unanswerable

answers: NDQ_000704

answers: What causes the antennae to vibrate in a plane?

answers: NDQ_000706

answers: at twice the beat frequency

answers: NDQ_000707

answers: Coriolis forces cause deflections

answers: NDQ_000710

answers: Johnston's organ

answers: NDQ_000715

answers: relative magnitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: relative magnitude of the two frequency responses

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: coriolis forces

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: inertial coriolis forces that are linearly proportional to the angular velocity

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: Coriolis forces

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: inertial coriolis forces

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: coriolis forces

answers: NDQ_000746

answers: linearly proportional

answers: NDQ_000702

answers: inertial coriolis forces

answers: NDQ_000704

answers: inertial coriolis forces

answers: NDQ_000706

answers: 25 Hz) and at twice the beat frequency.

answers: NDQ_000707

answers: The coriolis forces

answers: NDQ_000710

answers: The coriolis forces cause deflections of the antennae,

answers: NDQ_000715

answers: twice the beat frequency.

answers: NDQ_000718

answers: frequency responses at the beat frequency

answers: NDQ_000720

answers: inertial coriolis forces

answers: NDQ_000721

answers: inertial coriolis forces

answers: NDQ_000722

answers: inertial coriolis forces

answers: NDQ_000723

answers: Manduca sexta,

answers: NDQ_000724

answers: inertial coriolis forces

answers: NDQ_000725

answers: inertial coriolis forces

answers: NDQ_000726

answers: inertial coriolis forces

answers: NDQ_000727

answers: inertial coriolis forces

answers: NDQ_000728

answers: inertial coriolis forces

answers: NDQ_000729

answers: inertial coriolis forces

answers: NDQ_000730

answers: inertial coriolis forces

answers: NDQ_000731

answers: different principal axes,

answers: NDQ_000732

answers: inertial coriolis forces

answers: NDQ_000733

answers: 25 Hz) and at twice the beat frequency.

answers: NDQ_000734

answers: inertial coriolis forces

answers: NDQ_000735

answers: inertial coriolis forces

answers: NDQ_000736

answers: inertial coriolis forces

answers: NDQ_000737

answers: Manduca sexta,

answers: NDQ_000738

answers: In studies with Manduca sexta,

answers: NDQ_000739

answers: inertial coriolis forces

answers: NDQ_000740

answers: inertial coriolis forces

answers: NDQ_000741

answers: coriolis

answers: NDQ_000742

answers: inertial coriolis forces

answers: NDQ_000743

answers: inertial coriolis forces

answers: NDQ_000744

answers: inertial coriolis forces

answers: NDQ_000745

answers: inertial coriolis forces

answers: NDQ_000746

answers: linearly proportional

text: The Dosado can also be fractionalized— 1/4 Dosado results in the active dancers standing side-by-side right hip-to-right hip, 1/2 Dosado results in the active dancers standing back-to-back, and 3/4 Dosado results in the active dancers standing side-by-side left hip-to-left hip.  When standing side-to-side the dancers join adjacent hands palm-to-palm to make a mini-wave (in the case of two people), an ocean wave (in the case of three-six people), or a tidal wave (in the case of eight people).

text: The Dosado can also be fractionalized— 1/4 Dosado results in the active dancers standing side-by-side right hip-to-right hip, 1/2 Dosado results in the active dancers standing back-to-back, and 3/4 Dosado results in the active dancers standing side-by-side left hip-to-left hip.  When standing side-to-side the dancers join adjacent hands palm-to-palm to make a mini-wave (in the case of two people), an ocean wave (in the case of three-six people), or a tidal wave (in the case of eight people).

answers: NDQ_000702

answers: tidal wave

answers: NDQ_000704

answers: Which of the following is not a type of wave: ocean wave, tidal wave or mini-wave?

answers: NDQ_000706

answers: tidal wave

answers: NDQ_000707

answers: two people are standing side-by-side

answers: NDQ_000710

answers: tidal waves

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: ocean wave, tidal wave, or crest?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many people are mentioned in the passage?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: 1/4 Dosado

answers: NDQ_000728

answers: ocean wave

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: 1/4 Dosado

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: 1/2 Dosado

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tidal wave (in the case of eight people)

answers: NDQ_000739

answers: standing side-to-side

answers: NDQ_000740

answers: Tidal

answers: NDQ_000741

answers: ocean wave

answers: NDQ_000742

answers: tidal wave

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: ocean wave

answers: NDQ_000746

answers: fractionalized

answers: NDQ_000702

answers: ocean wave

answers: NDQ_000704

answers: ocean wave

answers: NDQ_000706

answers: three-six people), or a tidal wave

answers: NDQ_000707

answers: tidal

answers: NDQ_000710

answers: tidal wave

answers: NDQ_000715

answers: ocean wave

answers: NDQ_000718

answers: ocean wave

answers: NDQ_000720

answers: ocean wave

answers: NDQ_000721

answers: The Dosado

answers: NDQ_000722

answers: tidal wave

answers: NDQ_000723

answers: tidal wave

answers: NDQ_000724

answers: ocean wave

answers: NDQ_000725

answers: tidal wave

answers: NDQ_000726

answers: tidal wave

answers: NDQ_000727

answers: tidal wave

answers: NDQ_000728

answers: tidal wave

answers: NDQ_000729

answers: ocean wave

answers: NDQ_000730

answers: tidal wave

answers: NDQ_000731

answers: tidal wave

answers: NDQ_000732

answers: back-to-back,

answers: NDQ_000733

answers: The Dosado

answers: NDQ_000734

answers: tidal wave

answers: NDQ_000735

answers: The Dosado

answers: NDQ_000736

answers: tidal wave

answers: NDQ_000737

answers: ocean wave

answers: NDQ_000738

answers: back-to-back,

answers: NDQ_000739

answers: ocean wave

answers: NDQ_000740

answers: tidal

answers: NDQ_000741

answers: ocean wave

answers: NDQ_000742

answers: ocean wave

answers: NDQ_000743

answers: mini-wave

answers: NDQ_000744

answers: tidal wave

answers: NDQ_000745

answers: tidal wave

answers: NDQ_000746

answers: 1/4

text: As a direct result of the Indian Ocean tsunami, a re-appraisal of the tsunami threat for all coastal areas is being undertaken by national governments and the United Nations Disaster Mitigation Committee. A tsunami warning system is being installed in the Indian Ocean.

text: As a direct result of the Indian Ocean tsunami, a re-appraisal of the tsunami threat for all coastal areas is being undertaken by national governments and the United Nations Disaster Mitigation Committee. A tsunami warning system is being installed in the Indian Ocean.

answers: NDQ_000702

answers: Indian Ocean tsunami

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Atlantic, Pacific, or Indian?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a tsunami is coming

answers: NDQ_000710

answers: ocean water closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or tsunami?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: (iii).

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Indian Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: tsunami warning system is being installed in the Indian Ocean.

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be defined as

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: Indian Ocean tsunami,

answers: NDQ_000704

answers: Indian Ocean tsunami,

answers: NDQ_000706

answers: coastal areas

answers: NDQ_000707

answers: tsunami,

answers: NDQ_000710

answers: Indian Ocean tsunami,

answers: NDQ_000715

answers: Indian Ocean tsunami,

answers: NDQ_000718

answers: United Nations Disaster Mitigation Committee.

answers: NDQ_000720

answers: Indian Ocean tsunami,

answers: NDQ_000721

answers: Indian Ocean tsunami,

answers: NDQ_000722

answers: Indian Ocean tsunami,

answers: NDQ_000723

answers: Indian Ocean tsunami,

answers: NDQ_000724

answers: tsunami,

answers: NDQ_000725

answers: tsunami warning system is being installed in the Indian Ocean.

answers: NDQ_000726

answers: Indian Ocean tsunami,

answers: NDQ_000727

answers: Indian Ocean tsunami,

answers: NDQ_000728

answers: tsunami warning system

answers: NDQ_000729

answers: As a direct result of the Indian Ocean tsunami,

answers: NDQ_000730

answers: Indian Ocean tsunami,

answers: NDQ_000731

answers: Indian Ocean tsunami,

answers: NDQ_000732

answers: tsunami warning system is being installed in the Indian Ocean.

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: Indian Ocean tsunami,

answers: NDQ_000735

answers: Indian Ocean tsunami,

answers: NDQ_000736

answers: Indian Ocean tsunami,

answers: NDQ_000737

answers: Indian Ocean.

answers: NDQ_000738

answers: Indian Ocean tsunami,

answers: NDQ_000739

answers: tsunami warning system is being installed in the Indian Ocean.

answers: NDQ_000740

answers: tsunami warning system is being installed in the Indian Ocean.

answers: NDQ_000741

answers: tsunami,

answers: NDQ_000742

answers: Indian Ocean tsunami,

answers: NDQ_000743

answers: Indian Ocean tsunami,

answers: NDQ_000744

answers: Indian Ocean tsunami,

answers: NDQ_000745

answers: tsunami,

answers: NDQ_000746

answers: Indian Ocean tsunami,

text: Tidal flooding, also known as sunny day flooding or nuisance flooding, is the temporary inundation of low-lying areas, especially streets, during exceptionally high tide events, such as at full and new moons. The highest tides of the year may be known as the king tide, with the month varying by location. In Florida, controversy was created when state-level government mandated that the term "nuisance flooding" and other terms be used in place of terms such as sea level rise, climate change and global warming, prompting allegations of climate change denial, specifically against Governor Rick Scott. This amid Florida, specifically South Florida and the Miami metropolitan area being one of the most at risk area in the world for the potential effects of sea level rise, and where the frequency and severity of tidal flooding events increased in the 21st century. The issue is more bipartisan in South Florida, particularly in places like Miami Beach, where a several hundred million dollar project is underway to install more than 50 pumps and physically raise roads to combat the flooding, mainly along the west side of South Beach, formerly a mangrove wetland where the average elevation is less than one meter (3.3 feet). In the Miami area, where the vast majority of the land is below , even a one-foot increase over the average high tide can cause widespread flooding. The 2015 and 2016 king tide event levels reached about  MLLW,  above mean sea level, or about  NAVD88, and nearly the same above MHHW. While the tide range is very small in Miami, averaging about , with the greatest range being less than , the area is very acute to minute differences down to single inches due to the vast area low elevation. NOAA tide gauge data for most stations shows current water level graphs relative to a fixed datum, as well as mean sea level trends for some stations. During the king tides, the local Miami area tide gauge at Virginia Key shows levels running at times  or more over datum.

text: Tidal flooding, also known as sunny day flooding or nuisance flooding, is the temporary inundation of low-lying areas, especially streets, during exceptionally

text: high tide

text: events, such as at

text: full

text: and

text: new moon

text: s. The highest tides of the year may be known as the

text: king tide

text: , with the month varying by location. In

text: Florida

text: , controversy was created when state-level government mandated that the term "nuisance flooding" and other terms be used in place of terms such as

text: sea level rise

text: climate change

text: and

text: global warming

text: , prompting allegations of

text: climate change denial

text: , specifically against

text: Governor

text: Rick Scott

text: . This amid Florida, specifically

text: South Florida

text: and the

text: Miami metropolitan area

text: being one of the most at risk area in the world for the potential

text: effects of sea level rise

text: , and where the frequency and severity of tidal flooding events increased in the 21st century. The issue is more bipartisan in South Florida, particularly in places like

text: Miami Beach

text: , where a several hundred million dollar project is underway to install more than 50 pumps and physically raise roads to combat the flooding, mainly along the west side of

text: South Beach

text: , formerly a mangrove wetland where the average elevation is less than one meter (3.3 feet). In the Miami area, where the vast majority of the land is below , even a one-foot increase over the average high tide can cause widespread flooding. The 2015 and 2016

text: king tide

text: event levels reached about  MLLW,  above

text: mean sea level

text: , or about

text: , and nearly the same above MHHW. While the tide range is very small in Miami, averaging about , with the greatest range being less than , the area is very acute to minute differences down to single inches due to the vast area low elevation. NOAA

text: tide gauge

text: data for most stations shows current water level graphs relative to a fixed

text: datum

text: , as well as mean sea level trends for some stations. During the king tides, the local Miami area tide gauge at

text: Virginia Key

text: shows levels running at times  or more over datum.

answers: NDQ_000702

answers: sea level rise

answers: NDQ_000704

answers: Which of the following is not a type of tide: tidal, tide gauge, or mean sea level?

answers: NDQ_000706

answers: at full and new moons

answers: NDQ_000707

answers: sea level rises

answers: NDQ_000710

answers: Tidal flooding

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: low-lying

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day does the average tide range in Miami?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: full and new moons

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: year

answers: NDQ_000734

answers: sea level rise

answers: NDQ_000735

answers: full

answers: NDQ_000736

answers: highest

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: The 2015 and 2016 king tide event levels reached about MLLW

answers: NDQ_000739

answers: above mean sea level

answers: NDQ_000740

answers: Tidal flooding

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: full tide

answers: NDQ_000743

answers: What does the term "nuisance flooding" mean?

answers: NDQ_000744

answers: exceptionally high tide

answers: NDQ_000745

answers: Tidal

answers: NDQ_000746

answers: NAVD88

answers: NDQ_000702

answers: Tidal flooding,

answers: NDQ_000704

answers: the tide range is very small in Miami,

answers: NDQ_000706

answers: grove wetland

answers: NDQ_000707

answers: the average elevation is less than one meter (3.3 feet).

answers: NDQ_000710

answers: flooding.

answers: NDQ_000715

answers: vast majority of the land is below,

answers: NDQ_000718

answers: (3.3 feet).

answers: NDQ_000720

answers: Miami area,

answers: NDQ_000721

answers: Miami area,

answers: NDQ_000722

answers: In the Miami area,

answers: NDQ_000723

answers: (3.3 feet).

answers: NDQ_000724

answers: NO

answers: NDQ_000725

answers: tide range is very small in Miami,

answers: NDQ_000726

answers: Miami area,

answers: NDQ_000727

answers: the tide range is very small in Miami,

answers: NDQ_000728

answers: king tide

answers: NDQ_000729

answers: (3.3 feet).

answers: NDQ_000730

answers: (3.3 feet).

answers: NDQ_000731

answers: full and new moons.

answers: NDQ_000732

answers: (3.3 feet).

answers: NDQ_000733

answers: The highest tides of the year

answers: NDQ_000734

answers: below,

answers: NDQ_000735

answers: full and new moons.

answers: NDQ_000736

answers: king tide,

answers: NDQ_000737

answers: grove wetland

answers: NDQ_000738

answers: flooding.

answers: NDQ_000739

answers: one meter (3.3 feet).

answers: NDQ_000740

answers: minute differences down to single inches

answers: NDQ_000741

answers: king tide

answers: NDQ_000742

answers: king tide

answers: NDQ_000743

answers: Miami area,

answers: NDQ_000744

answers: high tide events,

answers: NDQ_000745

answers: king tide

answers: NDQ_000746

answers: one meter (3.3 feet).

text: The tides in Parker's Cove have a range of approximately 30 feet from low to high, and vary with the phases of the moon.  Fishermen here fish "with the tides", as the boat basin and wharf are bare at low tide - exposing the ocean bottom to curious humans and flocks of seagulls.

text: The tides in Parker's Cove have a range of approximately 30 feet from low to high, and vary with the phases of the moon.  Fishermen here fish "with the tides", as the boat basin and wharf are bare at low tide - exposing the ocean bottom to curious humans and flocks of seagulls.

answers: NDQ_000702

answers: the moon

answers: NDQ_000704

answers: can affect the tides in Parker's Cove

answers: NDQ_000706

answers: bottom

answers: NDQ_000707

answers: the tide is too low

answers: NDQ_000710

answers: seagulls

answers: NDQ_000715

answers: What is the lowest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: (iii).

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: None of the above choices.

answers: NDQ_000727

answers: 30 feet

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: the moon

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: high

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The tides in Parker's Cove vary with the phases of the moon.

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: high

answers: NDQ_000743

answers: is an example of

answers: NDQ_000744

answers: low

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: the phases of the moon.

answers: NDQ_000704

answers: 30 feet from low to high, and vary with the phases of the moon.

answers: NDQ_000706

answers: bottom

answers: NDQ_000707

answers: phases of the moon.

answers: NDQ_000710

answers: ocean bottom to curious humans and flocks of seagulls.

answers: NDQ_000715

answers: 30 feet

answers: NDQ_000718

answers: 30 feet

answers: NDQ_000720

answers: 30 feet

answers: NDQ_000721

answers: moon.

answers: NDQ_000722

answers: exposing the ocean bottom

answers: NDQ_000723

answers: 30 feet from low to high, and vary with the phases of the moon.

answers: NDQ_000724

answers: 30 feet from low to high, and vary with the phases of the moon.

answers: NDQ_000725

answers: 30 feet from low to high, and vary with the phases of the moon.

answers: NDQ_000726

answers: 30 feet from low to high, and vary with the phases of the moon.

answers: NDQ_000727

answers: 30 feet

answers: NDQ_000728

answers: 30 feet

answers: NDQ_000729

answers: moon.

answers: NDQ_000730

answers: 30 feet from low to high, and vary with the phases of the moon.

answers: NDQ_000731

answers: phases of the moon.

answers: NDQ_000732

answers: 30 feet from low to high, and vary with the phases of the moon.

answers: NDQ_000733

answers: 30 feet from low to high, and vary with the phases of the moon.

answers: NDQ_000734

answers: phases of the moon.

answers: NDQ_000735

answers: phases of the moon.

answers: NDQ_000736

answers: 30 feet from low to high,

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: 30 feet

answers: NDQ_000739

answers: low tide

answers: NDQ_000740

answers: The tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: 30 feet from low to high, and vary with the phases of the moon.

answers: NDQ_000744

answers: low to high,

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: 30 feet

text: The largest-amplitude atmospheric tides are mostly generated in the troposphere and stratosphere when the atmosphere is periodically heated, as water vapor and ozone absorb solar radiation during the day. These tides propagate away from the source regions and ascend into the mesosphere and thermosphere. Atmospheric tides can be measured as regular fluctuations in wind, temperature, density and pressure. Although atmospheric tides share much in common with ocean tides they have two key distinguishing features:

text: The largest-amplitude atmospheric tides are mostly generated in the

text: troposphere

text: and

text: stratosphere

text: when the

text: atmosphere

text: is periodically heated, as

text: water vapor

text: and

text: ozone

text: absorb

text: solar radiation

text: during the day. These tides propagate away from the source regions and ascend into the

text: mesosphere

text: and

text: thermosphere

text: . Atmospheric tides can be measured as regular fluctuations in

text: wind

text: temperature

text: density

text: and

text: pressure

text: . Although atmospheric tides share much in common with ocean tides they have two key distinguishing features:

answers: NDQ_000702

answers: the atmosphere is periodically heated

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: unanswerable

answers: NDQ_000707

answers: atmospheric pressure is too low

answers: NDQ_000710

answers: ocean water into the atmosphere

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: water is shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: What is the main difference between ocean tides and atmospheric tides?

answers: NDQ_000726

answers: Atmospheric tides

answers: NDQ_000727

answers: atmospheric tides

answers: NDQ_000728

answers: atmospheric tides

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: Which of the following is not a key distinguishing feature of atmospheric tides?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: the atmosphere being heated

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: atmosphere heated

answers: NDQ_000737

answers: ocean tide

answers: NDQ_000738

answers: ocean tides have two key distinguishing features

answers: NDQ_000739

answers: heated

answers: NDQ_000740

answers: atmospheric tides

answers: NDQ_000741

answers: ocean tides

answers: NDQ_000742

answers: atmospheric tides

answers: NDQ_000743

answers: solar radiation

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: atmospheric tides

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: the atmosphere is periodically heated,

answers: NDQ_000704

answers: ocean tides

answers: NDQ_000706

answers: troposphere and stratosphere

answers: NDQ_000707

answers: pressure.

answers: NDQ_000710

answers: Atmospheric tides

answers: NDQ_000715

answers: largest-amplitude

answers: NDQ_000718

answers: atmospheric tides

answers: NDQ_000720

answers: atmospheric tides

answers: NDQ_000721

answers: water vapor and ozone absorb solar radiation

answers: NDQ_000722

answers: atmospheric tides

answers: NDQ_000723

answers: Atmospheric tides

answers: NDQ_000724

answers: Atmospheric tides

answers: NDQ_000725

answers: Atmospheric tides

answers: NDQ_000726

answers: Atmospheric tides

answers: NDQ_000727

answers: Atmospheric tides

answers: NDQ_000728

answers: Atmospheric tides

answers: NDQ_000729

answers: Atmospheric tides

answers: NDQ_000730

answers: water vapor and ozone absorb solar radiation

answers: NDQ_000731

answers: atmospheric tides

answers: NDQ_000732

answers: atmospheric tides

answers: NDQ_000733

answers: atmospheric tides

answers: NDQ_000734

answers: the atmosphere is periodically heated,

answers: NDQ_000735

answers: heated,

answers: NDQ_000736

answers: two key distinguishing features:

answers: NDQ_000737

answers: atmospheric tides

answers: NDQ_000738

answers: ocean tides

answers: NDQ_000739

answers: atmospheric tides

answers: NDQ_000740

answers: atmospheric tides

answers: NDQ_000741

answers: ocean tides

answers: NDQ_000742

answers: ocean tides

answers: NDQ_000743

answers: solar radiation

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: Atmospheric tides

answers: NDQ_000746

answers: density

text: Hindcasts of wave models during extreme conditions also serves as a useful test bed for the models.<ref name="Extreme">{{cite journal | last1 = Cardone | first1 = V. | last2 = Jensen | first2 = R. | last3 = Resio | first3 = D. | last4 = Swail | first4 = V. | last5 = Cox | first5 = A. | year = 1996 | title = Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events: The "Halloween Storm" of October 1991 and the "Storm of the Century" of March 1993 | url = | journal = J. Atmos. Oceanic Technol | volume = 13 | issue = | pages = 198–230 | doi=10.1175/1520-0426(1996)013

text: Hindcasts of wave models during extreme conditions also serves as a useful test bed for the models.<ref name="Extreme">{{cite journal | last1 = Cardone | first1 = V. | last2 = Jensen | first2 = R. | last3 = Resio | first3 = D. | last4 = Swail | first4 = V. | last5 = Cox | first5 = A. | year = 1996 | title = Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events: The "Halloween Storm" of October 1991 and the "Storm of the Century" of March 1993 | url = | journal = J. Atmos. Oceanic Technol | volume = 13 | issue = | pages = 198–230 | doi=10.1175/1520-0426(1996)013

answers: NDQ_000702

answers: ocean wave models

answers: NDQ_000704

answers: ref name="Extreme"> cite journal ref name="Extreme"> cite journal

answers: NDQ_000706

answers: extreme conditions

answers: NDQ_000707

answers: extreme conditions are present.

answers: NDQ_000710

answers: upwelling to the surface of the ocean.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: The biggest ocean waves occur with hurricanes.

answers: NDQ_000721

answers: The greatest cause of tides is the Sun.

answers: NDQ_000722

answers: The water on the shore is shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: The "Halloween Storm" of October 1991 and the "Storm of the Century" of March 1993 are examples of extreme conditions.

answers: NDQ_000725

answers: Tides cause water levels to rise and fall once a day.

answers: NDQ_000726

answers: Wind is a transfer of energy that initially began with wind

answers: NDQ_000727

answers: The difference between high and low tides is the tidal range.

answers: NDQ_000728

answers: The first sign of a tsunami is coming is high water moving fast

answers: NDQ_000729

answers: The Coriolis effect is caused by the Earths rotation.

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: Spring tides occur when the sun and moon are in a straight line.

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: tidal amplitude of .

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Upwelling is not a type of wave.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: ref name="Extreme">

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: tide that occurs during the first or third quarter of the moon

answers: NDQ_000743

answers: Energy transfer is the transfer of energy through matter

answers: NDQ_000744

answers: a full moon or new moon

answers: NDQ_000745

answers: ref name="Extreme">

answers: NDQ_000746

answers: is the amount of mass per unit of volume

answers: NDQ_000702

answers: wave models

answers: NDQ_000704

answers: Ocean Wave Models

answers: NDQ_000706

answers: extreme conditions

answers: NDQ_000707

answers: Rare Extreme Events:

answers: NDQ_000710

answers: Rare Extreme Events:

answers: NDQ_000715

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000718

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000720

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000721

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000722

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000723

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000724

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000725

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000726

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000727

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000728

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000729

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000730

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000731

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000732

answers: Evaluation of Contemporary Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000733

answers: Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000734

answers: Ocean Wave Models

answers: NDQ_000735

answers: Rare Extreme Events:

answers: NDQ_000736

answers: Rare Extreme Events:

answers: NDQ_000737

answers: Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000738

answers: Hindcasts of wave models

answers: NDQ_000739

answers: Rare Extreme Events:

answers: NDQ_000740

answers: Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000741

answers: Wave

answers: NDQ_000742

answers: "Halloween Storm"

answers: NDQ_000743

answers: Ocean Wave Models in Rare Extreme Events:

answers: NDQ_000744

answers: "Halloween

answers: NDQ_000745

answers: Ocean Wave Models

answers: NDQ_000746

answers: name="Extreme">

text: The sum of transient factors acting at the Earth's surface is cyclical: climate, ocean currents and other movements, wind currents, temperature, etc. The waveform response comes from the underlying cyclical motions of the planet, which eventually drag all the transients into harmony with them. The repeated glaciations of the Pleistocene were caused by the same factors.

text: The sum of transient factors acting at the Earth's surface is cyclical: climate, ocean currents and other movements, wind currents, temperature, etc. The waveform response comes from the underlying cyclical motions of the planet, which eventually drag all the transients into harmony with them. The repeated glaciations of the Pleistocene were caused by the same factors.

answers: NDQ_000702

answers: cyclical motions

answers: NDQ_000704

answers: Which of the following is not a cyclical factor: climate, ocean currents, or wind currents?

answers: NDQ_000706

answers: cyclical motions

answers: NDQ_000707

answers: ocean currents are too strong

answers: NDQ_000710

answers: ocean currents and other movements

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or climate?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How does the Earth's surface respond to transients?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth year

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: underlying cyclical motions of the planet

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: glaciations of the Pleistocene were caused by the same factors.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: cyclical

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: is a term used to describe

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: NDQ_000702

answers: cyclical motions of the planet,

answers: NDQ_000704

answers: wind currents,

answers: NDQ_000706

answers: ocean currents

answers: NDQ_000707

answers: cyclical motions

answers: NDQ_000710

answers: underlying cyclical motions

answers: NDQ_000715

answers: The waveform response comes from the underlying cyclical motions

answers: NDQ_000718

answers: The waveform response comes from the underlying cyclical motions

answers: NDQ_000720

answers: The waveform response comes from the underlying cyclical motions

answers: NDQ_000721

answers: cyclical:

answers: NDQ_000722

answers: cyclical:

answers: NDQ_000723

answers: The waveform response comes from the underlying cyclical motions

answers: NDQ_000724

answers: cyclical motions

answers: NDQ_000725

answers: cyclical:

answers: NDQ_000726

answers: wind currents,

answers: NDQ_000727

answers: cyclical:

answers: NDQ_000728

answers: ocean currents

answers: NDQ_000729

answers: cyclical motions

answers: NDQ_000730

answers: The waveform response comes from the underlying cyclical motions

answers: NDQ_000731

answers: cyclical:

answers: NDQ_000732

answers: cyclical:

answers: NDQ_000733

answers: Earth's surface is cyclical:

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: cyclical:

answers: NDQ_000736

answers: cyclical motions

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: glaciations

answers: NDQ_000739

answers: cyclical:

answers: NDQ_000740

answers: temperature,

answers: NDQ_000741

answers: ocean currents

answers: NDQ_000742

answers: ocean currents

answers: NDQ_000743

answers: wind currents, temperature,

answers: NDQ_000744

answers: ocean currents

answers: NDQ_000745

answers: ocean currents

answers: NDQ_000746

answers: cyclical:

text: Downwelling also allows for deep ocean ventilation to occur because these waters are able to bring dissolved oxygen down from the surface to help facilitate aerobic respiration in organisms throughout the water column. Without this renewal, the dissolved oxygen in the sediment and within the water column would be quickly used up by biological processes. In the instance of decay, anaerobic bacteria would take over decomposition, leading to a build-up of hydrogen sulfide. In these toxic conditions, there are very few benthic animals that would survive. In the most extreme cases, a lack of downwelling could possibly lead to mass extinction. Paleontologists have suggested that 250 million years ago, deep ocean ventilation slowed nearly to a halt, and the ocean became stagnant. Low oxygen, sulfide and methane-rich waters filled the deep ocean and progressed onto the continental shelves, wiping out 95% of all marine species in the greatest extinction event in Earth history, the Permian extinction.

text: Downwelling also allows for deep ocean

text: ventilation

text: to occur because these waters are able to bring dissolved oxygen down from the surface to help facilitate

text: aerobic respiration

text: in organisms throughout the water column. Without this renewal, the dissolved oxygen in the sediment and within the water column would be quickly used up by biological processes. In the instance of decay,

text: anaerobic bacteria

text: would take over decomposition, leading to a build-up of

text: hydrogen sulfide

text: . In these toxic conditions, there are very few benthic animals that would survive. In the most extreme cases, a lack of downwelling could possibly lead to mass extinction. Paleontologists have suggested that 250 million years ago, deep ocean ventilation slowed nearly to a halt, and the ocean became stagnant. Low oxygen, sulfide and methane-rich waters filled the deep ocean and progressed onto the continental shelves, wiping out 95% of all marine species in the greatest extinction event in Earth history, the

text: Permian extinction

answers: NDQ_000702

answers: deep ocean ventilation

answers: NDQ_000704

answers: Which of the following is not a result of downwelling?

answers: NDQ_000706

answers: deep ocean

answers: NDQ_000707

answers: dissolved oxygen is in the water

answers: NDQ_000710

answers: dissolved oxygen down from the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, tide, or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a reason for the Permian extinction?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth year

answers: NDQ_000734

answers: deep ocean ventilation

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: downwelling

answers: NDQ_000737

answers: deep ocean

answers: NDQ_000738

answers: deep ocean ventilation would be quickly used up by biological processes

answers: NDQ_000739

answers: downwelling

answers: NDQ_000740

answers: downwelling

answers: NDQ_000741

answers: downwelling

answers: NDQ_000742

answers: downwelling

answers: NDQ_000743

answers: respiration

answers: NDQ_000744

answers: tide that occurs during a full moon

answers: NDQ_000745

answers: downwelling

answers: NDQ_000746

answers: mass

answers: NDQ_000702

answers: Downwelling

answers: NDQ_000704

answers: Downwelling

answers: NDQ_000706

answers: Downwelling

answers: NDQ_000707

answers: Downwelling

answers: NDQ_000710

answers: dissolved oxygen

answers: NDQ_000715

answers: Downwelling

answers: NDQ_000718

answers: Downwelling

answers: NDQ_000720

answers: Downwelling

answers: NDQ_000721

answers: Downwelling

answers: NDQ_000722

answers: Downwelling

answers: NDQ_000723

answers: Downwelling

answers: NDQ_000724

answers: Downwelling

answers: NDQ_000725

answers: Downwelling

answers: NDQ_000726

answers: Downwelling

answers: NDQ_000727

answers: Downwelling

answers: NDQ_000728

answers: Downwelling

answers: NDQ_000729

answers: Downwelling

answers: NDQ_000730

answers: Downwelling

answers: NDQ_000731

answers: Downwelling

answers: NDQ_000732

answers: Downwelling

answers: NDQ_000733

answers: Downwelling

answers: NDQ_000734

answers: Downwelling

answers: NDQ_000735

answers: Downwelling

answers: NDQ_000736

answers: Downwelling

answers: NDQ_000737

answers: Downwelling

answers: NDQ_000738

answers: Downwelling

answers: NDQ_000739

answers: Downwelling

answers: NDQ_000740

answers: Downwelling

answers: NDQ_000741

answers: Downwelling

answers: NDQ_000742

answers: Downwelling

answers: NDQ_000743

answers: aerobic respiration

answers: NDQ_000744

answers: Downwelling

answers: NDQ_000745

answers: Downwelling

answers: NDQ_000746

answers: Downwelling

text: Large-scale oceanic circulation has a direct impact on opal deposition. The Pacific (characterized by nutrient poor surface waters, and deep nutrient rich waters) and Atlantic Ocean circulations, are favoring the production/preservation of silica and carbonate, respectively. For instance, Si/N and Si/P ratios increase from the Atlantic to the Pacific and Southern Ocean, favoring opal versus carbonate producers. Consequently, the modern configuration of large-scale oceanic circulation resulted in the localization of major opal burial zones in the Equatorial Pacific, in the eastern boundary current upwelling systems, and by far the most important, the Southern Ocean.

text: Large-scale oceanic circulation has a direct impact on

text: opal

text: deposition. The Pacific (characterized by nutrient poor surface waters, and deep nutrient rich waters) and Atlantic Ocean circulations, are favoring the

text: production

text: preservation

text: of silica and carbonate, respectively. For instance, Si/N and Si/P ratios increase from the Atlantic to the Pacific and Southern Ocean, favoring opal versus

text: carbonate

text: producers. Consequently, the modern configuration of large-scale oceanic circulation resulted in the localization of major opal burial zones in the Equatorial Pacific, in the eastern boundary current upwelling systems, and by far the most important, the Southern Ocean.

answers: NDQ_000702

answers: oceanic circulation

answers: NDQ_000704

answers: Which oceanic circulation has a direct impact on opal deposition?

answers: NDQ_000706

answers: Southern Ocean

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: opal to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What is the most important, the Southern Ocean?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: large-scale oceanic circulation

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which oceanic circulation resulted in the localization of major opal burial zones?

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: oceanic circulation

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: nutrient poor surface waters, and deep nutrient rich waters

answers: NDQ_000737

answers: oceanic circulation

answers: NDQ_000738

answers: opal burial zones in the Equatorial Pacific

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What is the main idea of this passage?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: upwelling systems

answers: NDQ_000746

answers: Si/N

answers: NDQ_000702

answers: oceanic circulation

answers: NDQ_000704

answers: nutrient poor

answers: NDQ_000706

answers: Southern Ocean.

answers: NDQ_000707

answers: Large-scale oceanic circulation

answers: NDQ_000710

answers: opal burial zones

answers: NDQ_000715

answers: Large-scale oceanic circulation

answers: NDQ_000718

answers: Large-scale oceanic circulation

answers: NDQ_000720

answers: Large-scale oceanic circulation

answers: NDQ_000721

answers: Large-scale oceanic circulation

answers: NDQ_000722

answers: nutrient poor surface waters,

answers: NDQ_000723

answers: Large-scale oceanic circulation

answers: NDQ_000724

answers: Large-scale oceanic circulation

answers: NDQ_000725

answers: Large-scale oceanic circulation

answers: NDQ_000726

answers: Large-scale oceanic circulation

answers: NDQ_000727

answers: Large-scale oceanic circulation

answers: NDQ_000728

answers: Large-scale oceanic circulation

answers: NDQ_000729

answers: Large-scale oceanic circulation

answers: NDQ_000730

answers: Large-scale oceanic circulation

answers: NDQ_000731

answers: eastern boundary current upwelling systems,

answers: NDQ_000732

answers: eastern boundary current upwelling systems,

answers: NDQ_000733

answers: Pacific,

answers: NDQ_000734

answers: oceanic circulation

answers: NDQ_000735

answers: Large-scale oceanic circulation

answers: NDQ_000736

answers: opal deposition.

answers: NDQ_000737

answers: Atlantic Ocean circulations,

answers: NDQ_000738

answers: eastern boundary current upwelling systems,

answers: NDQ_000739

answers: deep nutrient rich waters)

answers: NDQ_000740

answers: nutrient poor surface waters,

answers: NDQ_000741

answers: circulation

answers: NDQ_000742

answers: eastern boundary current upwelling systems,

answers: NDQ_000743

answers: eastern boundary current upwelling systems,

answers: NDQ_000744

answers: eastern boundary current upwelling systems,

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: Si/N

text: During Spring tides Vessels drawing up to 10 feet (3 m) can use the harbour at high water and vessels of up to 1.5 metres draft can look at entry two hours either side of high water. On neap tides the Harbour may be entered by craft drawing up to 6 feet (1.75 m) at high water or at most one hour before or after high water.

text: During Spring tides Vessels

text: drawing

text: up to 10 feet (3 m) can use the harbour at high water and vessels of up to 1.5 metres

text: draft

text: can look at entry two hours either side of

text: high water

text: . On

entity_section: Tidal range variation: springs and neaps

text: neap

text: tides the Harbour may be entered by craft drawing up to 6 feet (1.75 m) at high water or at most one

text: hour

text: before or after

text: high water

answers: NDQ_000702

answers: Spring tides

answers: NDQ_000704

answers: Which of the following is not a type of tide: spring, neap, or high?

answers: NDQ_000706

answers: Spring tides

answers: NDQ_000707

answers: a vessel is drawing too little water

answers: NDQ_000710

answers: neap tides

answers: NDQ_000715

answers: its amplitude is its highest point

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: None of the above choices.

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: nap tides

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Spring

answers: NDQ_000734

answers: water rising

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: high water

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: During spring tides Vessels drawing up to 10 feet (3 m) can use the harbour at high water

answers: NDQ_000739

answers: high

answers: NDQ_000740

answers: spring tides

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: spring tides

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: spring tides

answers: NDQ_000746

answers: NDQ_000702

answers: high water

answers: NDQ_000704

answers: Spring tides

answers: NDQ_000706

answers: high water

answers: NDQ_000707

answers: high water

answers: NDQ_000710

answers: high water

answers: NDQ_000715

answers: high water

answers: NDQ_000718

answers: (3 m)

answers: NDQ_000720

answers: During Spring tides

answers: NDQ_000721

answers: Spring tides

answers: NDQ_000722

answers: neap tides

answers: NDQ_000723

answers: high water

answers: NDQ_000724

answers: tides

answers: NDQ_000725

answers: Spring tides

answers: NDQ_000726

answers: During Spring tides

answers: NDQ_000727

answers: high water

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: During Spring tides

answers: NDQ_000730

answers: Spring tides

answers: NDQ_000731

answers: Spring tides

answers: NDQ_000732

answers: two hours either side of high water.

answers: NDQ_000733

answers: Spring tides

answers: NDQ_000734

answers: high water

answers: NDQ_000735

answers: neap tides

answers: NDQ_000736

answers: two hours either side of high water.

answers: NDQ_000737

answers: During Spring tides

answers: NDQ_000738

answers: 10 feet (3 m) can use the harbour at high water

answers: NDQ_000739

answers: high water

answers: NDQ_000740

answers: Spring tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: During Spring tides

answers: NDQ_000744

answers: neap

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: (3 m)

text: The mid-ocean ridge, as its name implies, is a mountainous rise through the middle of all the oceans, between the continents. Typically a rift runs along the edge of this ridge. Along tectonic plate edges there are typically oceanic trenches – deep valleys, created by the mantle circulation movement from the mid-ocean mountain ridge to the oceanic trench.

text: The

text: mid-ocean ridge

text: , as its name implies, is a mountainous rise through the middle of all the oceans, between the continents. Typically a

text: rift

text: runs along the edge of this ridge. Along

text: tectonic plate

text: edges there are typically

text: oceanic trench

text: es – deep valleys, created by the mantle circulation movement from the mid-ocean mountain ridge to the oceanic trench.

answers: NDQ_000702

answers: oceanic trenches

answers: NDQ_000704

answers: are created by the movement of

answers: NDQ_000706

answers: mid-ocean ridge

answers: NDQ_000707

answers: a rift runs along the edge of the ocean

answers: NDQ_000710

answers: oceanic trenches

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: iv.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not caused by winds: mid-ocean ridge?

answers: NDQ_000725

answers: Which of the following is not a type of rift?

answers: NDQ_000726

answers: Which of the following is not a type of wave?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: what is the last place mentioned?

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: oceanic trenches

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: mid-ocean ridge

answers: NDQ_000737

answers: oceanic trench

answers: NDQ_000738

answers: deep valleys, created by the mantle circulation movement

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: mantle circulation

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What is the term used to describe the movement of matter?

answers: NDQ_000744

answers: NDQ_000745

answers: mantle circulation

answers: NDQ_000746

answers: NDQ_000702

answers: mantle circulation movement

answers: NDQ_000704

answers: oceanic trenches

answers: NDQ_000706

answers: mid-ocean ridge,

answers: NDQ_000707

answers: rift runs along the edge of this ridge.

answers: NDQ_000710

answers: oceanic trenches

answers: NDQ_000715

answers: The mid-ocean ridge,

answers: NDQ_000718

answers: The mid-ocean ridge,

answers: NDQ_000720

answers: The mid-ocean ridge,

answers: NDQ_000721

answers: The mid-ocean ridge,

answers: NDQ_000722

answers: deep valleys,

answers: NDQ_000723

answers: The mid-ocean ridge,

answers: NDQ_000724

answers: The mid-ocean ridge,

answers: NDQ_000725

answers: The mid-ocean ridge,

answers: NDQ_000726

answers: The mid-ocean ridge,

answers: NDQ_000727

answers: The mid-ocean ridge,

answers: NDQ_000728

answers: The mid-ocean ridge,

answers: NDQ_000729

answers: The mid-ocean ridge,

answers: NDQ_000730

answers: The mid-ocean ridge,

answers: NDQ_000731

answers: The mid-ocean ridge,

answers: NDQ_000732

answers: The mid-ocean ridge,

answers: NDQ_000733

answers: oceans,

answers: NDQ_000734

answers: mantle circulation movement

answers: NDQ_000735

answers: The mid-ocean ridge,

answers: NDQ_000736

answers: oceanic trenches

answers: NDQ_000737

answers: mid-ocean ridge,

answers: NDQ_000738

answers: The mid-ocean ridge,

answers: NDQ_000739

answers: mantle

answers: NDQ_000740

answers: mantle circulation movement

answers: NDQ_000741

answers: mantle circulation

answers: NDQ_000742

answers: The mid-ocean ridge,

answers: NDQ_000743

answers: mantle circulation

answers: NDQ_000744

answers: The mid-ocean ridge,

answers: NDQ_000745

answers: mantle circulation

answers: NDQ_000746

answers: The mid-ocean ridge,

text: The wreck of the USS Atlanta was discovered in 1992 by an expedition led by Dr. Robert Ballard using a remotely operated underwater vehicle, (ROV). Dr. Ballard was famous for leading the expeditions that discovered the RMS Titanic and the DKM Bismarck. Unfortunately, strong ocean currents and poor visibility prevented the expedition from thoroughly exploring the Atlanta. In 1994, two Australian technical divers Rob Cason and Kevin Denlay travelled to Solomon Islands with the intention of being the first scuba divers to dive the Atlanta but this was unsuccessful because of the lack of a suitable surface support vessel and strong surface currents; this was also the first mixed gas scuba diving expedition to Guadalcanal.  However, they did manage to dive one of the two other, deepest diveable wrecks; the Japanese transport Azumasan Maru, which is almost 90m deep at the stern and the Sasako Maru, which Denlay dived in 1995 at over 90m in the collapsed debris field of the bridge. Many other World War II wrecks discovered by Dr Ballard in Iron Bottom Sound are beyond the current technical limit for scuba and are only accessible by ROVs or submersibles. Dr Ballard gives an account of this in his book  The Lost Ships of Guadalcanal. In the same year, Denlay returned with American Terrance Tysall and made the first successful scuba dive on the USS Atlanta, which was at the time the deepest wreck dive by free swimming divers in the southern hemisphere.

text: The wreck of the USS Atlanta was discovered in 1992 by an expedition led by Dr.

text: Robert Ballard

text: using a

text: remotely operated underwater vehicle

text: , (ROV). Dr. Ballard was famous for leading the expeditions that discovered the

text: RMS Titanic

text: and the

text: DKM Bismarck

text: . Unfortunately, strong ocean currents and poor visibility prevented the expedition from thoroughly exploring the Atlanta. In 1994, two Australian

text: technical divers

text: Rob Cason and Kevin Denlay travelled to Solomon Islands with the intention of being the first scuba divers to dive the Atlanta but this was unsuccessful because of the lack of a suitable surface support vessel and strong surface currents; this was also the first mixed gas scuba diving expedition to Guadalcanal.  However, they did manage to dive one of the two other, deepest diveable wrecks; the Japanese transport

text: Azumasan Maru

text: , which is almost 90m deep at the stern and the Sasako Maru, which Denlay dived in 1995 at over 90m in the collapsed debris field of the bridge. Many other World War II wrecks discovered by Dr Ballard in Iron Bottom Sound are beyond the current technical limit for scuba and are only accessible by ROVs or submersibles. Dr Ballard gives an account of this in his book  The Lost Ships of Guadalcanal. In the same year, Denlay returned with American Terrance Tysall and made the first successful scuba dive on the USS Atlanta, which was at the time the deepest wreck dive by free swimming divers in the southern hemisphere.

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: What caused Rob Cason and Kevin Denlay to travel to Solomon Islands?

answers: NDQ_000706

answers: surface currents

answers: NDQ_000707

answers: ocean currents are too strong

answers: NDQ_000710

answers: Which happened first, the discovery of the USS Atlanta or the first mixed gas scuba diving expedition to Guadalcanal?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices are true

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves: winds or currents?

answers: NDQ_000725

answers: How many years after the wreck of the USS Atlanta was discovered was the Sasako Maru?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: strong ocean currents

answers: NDQ_000729

answers: Which happened first, the discovery of the USS Atlanta or the discovery of the RMS Titanic?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which happened first, Rob Cason and Kevin Denlay travelled to Solomon Islands or the USS Atlanta was discovered?

answers: NDQ_000733

answers: How many high tides and two low tides

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: strong ocean currents

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: strong ocean currents and poor visibility

answers: NDQ_000739

answers: mixed with gas

answers: NDQ_000740

answers: surface currents

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Which of the following is not a type of energy transfer?

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: surface currents

answers: NDQ_000746

answers: 90m

answers: NDQ_000702

answers: ocean currents

answers: NDQ_000704

answers: strong surface currents;

answers: NDQ_000706

answers: currents

answers: NDQ_000707

answers: strong ocean currents

answers: NDQ_000710

answers: strong ocean currents

answers: NDQ_000715

answers: 90m

answers: NDQ_000718

answers: a remotely operated underwater vehicle,

answers: NDQ_000720

answers: strong ocean currents

answers: NDQ_000721

answers: ocean currents

answers: NDQ_000722

answers: strong surface currents;

answers: NDQ_000723

answers: strong ocean currents

answers: NDQ_000724

answers: ocean currents

answers: NDQ_000725

answers: ocean currents

answers: NDQ_000726

answers: strong ocean currents

answers: NDQ_000727

answers: strong ocean currents

answers: NDQ_000728

answers: strong ocean currents

answers: NDQ_000729

answers: strong ocean currents

answers: NDQ_000730

answers: strong ocean currents

answers: NDQ_000731

answers: strong ocean currents

answers: NDQ_000732

answers: strong ocean currents

answers: NDQ_000733

answers: Solomon Islands

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: strong ocean currents

answers: NDQ_000736

answers: strong ocean currents

answers: NDQ_000737

answers: ocean currents

answers: NDQ_000738

answers: free swimming divers in the southern hemisphere.

answers: NDQ_000739

answers: strong ocean currents

answers: NDQ_000740

answers: currents

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: strong ocean currents

answers: NDQ_000743

answers: strong ocean currents

answers: NDQ_000744

answers: strong ocean currents

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: 90m

text: Bridging off mob mentality: fitting in is as important a theme as any considering a movement is nothing without people; for without people to carry the movement forward it becomes nothing more ta. The reason the Wave was met with such success is because it made people feel like they belonged, like they were becoming a part of something higher than themselves. Another important reason people were so eager to join the Wave was because many of their friends were doing it, and they didn't want to be left out of such a huge fad.

text: Bridging off mob mentality: fitting in is as important a theme as any considering a movement is nothing without people; for without people to carry the movement forward it becomes nothing more ta. The reason the Wave was met with such success is because it made people feel like they belonged, like they were becoming a part of something higher than themselves. Another important reason people were so eager to join the Wave was because many of their friends were doing it, and they didn't want to be left out of such a huge fad.

answers: NDQ_000702

answers: a movement

answers: NDQ_000704

answers: Which of the following is not a reason people were eager to join the Wave?

answers: NDQ_000706

answers: unanswerable

answers: NDQ_000707

answers: it is too strong

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: what is the highest point of a wave

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's not possible to tell

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: None of the above choices.

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: None of the above choices.

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: None of the above choices.

answers: NDQ_000731

answers: None of the above choices.

answers: NDQ_000732

answers: None of the above choices.

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Wave been met with such success

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the wave was met with such success

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Wave

answers: NDQ_000742

answers: can not be used to describe

answers: NDQ_000743

answers: is nothing without people

answers: NDQ_000744

answers: is nothing

answers: NDQ_000745

answers: Wave

answers: NDQ_000746

answers: NDQ_000702

answers: people;

answers: NDQ_000704

answers: Wave

answers: NDQ_000706

answers: Wave

answers: NDQ_000707

answers: without people

answers: NDQ_000710

answers: mob mentality:

answers: NDQ_000715

answers: higher than themselves.

answers: NDQ_000718

answers: Wave

answers: NDQ_000720

answers: Wave

answers: NDQ_000721

answers: higher than themselves.

answers: NDQ_000722

answers: becoming a part of something higher than themselves.

answers: NDQ_000723

answers: the Wave

answers: NDQ_000724

answers: Wave

answers: NDQ_000725

answers: Wave was because many of their friends

answers: NDQ_000726

answers: the Wave

answers: NDQ_000727

answers: becoming a part of something higher than themselves.

answers: NDQ_000728

answers: The reason the Wave

answers: NDQ_000729

answers: Bridging off mob mentality:

answers: NDQ_000730

answers: higher than themselves.

answers: NDQ_000731

answers: mob mentality:

answers: NDQ_000732

answers: Wave

answers: NDQ_000733

answers: many of their friends

answers: NDQ_000734

answers: people;

answers: NDQ_000735

answers: becoming a part of something higher than themselves.

answers: NDQ_000736

answers: mob mentality:

answers: NDQ_000737

answers: fad.

answers: NDQ_000738

answers: mob mentality:

answers: NDQ_000739

answers: mob mentality:

answers: NDQ_000740

answers: mob mentality:

answers: NDQ_000741

answers: Wave

answers: NDQ_000742

answers: Bridging off mob mentality:

answers: NDQ_000743

answers: becoming a part of something higher than themselves.

answers: NDQ_000744

answers: mob mentality:

answers: NDQ_000745

answers: Wave

answers: NDQ_000746

answers: mob mentality:

text: The control system was unusual.  Both front and rear wings carried full-span control surfaces operated by a control column.  Sideways movement of the column made the surfaces on both front and rear wings act together as conventional ailerons.  Forward movement of the column lowered the control surfaces on the rear wing, as with conventional elevators, but also raised those on the front wing.  Thus the tail was raised and the nose depressed.  The rudder was operated by a conventional rudder bar.

text: The control system was unusual.  Both front and rear wings carried full-span control surfaces operated by a control column.  Sideways movement of the column made the surfaces on both front and rear wings act together as conventional

text: ailerons

text: .  Forward movement of the column lowered the control surfaces on the rear wing, as with conventional elevators, but also raised those on the front wing.  Thus the tail was raised and the nose depressed.  The rudder was operated by a conventional

text: rudder bar

answers: NDQ_000702

answers: forward movement of the column

answers: NDQ_000704

answers: Which of the following is not a type of surface current?

answers: NDQ_000706

answers: rear wing

answers: NDQ_000707

answers: a rudder bar is not used.

answers: NDQ_000710

answers: Upwelling to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: None of the above choices.

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: ocean currents

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: rudder bar

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: conventional elevators

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: NDQ_000746

answers: NDQ_000702

answers: Sideways movement of the column

answers: NDQ_000704

answers: full-span control surfaces operated by a control column.

answers: NDQ_000706

answers: Sideways movement of the column made the surfaces on both front and rear wings

answers: NDQ_000707

answers: rudder bar.

answers: NDQ_000710

answers: rudder bar.

answers: NDQ_000715

answers: rudder bar.

answers: NDQ_000718

answers: control column.

answers: NDQ_000720

answers: a control column.

answers: NDQ_000721

answers: control column.

answers: NDQ_000722

answers: conventional elevators,

answers: NDQ_000723

answers: control column.

answers: NDQ_000724

answers: control column.

answers: NDQ_000725

answers: conventional rudder bar.

answers: NDQ_000726

answers: control column.

answers: NDQ_000727

answers: conventional elevators,

answers: NDQ_000728

answers: a control column.

answers: NDQ_000729

answers: Sideways movement of the column

answers: NDQ_000730

answers: control column.

answers: NDQ_000731

answers: conventional rudder bar.

answers: NDQ_000732

answers: Sideways

answers: NDQ_000733

answers: conventional rudder bar.

answers: NDQ_000734

answers: Sideways movement

answers: NDQ_000735

answers: conventional rudder bar.

answers: NDQ_000736

answers: conventional rudder bar.

answers: NDQ_000737

answers: conventional elevators,

answers: NDQ_000738

answers: conventional rudder bar.

answers: NDQ_000739

answers: conventional rudder bar.

answers: NDQ_000740

answers: lowered the control surfaces on the rear wing,

answers: NDQ_000741

answers: rudder bar.

answers: NDQ_000742

answers: conventional ailerons.

answers: NDQ_000743

answers: Sideways movement of the column

answers: NDQ_000744

answers: a conventional rudder bar.

answers: NDQ_000745

answers: elevators,

answers: NDQ_000746

answers: full-span control surfaces operated by a control column.

text: In 1871, the Humber Conservancy agreed to buy the island from the Crown Estate for a sum of £1434.4s.3d(equivalent to £935,000 in 2015) and the land was rented out to the tenant farmers. The major part of Read's Island is in the parish of Winteringham despite the closest village being South Ferriby. It has been occupied at times in the past, at one point as a farm with cattle roaming along it, and when there are particularly high spring tides, at low water, it was possible for the cattle to reach solid ground by walking across the mud at low tide. In the 1930s cattle had to be transported by barge. The island then extended to some  and was used for summer grazing. It was locally famous for wildlife and hares.

text: In 1871, the Humber Conservancy agreed to buy the island from the Crown Estate for a sum of £1434.4s.3d(equivalent to £935,000 in 2015) and the land was rented out to the tenant farmers. The major part of Read's Island is in the parish of

text: Winteringham

text: despite the closest village being

text: South Ferriby

text: . It has been occupied at times in the past, at one point as a farm with cattle roaming along it, and when there are particularly high

text: spring tide

text: s, at low water, it was possible for the cattle to reach solid ground by walking across the mud at low tide. In the 1930s cattle had to be transported by barge. The island then extended to some  and was used for summer grazing. It was locally famous for wildlife and hares.

answers: NDQ_000702

answers: spring

answers: NDQ_000704

answers: Which of the following is not a type of surface current: spring tides, mud, or summer grazing?

answers: NDQ_000706

answers: spring tides

answers: NDQ_000707

answers: high spring tides are in the ocean

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: £935,000

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It has been occupied at times in the past

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Which of the following is not a cause of high spring tides, at low water?

answers: NDQ_000725

answers: How many days did the Humber Conservancy agree to buy the island from the Crown Estate?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: high spring tides

answers: NDQ_000728

answers: high spring tides

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect: Earth's rotation or Read's Island?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many years did the Humber Conservancy agree to buy the island from the Crown Estate for?

answers: NDQ_000733

answers: How many high tides and two low tides every year

answers: NDQ_000734

answers: spring

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: low water

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: it was possible for the cattle to reach solid ground by walking across the mud at low tide

answers: NDQ_000739

answers: low

answers: NDQ_000740

answers: spring tides

answers: NDQ_000741

answers: Humber

answers: NDQ_000742

answers: spring

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: spring tides

answers: NDQ_000745

answers: spring tides

answers: NDQ_000746

answers: £935,000 in 2015

answers: NDQ_000702

answers: spring tides,

answers: NDQ_000704

answers: high spring tides,

answers: NDQ_000706

answers: spring tides,

answers: NDQ_000707

answers: high spring tides,

answers: NDQ_000710

answers: high spring tides,

answers: NDQ_000715

answers: high spring tides,

answers: NDQ_000718

answers: £1434.4s.3d(equivalent

answers: NDQ_000720

answers: cattle roaming along it, and when there are particularly high spring tides,

answers: NDQ_000721

answers: spring tides,

answers: NDQ_000722

answers: mud

answers: NDQ_000723

answers: low tide.

answers: NDQ_000724

answers: tides,

answers: NDQ_000725

answers: spring tides,

answers: NDQ_000726

answers: tides,

answers: NDQ_000727

answers: high spring tides,

answers: NDQ_000728

answers: high spring tides,

answers: NDQ_000729

answers: when there are particularly high spring tides,

answers: NDQ_000730

answers: spring tides,

answers: NDQ_000731

answers: spring tides,

answers: NDQ_000732

answers: South Ferriby.

answers: NDQ_000733

answers: spring tides,

answers: NDQ_000734

answers: spring tides,

answers: NDQ_000735

answers: spring tides,

answers: NDQ_000736

answers: high spring tides,

answers: NDQ_000737

answers: high spring tides,

answers: NDQ_000738

answers: high spring tides,

answers: NDQ_000739

answers: low water,

answers: NDQ_000740

answers: spring tides,

answers: NDQ_000741

answers: spring tides,

answers: NDQ_000742

answers: spring tides,

answers: NDQ_000743

answers: mud

answers: NDQ_000744

answers: spring tides,

answers: NDQ_000745

answers: spring tides,

answers: NDQ_000746

answers: £1434.4s.3d(equivalent

text: Furthermore, sea ice affects the movement of ocean waters. In the freezing process, much of the salt in ocean water is squeezed out of the frozen crystal formations, though some remains frozen in the ice. This salt becomes trapped beneath the sea ice, creating a higher concentration of salt in the water beneath ice floes. This concentration of salt contributes to the salinated water’s density, and this cold, denser water sinks to the bottom of the ocean. This cold water moves along the ocean floor towards the equator, while warmer water on the ocean surface moves in the direction of the poles. This is referred to as “conveyor belt motion”, and is a regularly occurring process.

text: Furthermore, sea ice affects the movement of ocean waters. In the

text: freezing

text: process, much of the salt in ocean water is squeezed out of the frozen crystal formations, though some remains frozen in the ice. This salt becomes trapped beneath the sea ice, creating a higher concentration of salt in the water beneath ice floes. This concentration of salt contributes to the salinated water’s

text: density

text: , and this cold, denser water sinks to the bottom of the ocean. This cold water moves along the ocean floor towards the equator, while warmer water on the ocean surface moves in the direction of the poles. This is referred to as “

text: conveyor belt

text: motion”, and is a regularly occurring process.

answers: NDQ_000702

answers: sea ice

answers: NDQ_000704

answers: Which of the following is not a regular occurring process: conveyor belt motion, ice floes or sea ice?

answers: NDQ_000706

answers: bottom

answers: NDQ_000707

answers: warmer water is closer to the surface.

answers: NDQ_000710

answers: warmer water to the surface of the ocean

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: warm

answers: NDQ_000723

answers: Which of the following is not a type of wave: high tide, crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many times per day does conveyor belt motion occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: what is the first sign of a tsunami is coming

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: ocean

answers: NDQ_000734

answers: sea ice

answers: NDQ_000735

answers: in the opposite direction

answers: NDQ_000736

answers: warmer water move in the direction of the poles

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: warmer water on the ocean surface moves in the direction of the poles

answers: NDQ_000739

answers: salinated

answers: NDQ_000740

answers: conveyor belt motion

answers: NDQ_000741

answers: conveyor belt motion

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: is a regular occurring process

answers: NDQ_000744

answers: NDQ_000745

answers: conveyor belt motion

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: sea ice

answers: NDQ_000704

answers: warmer water on the ocean surface moves in the direction of the poles.

answers: NDQ_000706

answers: ocean floor towards the equator,

answers: NDQ_000707

answers: sea ice

answers: NDQ_000710

answers: warmer water

answers: NDQ_000715

answers: sea ice affects the movement of ocean waters.

answers: NDQ_000718

answers: sea ice affects the movement of ocean waters.

answers: NDQ_000720

answers: sea ice

answers: NDQ_000721

answers: sea ice

answers: NDQ_000722

answers: warmer water

answers: NDQ_000723

answers: ocean waters.

answers: NDQ_000724

answers: sea ice

answers: NDQ_000725

answers: regularly occurring process.

answers: NDQ_000726

answers: sea ice

answers: NDQ_000727

answers: sea ice affects the movement of ocean waters.

answers: NDQ_000728

answers: “conveyor belt motion”,

answers: NDQ_000729

answers: warmer water on the ocean surface moves in the direction of the poles.

answers: NDQ_000730

answers: sea ice

answers: NDQ_000731

answers: equator,

answers: NDQ_000732

answers: warmer water on the ocean surface moves in the direction of the poles.

answers: NDQ_000733

answers: ocean waters.

answers: NDQ_000734

answers: sea ice

answers: NDQ_000735

answers: warmer water on the ocean surface moves in the direction of the poles.

answers: NDQ_000736

answers: warmer water on the ocean surface moves in the direction of the poles.

answers: NDQ_000737

answers: ice floes.

answers: NDQ_000738

answers: warmer water on the ocean surface moves in the direction of the poles.

answers: NDQ_000739

answers: salinated

answers: NDQ_000740

answers: warmer water on the ocean surface moves in the direction of the poles.

answers: NDQ_000741

answers: “conveyor belt motion”,

answers: NDQ_000742

answers: “conveyor belt motion”,

answers: NDQ_000743

answers: “conveyor belt motion”,

answers: NDQ_000744

answers: “conveyor belt motion”,

answers: NDQ_000745

answers: “conveyor belt motion”,

answers: NDQ_000746

answers: density,

text: In the Earth's rotating frame of reference, a freely moving body follows an apparent path that deviates from the one it would follow in a fixed frame of reference. Because of this Coriolis effect, falling bodies veer slightly eastward from the vertical plumb line below their point of release, and projectiles veer right in the northern hemisphere (and left in the southern) from the direction in which they are shot. The Coriolis effect is mainly observable at a meteorological scale, where it is responsible for the differing rotation direction of cyclones in the northern and southern hemispheres.

text: In the Earth's rotating frame of reference, a freely moving body follows an apparent path that deviates from the one it would follow in a fixed frame of reference. Because of this

text: Coriolis effect

text: , falling bodies veer slightly eastward from the vertical plumb line below their point of release, and projectiles veer right in the northern hemisphere (and left in the southern) from the direction in which they are shot. The Coriolis effect is mainly observable at a meteorological scale, where it is responsible for the differing rotation direction of

text: cyclone

text: s in the northern and southern hemispheres.

answers: NDQ_000702

answers: Coriolis effect

answers: NDQ_000704

answers: Which of the following is not caused by the Coriolis effect: falling bodies veer slightly eastward?

answers: NDQ_000706

answers: northern and southern

answers: NDQ_000707

answers: Coriolis effect

answers: NDQ_000710

answers: Coriolis effect

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between a crest and a trough?

answers: NDQ_000724

answers: unanswerable

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: unanswerable

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: Coriolis effect

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: cyclone

answers: NDQ_000738

answers: the Coriolis effect is mainly observable at a meteorological scale

answers: NDQ_000739

answers: unfrozen

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: cyclones

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Coriolis effect

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Coriolis effect

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Coriolis effect,

answers: NDQ_000704

answers: Coriolis effect,

answers: NDQ_000706

answers: Coriolis effect,

answers: NDQ_000707

answers: Coriolis effect,

answers: NDQ_000710

answers: Coriolis effect,

answers: NDQ_000715

answers: fixed frame of reference.

answers: NDQ_000718

answers: Coriolis effect,

answers: NDQ_000720

answers: cyclones

answers: NDQ_000721

answers: Coriolis effect,

answers: NDQ_000722

answers: Coriolis effect,

answers: NDQ_000723

answers: Coriolis effect,

answers: NDQ_000724

answers: Coriolis effect,

answers: NDQ_000725

answers: Coriolis effect,

answers: NDQ_000726

answers: Coriolis effect,

answers: NDQ_000727

answers: Coriolis effect,

answers: NDQ_000728

answers: Coriolis effect,

answers: NDQ_000729

answers: In the Earth's rotating frame of reference,

answers: NDQ_000730

answers: Coriolis effect,

answers: NDQ_000731

answers: Coriolis effect,

answers: NDQ_000732

answers: falling bodies veer slightly eastward from the vertical plumb line

answers: NDQ_000733

answers: Earth's

answers: NDQ_000734

answers: Coriolis effect,

answers: NDQ_000735

answers: Coriolis effect,

answers: NDQ_000736

answers: Coriolis effect,

answers: NDQ_000737

answers: cyclones

answers: NDQ_000738

answers: In the Earth's rotating frame of reference,

answers: NDQ_000739

answers: Coriolis effect,

answers: NDQ_000740

answers: Coriolis effect,

answers: NDQ_000741

answers: cyclones

answers: NDQ_000742

answers: Coriolis effect,

answers: NDQ_000743

answers: Coriolis effect,

answers: NDQ_000744

answers: Coriolis effect,

answers: NDQ_000745

answers: Coriolis effect,

answers: NDQ_000746

answers: In the Earth's rotating frame of reference,

text: For a non-rotating state (zero Coriolis parameter) as well as an ocean state at which the Coriolis parameter is a constant, the ocean circulation  does not demonstrate any preference toward intensification/acceleration near the western boundary. The streamlines exhibit a symmetric behavior in all directions, with the height contours demonstrating a nearly parallel relation to the streamlines, in the case of the homogeneously rotating ocean. Finally, for the case of interest - the one in which the Coriolis force is latitudinally variant - a distinct tendency for an asymmetrical streamline diagram is noted, with an observed, intense clustering toward the western part of the modeled ocean. A nice set of figures depicting the distribution of streamlines and height contours for the cases of a uniformly-rotating ocean and an ocean where the Coriolis force is linearly dependent on latitude can be found in Stommel's 1948 paper.

text: For a non-rotating state (zero Coriolis parameter) as well as an ocean state at which the Coriolis parameter is a constant, the ocean circulation  does not demonstrate any preference toward intensification/acceleration near the western boundary. The streamlines exhibit a symmetric behavior in all directions, with the height contours demonstrating a nearly parallel relation to the streamlines, in the case of the homogeneously rotating ocean. Finally, for the case of interest - the one in which the

text: Coriolis force

text: is latitudinally variant - a distinct tendency for an asymmetrical streamline diagram is noted, with an observed, intense clustering toward the western part of the modeled ocean. A nice set of figures depicting the distribution of streamlines and height contours for the cases of a uniformly-rotating ocean and an ocean where the Coriolis force is linearly dependent on latitude can be found in Stommel's 1948 paper.

answers: NDQ_000702

answers: Coriolis force

answers: NDQ_000704

answers: What are the characteristics of surface currents?

answers: NDQ_000706

answers: western part

answers: NDQ_000707

answers: Coriolis force is latitudinally variant

answers: NDQ_000710

answers: Coriolis force to the surface

answers: NDQ_000715

answers: height contours

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: Coriolis force

answers: NDQ_000725

answers: What is the name of the ocean state?

answers: NDQ_000726

answers: Stommel's 1948 paper

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Stommel's 1948 paper

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: Coriolis

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Coriolis force

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Coriolis force is linearly dependent on latitude

answers: NDQ_000739

answers: unrotating

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: The streamlines

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: NDQ_000745

answers: Stommel's 1948 paper

answers: NDQ_000746

answers: Coriolis parameter

answers: NDQ_000702

answers: ocean circulation

answers: NDQ_000704

answers: The streamlines exhibit a symmetric behavior in all directions,

answers: NDQ_000706

answers: western part

answers: NDQ_000707

answers: Coriolis force is linearly dependent on latitude

answers: NDQ_000710

answers: intensification/acceleration

answers: NDQ_000715

answers: height contours

answers: NDQ_000718

answers: (zero Coriolis parameter)

answers: NDQ_000720

answers: intense clustering toward the western part of the modeled ocean.

answers: NDQ_000721

answers: (zero Coriolis parameter)

answers: NDQ_000722

answers: (zero Coriolis parameter)

answers: NDQ_000723

answers: (zero Coriolis parameter)

answers: NDQ_000724

answers: (zero Coriolis parameter)

answers: NDQ_000725

answers: (zero Coriolis parameter)

answers: NDQ_000726

answers: (zero Coriolis parameter)

answers: NDQ_000727

answers: (zero Coriolis parameter)

answers: NDQ_000728

answers: intense clustering toward the western part of the modeled ocean.

answers: NDQ_000729

answers: Coriolis force is linearly dependent on latitude

answers: NDQ_000730

answers: (zero Coriolis parameter)

answers: NDQ_000731

answers: (zero Coriolis parameter)

answers: NDQ_000732

answers: asymmetrical streamline diagram

answers: NDQ_000733

answers: ocean state at which the Coriolis parameter is a constant,

answers: NDQ_000734

answers: Coriolis parameter)

answers: NDQ_000735

answers: (zero Coriolis parameter)

answers: NDQ_000736

answers: symmetric behavior in all directions,

answers: NDQ_000737

answers: ocean circulation

answers: NDQ_000738

answers: preference toward intensification/acceleration near the western boundary.

answers: NDQ_000739

answers: rotating

answers: NDQ_000740

answers: (zero Coriolis parameter)

answers: NDQ_000741

answers: streamlines

answers: NDQ_000742

answers: (zero Coriolis parameter)

answers: NDQ_000743

answers: intensification/acceleration

answers: NDQ_000744

answers: (zero Coriolis parameter)

answers: NDQ_000745

answers: the ocean circulation does not demonstrate any preference toward intensification/acceleration

answers: NDQ_000746

answers: (zero Coriolis parameter)

text: Tidal phenomena are not limited to the oceans, but can occur in other systems whenever a gravitational field that varies in time and space is present. For example, the solid part of the Earth is affected by tides, though this is not as easily seen as the water tidal movements.

text: Tidal phenomena are not limited to the oceans, but can occur in other systems whenever a gravitational field that varies in time and space is present. For example, the solid part of the Earth is

text: affected by tides

text: , though this is not as easily seen as the water tidal movements.

answers: NDQ_000702

answers: gravitational field

answers: NDQ_000704

answers: can affect the solid part of the Earth

answers: NDQ_000706

answers: Tidal

answers: NDQ_000707

answers: a gravitational field is present

answers: NDQ_000710

answers: tidal waves

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: it is not as easily seen

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: it is not possible to tell

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: gravitational field

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: gravitational field

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the solid part of the Earth is affected by tides

answers: NDQ_000739

answers: tidal

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: can occur in other systems

answers: NDQ_000743

answers: can occur in other systems

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: gravitational field

answers: NDQ_000702

answers: gravitational field

answers: NDQ_000704

answers: the solid part of the Earth is affected by tides,

answers: NDQ_000706

answers: water tidal movements.

answers: NDQ_000707

answers: gravitational field

answers: NDQ_000710

answers: water tidal movements.

answers: NDQ_000715

answers: Tidal phenomena are not limited to the oceans,

answers: NDQ_000718

answers: Tidal phenomena

answers: NDQ_000720

answers: Tidal phenomena

answers: NDQ_000721

answers: gravitational field

answers: NDQ_000722

answers: Tidal phenomena

answers: NDQ_000723

answers: Tidal phenomena

answers: NDQ_000724

answers: Tidal phenomena

answers: NDQ_000725

answers: tides,

answers: NDQ_000726

answers: Tidal phenomena

answers: NDQ_000727

answers: Tidal phenomena

answers: NDQ_000728

answers: Tidal phenomena

answers: NDQ_000729

answers: Tidal phenomena

answers: NDQ_000730

answers: Tidal phenomena are not limited to the oceans,

answers: NDQ_000731

answers: Tidal phenomena are not limited to the oceans,

answers: NDQ_000732

answers: Tidal phenomena

answers: NDQ_000733

answers: Tidal phenomena are not limited to the oceans,

answers: NDQ_000734

answers: gravitational field

answers: NDQ_000735

answers: a gravitational field that varies in time and space is present.

answers: NDQ_000736

answers: the solid part of the Earth is affected by tides,

answers: NDQ_000737

answers: Tidal phenomena

answers: NDQ_000738

answers: Tidal phenomena are not limited to the oceans,

answers: NDQ_000739

answers: solid part of the Earth is affected by tides,

answers: NDQ_000740

answers: tides,

answers: NDQ_000741

answers: Tidal

answers: NDQ_000742

answers: tides,

answers: NDQ_000743

answers: gravitational field

answers: NDQ_000744

answers: Tidal phenomena

answers: NDQ_000745

answers: tidal

answers: NDQ_000746

answers: gravitational field

text: The stronger northeast quadrant moved directly over Delaware for one tidal cycle, producing strong east-northeasterly wind gusts that peaked at  at a station along the Indian River. The highest tides and flooding along the Delaware coastline were between Bowers and Prime Hook National Wildlife Refuge, where high waves built momentum from the Atlantic Ocean through the Delaware Bay. In Bowers, the tide reached  along the Murderkill River; the reading was only  less than the record set during the Ash Wednesday Storm of 1962. The high tides flooded marsh vegetation in the town. In Lewes, the highest tide was , which was the second highest on record; only the 1962 storm was higher, which produced a tide of . The storm caused significant flooding in Dewey Beach, where a high tide of  marked the second-highest tide in Delaware history. The saltwater contaminated the town's water supply. The ocean washed over dunes in several locations along Delaware Bay, including in Fowler Beach where flooding reached  inland. Near Mispillion Light, the high tides damaged the marina and several nearby buildings. The high tides flooded marshes and low-lying areas throughout the state, which briefly closed portions of state highways 54, 26, and 1. High tides destroyed 11 blocks of the boardwalk in Rehoboth Beach and half of the promenade at Bethany Beach. At nearby South Bethany, high waves destroyed three houses. Along the coast, the storm destroyed 15 houses and damaged 500 others, amounting to over $5 million (1992 USD) in property damage. In addition to the strong winds and high tides, the nor'easter produced light rainfall that did not cause any flooding. The highest total in the state was  in Georgetown. Due to the damage, Kent and Sussex counties were declared federal disaster areas on February 6; this allocated federal funding for repairing storm damage. Then-governor Michael Castle activated the state's National Guard to assist clearing highways and prevent civilian access to damaged areas. Due to storm damage, access to Dewey Beach and Rehoboth Beach were restricted to residents.

text: The stronger northeast quadrant moved directly over Delaware for one tidal cycle, producing strong east-northeasterly wind gusts that peaked at  at a station along the

text: Indian River

text: . The highest tides and flooding along the Delaware coastline were between

text: Bowers

text: and

text: Prime Hook National Wildlife Refuge

text: , where high waves built momentum from the Atlantic Ocean through the Delaware Bay. In Bowers, the tide reached  along the

text: Murderkill River

text: ; the reading was only  less than the record set during the

text: Ash Wednesday Storm of 1962

text: . The high tides flooded marsh vegetation in the town. In

text: Lewes

text: , the highest tide was , which was the second highest on record; only the 1962 storm was higher, which produced a tide of . The storm caused significant flooding in

text: Dewey Beach

text: , where a high tide of  marked the second-highest tide in Delaware history. The saltwater contaminated the town's water supply. The ocean washed over dunes in several locations along Delaware Bay, including in

text: Fowler Beach

text: where flooding reached  inland. Near

text: Mispillion Light

text: , the high tides damaged the marina and several nearby buildings. The high tides flooded marshes and low-lying areas throughout the state, which briefly closed portions of state highways

text: , and

text: . High tides destroyed 11 blocks of the boardwalk in

text: Rehoboth Beach

text: and half of the promenade at

text: Bethany Beach

text: . At nearby

text: South Bethany

text: , high waves destroyed three houses. Along the coast, the storm destroyed 15 houses and damaged 500 others, amounting to over $5 million (1992 USD) in property damage. In addition to the strong winds and high tides, the nor'easter produced light rainfall that did not cause any flooding. The highest total in the state was  in

text: Georgetown

text: . Due to the damage,

text: Kent

text: and

text: Sussex

text: counties were declared federal disaster areas on February 6; this allocated federal funding for repairing storm damage. Then-governor

text: Michael Castle

text: activated the state's

text: National Guard

text: to assist clearing highways and prevent civilian access to damaged areas. Due to storm damage, access to Dewey Beach and Rehoboth Beach were restricted to residents.

answers: NDQ_000702

answers: Atlantic Ocean

answers: NDQ_000704

answers: What caused the highest tides and flooding along the Delaware coastline?

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: How many blocks of the boardwalk in Rehoboth Beach were destroyed?

answers: NDQ_000710

answers: What caused the highest tide in Delaware history?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: How many blocks of the boardwalk did high waves destroy?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many days did the Nor'easter last?

answers: NDQ_000726

answers: Which of the following is not an example of a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: The strongest northeast quadrant

answers: NDQ_000728

answers: high waves built momentum

answers: NDQ_000729

answers: What caused the strongest northeast quadrant to move directly over Delaware?

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What caused the strongest northeast quadrant to move directly over Delaware for one tidal cycle?

answers: NDQ_000733

answers: tidal cycle

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: high tide of

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: the Nor'easter produced light rainfall that did not cause any flooding

answers: NDQ_000739

answers: tidal

answers: NDQ_000740

answers: Tidal cycle

answers: NDQ_000741

answers: Tidal

answers: NDQ_000742

answers: Ash Wednesday

answers: NDQ_000743

answers: What is the term for energy transfer through matter?

answers: NDQ_000744

answers: Ash Wednesday Storm

answers: NDQ_000745

answers: high waves

answers: NDQ_000746

answers: The highest tide was, which was the second highest on record; only the 1962 storm was higher, which produced a tide of

answers: NDQ_000702

answers: Atlantic Ocean

answers: NDQ_000704

answers: High tides

answers: NDQ_000706

answers: Atlantic Ocean

answers: NDQ_000707

answers: High tides

answers: NDQ_000710

answers: High tides

answers: NDQ_000715

answers: high waves destroyed three houses.

answers: NDQ_000718

answers: High tides

answers: NDQ_000720

answers: high waves built momentum from the Atlantic Ocean through the Delaware Bay.

answers: NDQ_000721

answers: Atlantic Ocean

answers: NDQ_000722

answers: high waves destroyed three houses.

answers: NDQ_000723

answers: high waves

answers: NDQ_000724

answers: High tides

answers: NDQ_000725

answers: high waves destroyed three houses.

answers: NDQ_000726

answers: Atlantic Ocean

answers: NDQ_000727

answers: The high tides

answers: NDQ_000728

answers: The high tides

answers: NDQ_000729

answers: high waves destroyed three houses.

answers: NDQ_000730

answers: high waves destroyed three houses.

answers: NDQ_000731

answers: The high tides

answers: NDQ_000732

answers: High tides

answers: NDQ_000733

answers: tidal cycle,

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: light rainfall

answers: NDQ_000736

answers: Delaware history.

answers: NDQ_000737

answers: Atlantic Ocean

answers: NDQ_000738

answers: light rainfall

answers: NDQ_000739

answers: saltwater

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: waves

answers: NDQ_000742

answers: High tides

answers: NDQ_000743

answers: high waves built momentum from the Atlantic Ocean through the Delaware Bay.

answers: NDQ_000744

answers: high waves

answers: NDQ_000745

answers: high tides

answers: NDQ_000746

answers: $5 million

text: Earth is the only known planet with seas of liquid water on its surface, although Mars possesses ice caps and similar planets in other solar systems may have oceans. It is still unclear where Earth's water came from, but, seen from space, our planet appears as a "blue marble" of its various forms: oceans, ice caps, clouds. Earth's  of sea contain about 97.2 percent of its known water and cover more than 70 percent of its surface. Another 2.15% of Earth's water is frozen, found in the sea ice covering the Arctic Ocean, the ice cap covering Antarctica and its adjacent seas, and various glaciers and surface deposits around the world. The remainder (about 0.65% of the whole) form underground reservoirs or various stages of the water cycle, containing the freshwater encountered and used by most terrestrial life: vapor in the air, the clouds it slowly forms, the rain falling from them, and the lakes and rivers spontaneously formed as its waters flow again and again to the sea. The sea's dominance of the planet is such that the British author Arthur C. Clarke once noted that "Earth" would have been better named "Ocean".

text: Earth

text: is the only known

text: planet

text: with seas of liquid

text: water

text: on its surface, although

text: Mars

text: possesses

text: ice caps

text: and

text: similar planets

text: in

text: other solar systems

text: may have oceans. It is still unclear

text: where Earth's water came from

text: , but, seen from

text: space

text: , our planet appears as a "

text: blue marble

text: " of its various forms: oceans, ice caps, clouds. Earth's  of sea contain

text: about 97.2 percent of its known water

text: and cover more than 70 percent of its surface. Another 2.15% of Earth's water is frozen, found in the sea ice covering the

text: Arctic Ocean

text: , the ice cap covering

text: Antarctica

text: and its

text: adjacent seas

text: , and various

text: glacier

text: s and surface deposits around the world. The remainder (about 0.65% of the whole) form

text: underground reservoirs

text: or various stages of the

text: water cycle

text: , containing the

text: freshwater

text: encountered and used by most

text: terrestrial life

text: vapor

text: in the

text: air

text: , the

text: cloud

text: s it slowly forms, the

text: rain

text: falling from them, and the

text: lake

text: s and

text: river

text: s spontaneously formed as its waters flow again and again to the sea. The sea's dominance of the planet is such that the British author

text: Arthur C. Clarke

text: once noted that "Earth" would have been better named "Ocean".

answers: NDQ_000702

answers: liquid water

answers: NDQ_000704

answers: Which of the following is not a type of water: oceans, ice caps, or glaciers?

answers: NDQ_000706

answers: near the coast

answers: NDQ_000707

answers: Earth's of sea contain about 97.2 percent of its known water

answers: NDQ_000710

answers: Earth's of sea of liquid water on its surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a form of water: oceans, ice caps, clouds?

answers: NDQ_000725

answers: How many percent of Earth's water is frozen?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: How many percent of Earth's water is frozen?

answers: NDQ_000730

answers: not enough information

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many percent of Earth's water is frozen?

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: oceans

answers: NDQ_000735

answers: Earth's

answers: NDQ_000736

answers: Earth's of sea

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Earth would have been better named "Ocean"

answers: NDQ_000739

answers: frozen

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: rivers

answers: NDQ_000742

answers: NDQ_000743

answers: vapor in the air

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: lakes and rivers spontaneously formed

answers: NDQ_000746

answers: about 0.65%

answers: NDQ_000702

answers: seas of liquid water

answers: NDQ_000704

answers: 70 percent of its surface.

answers: NDQ_000706

answers: Arctic Ocean,

answers: NDQ_000707

answers: seas of liquid water

answers: NDQ_000710

answers: lakes and rivers

answers: NDQ_000715

answers: 97.2 percent of its known water

answers: NDQ_000718

answers: "Ocean".

answers: NDQ_000720

answers: "Ocean".

answers: NDQ_000721

answers: "Ocean".

answers: NDQ_000722

answers: Mars possesses ice caps

answers: NDQ_000723

answers: "Ocean".

answers: NDQ_000724

answers: Earth is the only known planet with seas of liquid water

answers: NDQ_000725

answers: 97.2 percent of its known water

answers: NDQ_000726

answers: "Ocean".

answers: NDQ_000727

answers: Earth

answers: NDQ_000728

answers: Mars possesses ice caps

answers: NDQ_000729

answers: "Earth" would have been better named "Ocean".

answers: NDQ_000730

answers: "Ocean".

answers: NDQ_000731

answers: Earth

answers: NDQ_000732

answers: "Ocean".

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: seas of liquid water

answers: NDQ_000735

answers: Earth is the only known planet with seas of liquid water

answers: NDQ_000736

answers: "Ocean".

answers: NDQ_000737

answers: Arctic Ocean,

answers: NDQ_000738

answers: "Ocean".

answers: NDQ_000739

answers: frozen,

answers: NDQ_000740

answers: 97.2 percent of its known water

answers: NDQ_000741

answers: rivers

answers: NDQ_000742

answers: Earth

answers: NDQ_000743

answers: vapor in the air,

answers: NDQ_000744

answers: Earth is the only known planet with seas of liquid water

answers: NDQ_000745

answers: flow again and again to the sea.

answers: NDQ_000746

answers: 97.2 percent

text: Syzygy causes the bimonthly phenomena of spring and neap tides. At the new and full moon, the Sun and Moon are in syzygy. Their tidal forces act to reinforce each other, and the ocean both rises higher and falls lower than the average.  Conversely, at the first and third quarter, the Sun and Moon are at right angles, their tidal forces counteract each other, and the tidal range is smaller than average.  Tidal variation can also be measured in the earth's crust, and this may affect the frequency of earthquakes.

text: Syzygy causes the bimonthly phenomena of

text: spring

text: and

text: neap

text: tides. At the new and full moon, the Sun and Moon are in syzygy. Their

text: tidal force

text: s act to reinforce each other, and the ocean both rises higher and falls lower than the average.  Conversely, at the first and third quarter, the Sun and Moon are at right angles, their tidal forces counteract each other, and the tidal range is smaller than average.  Tidal variation can also be measured in the

text: earth's crust

text: , and this

text: may affect the frequency of earthquakes

answers: NDQ_000702

answers: Syzygy

answers: NDQ_000704

answers: Which of the following is not a cause of spring and neap tides?

answers: NDQ_000706

answers: new and full moon

answers: NDQ_000707

answers: the sun and moon are at right angles to each other.

answers: NDQ_000710

answers: tidal forces closer together

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: How would you describe the water on the shore?

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: larger than average

answers: NDQ_000728

answers: neap tides

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: At the first and third quarter, the Sun and Moon are at right angles

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: Syzygy

answers: NDQ_000735

answers: at right angles

answers: NDQ_000736

answers: tidal forces act to reinforce each other

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: at the first and third quarter, the Sun and Moon are at right angles

answers: NDQ_000739

answers: higher than the average

answers: NDQ_000740

answers: rises higher and falls lower

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: nap

answers: NDQ_000743

answers: tidal

answers: NDQ_000744

answers: neap

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: average

answers: NDQ_000702

answers: Syzygy

answers: NDQ_000704

answers: the ocean both rises higher and falls lower than the average.

answers: NDQ_000706

answers: spring and neap tides.

answers: NDQ_000707

answers: tidal forces

answers: NDQ_000710

answers: spring and neap tides.

answers: NDQ_000715

answers: higher and falls lower than the average.

answers: NDQ_000718

answers: Syzygy

answers: NDQ_000720

answers: Syzygy

answers: NDQ_000721

answers: Syzygy

answers: NDQ_000722

answers: smaller than average.

answers: NDQ_000723

answers: Syzygy

answers: NDQ_000724

answers: tidal forces

answers: NDQ_000725

answers: the ocean both rises higher and falls lower than the average.

answers: NDQ_000726

answers: tidal forces

answers: NDQ_000727

answers: tidal range is smaller than average.

answers: NDQ_000728

answers: the ocean both rises higher and falls lower than the average.

answers: NDQ_000729

answers: Syzygy

answers: NDQ_000730

answers: Syzygy

answers: NDQ_000731

answers: right angles,

answers: NDQ_000732

answers: right angles,

answers: NDQ_000733

answers: spring and neap tides.

answers: NDQ_000734

answers: Syzygy

answers: NDQ_000735

answers: syzygy.

answers: NDQ_000736

answers: Syzygy

answers: NDQ_000737

answers: tidal forces

answers: NDQ_000738

answers: the ocean both rises higher and falls lower than the average.

answers: NDQ_000739

answers: Syzygy

answers: NDQ_000740

answers: rises higher and falls lower than the average.

answers: NDQ_000741

answers: tidal

answers: NDQ_000742

answers: tidal range is smaller than average.

answers: NDQ_000743

answers: tidal forces

answers: NDQ_000744

answers: rises higher and falls lower than the average.

answers: NDQ_000745

answers: tides.

answers: NDQ_000746

answers: Syzygy

text: Hurricane Guillermo began its extensive track as a tropical wave that moved off the coast of Africa on July 16, 1997. Initially disorganized and weak, the system tracked westward across the Atlantic Ocean for several weeks. The National Hurricane Center (NHC) stated that they had issues monitoring the system as it moved through the Caribbean; however, they interpreted through satellite data that the wave crossed Central America and entered the Pacific Ocean between July 27 and 28. Once in the Pacific, convection, areas of thunderstorm activity, and banding features began to form. Additionally, a low pressure system developed within the disturbance by July 29. The following day, the system became sufficiently organized for the NHC to classify it as Tropical Depression Nine-E; at this time the depression was situated roughly 345 mi (555 km) south of Salina Cruz, Mexico. In response to a deep-layer ridge to the north, the depression tracked at a steady pace towards the west-northwest, and this motion persisted through the first week of August. Within a day of being classified, the system intensified into Tropical Storm Guillermo, the seventh named storm of the 1997 season.

text: Hurricane Guillermo began its extensive track as a

text: tropical wave

text: that moved off the coast of Africa on July 16, 1997. Initially disorganized and weak, the system tracked westward across the Atlantic Ocean for several weeks. The

text: National Hurricane Center

text: (NHC) stated that they had issues monitoring the system as it moved through the Caribbean; however, they interpreted through satellite data that the wave crossed

text: Central America

text: and entered the Pacific Ocean between July 27 and 28. Once in the Pacific,

text: convection

text: , areas of

text: thunderstorm

text: activity, and

text: banding features

text: began to form. Additionally, a

text: low pressure system

text: developed within the disturbance by July 29. The following day, the system became sufficiently organized for the NHC to classify it as Tropical Depression Nine-E; at this time the depression was situated roughly 345 mi (555 km) south of

text: Salina Cruz

text: Mexico

text: . In response to a deep-layer

text: ridge

text: to the north, the depression tracked at a steady pace towards the west-northwest, and this motion persisted through the first week of August. Within a day of being classified, the system intensified into Tropical Storm Guillermo, the seventh

text: named storm

text: of the

text: 1997 season

answers: NDQ_000702

answers: deep-layer ridge

answers: NDQ_000704

answers: What caused Guillermo to intensify into a tropical storm?

answers: NDQ_000706

answers: Pacific

answers: NDQ_000707

answers: pressure is too low

answers: NDQ_000710

answers: a low pressure system developed within the disturbance

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: tropical

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many days after Tropical Depression Nine-E was classified did Hurricane Guillermo intensify into Tropical Storm Guillermo?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: Tropical Depression Nine-E

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What caused surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: Atlantic Ocean

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: convection, areas of thunderstorm activity, and banding features began to form

answers: NDQ_000739

answers: Atlantic

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: convection

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: deep-layer ridge

answers: NDQ_000746

answers: (555 km)

answers: NDQ_000702

answers: deep-layer ridge

answers: NDQ_000704

answers: convection,

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: low pressure system

answers: NDQ_000710

answers: convection, areas of thunderstorm activity, and banding features

answers: NDQ_000715

answers: wave

answers: NDQ_000718

answers: wave

answers: NDQ_000720

answers: tropical wave

answers: NDQ_000721

answers: Pacific Ocean

answers: NDQ_000722

answers: deep-layer ridge

answers: NDQ_000723

answers: tropical wave

answers: NDQ_000724

answers: tropical wave

answers: NDQ_000725

answers: Tropical Depression Nine-E;

answers: NDQ_000726

answers: tropical wave

answers: NDQ_000727

answers: Hurricane Guillermo

answers: NDQ_000728

answers: Pacific Ocean

answers: NDQ_000729

answers: west-northwest,

answers: NDQ_000730

answers: Tropical Depression Nine-E;

answers: NDQ_000731

answers: Tropical Depression Nine-E;

answers: NDQ_000732

answers: west-northwest,

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: deep-layer ridge

answers: NDQ_000735

answers: Pacific Ocean

answers: NDQ_000736

answers: deep-layer ridge

answers: NDQ_000737

answers: deep-layer ridge

answers: NDQ_000738

answers: deep-layer ridge

answers: NDQ_000739

answers: Pacific Ocean

answers: NDQ_000740

answers: Pacific Ocean

answers: NDQ_000741

answers: wave

answers: NDQ_000742

answers: Tropical Depression Nine-E;

answers: NDQ_000743

answers: convection,

answers: NDQ_000744

answers: tropical wave

answers: NDQ_000745

answers: deep-layer ridge

answers: NDQ_000746

answers: Hurricane Guillermo began its extensive track as a tropical wave

text: Unusually, Kim’s work focuses extensively on the experience of Korean expatriates. In fact, her book The Long Road (which won the Hankook Ilbo Literary Prize the same year it was published)  is the only piece of “expat” Korean fiction that has been translated into English.  That book is among her fiction that draws the time she spent living in Australia in the 1990s.In 2003 Kim won the Yi Sang Literary award for her work  Ocean and Butterfly (Bada-wa nabi) and in 2010 she won the Dong-in Literary Award for Bye, Elena (Annyeong, ellena).Her latest work in Korean, To Be Insane (Michil su issgessni, i salm-e) had its publication delayed at Kim’s request. The story featured a massively destructive earthquake and tsunami, and Kim believed that it would have been inappropriate to release this work just after the earthquake and tsunami that hit Japan.

text: Unusually, Kim’s work focuses extensively on the experience of Korean expatriates. In fact, her book The Long Road (which won the

text: Hankook Ilbo

text: Literary Prize the same year it was published)  is the only piece of “expat” Korean fiction that has been translated into English.  That book is among her fiction that draws the time she spent living in Australia in the 1990s.In 2003 Kim won the Yi Sang Literary award for her work  Ocean and Butterfly (Bada-wa nabi) and in 2010 she won the Dong-in Literary Award for Bye, Elena (Annyeong, ellena).Her latest work in Korean, To Be Insane (Michil su issgessni, i salm-e) had its publication delayed at Kim’s request. The story featured a massively destructive earthquake and tsunami, and Kim believed that it would have been inappropriate to release this work just after the earthquake and tsunami that hit Japan.

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: Which of the following is not a work of fiction: Ocean and Butterfly, To Be Insane, or Bye, Elena?

answers: NDQ_000706

answers: shallow water

answers: NDQ_000707

answers: Kim won the Yi Sang Literary award for her work

answers: NDQ_000710

answers: How many years after Kim won the Yi Sang Literary award did she win the Dong-in Literary Award?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices .

answers: NDQ_000725

answers: How many years did Kim spend living in Australia in the 1990s?

answers: NDQ_000726

answers: What did Kim believe would have been inappropriate to release this work just after the earthquake and tsunami

answers: NDQ_000727

answers: Ocean and Butterfly

answers: NDQ_000728

answers: What is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: What caused the earthquake and tsunami that hit Japan?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What caused surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Hai Sang Literary award

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: NDQ_000743

answers: What kind of energy is transferred through matter?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: massively destructive

answers: NDQ_000702

answers: earthquake

answers: NDQ_000704

answers: Ocean and Butterfly

answers: NDQ_000706

answers: Ocean and Butterfly

answers: NDQ_000707

answers: earthquake and tsunami,

answers: NDQ_000710

answers: Ocean and Butterfly

answers: NDQ_000715

answers: Ocean and Butterfly

answers: NDQ_000718

answers: Ocean and Butterfly

answers: NDQ_000720

answers: earthquake and tsunami,

answers: NDQ_000721

answers: Ocean

answers: NDQ_000722

answers: Ocean and Butterfly

answers: NDQ_000723

answers: To Be Insane

answers: NDQ_000724

answers: tsunami,

answers: NDQ_000725

answers: Ocean and Butterfly

answers: NDQ_000726

answers: Ocean and Butterfly

answers: NDQ_000727

answers: Ocean and Butterfly

answers: NDQ_000728

answers: To Be Insane

answers: NDQ_000729

answers: Ocean and Butterfly

answers: NDQ_000730

answers: Ocean and Butterfly

answers: NDQ_000731

answers: Ocean and Butterfly

answers: NDQ_000732

answers: Ocean and Butterfly

answers: NDQ_000733

answers: Ocean

answers: NDQ_000734

answers: earthquake

answers: NDQ_000735

answers: Ocean and Butterfly

answers: NDQ_000736

answers: Ocean and Butterfly

answers: NDQ_000737

answers: Ocean and Butterfly

answers: NDQ_000738

answers: Korean expatriates.

answers: NDQ_000739

answers: Ocean and Butterfly

answers: NDQ_000740

answers: Ocean and Butterfly

answers: NDQ_000741

answers: tsunami,

answers: NDQ_000742

answers: Ocean

answers: NDQ_000743

answers: Butterfly

answers: NDQ_000744

answers: tsunami,

answers: NDQ_000745

answers: tsunami,

answers: NDQ_000746

answers: massively destructive earthquake

text: The winds blow at speeds of 80 km/h or more down the hillsides from Chivela Pass and over the waters of the Gulf of Tehuantepec, sometimes extending more than 500 miles (800 km) into the Pacific Ocean. The surface waters under the Gulf of Tehuantepec wind jet can cool by as much as 10 °C in a day. In addition to the cold water that is detectable from other satellite sensors, the ocean’s response to these winds shows up in satellite estimates of chlorophyll from ocean color measurements. The cold water and high chlorophyll concentration are signatures of mixing and upwelling of cold, nutrient-rich deep water. Fish converge on this food source, which supports the highly successful fishing industry in the Gulf of Tehuantepec.

text: The winds blow at speeds of 80 km/h or more down the hillsides from

text: Chivela Pass

text: and over the waters of the Gulf of Tehuantepec, sometimes extending more than 500 miles (800 km) into the Pacific Ocean. The surface waters under the Gulf of Tehuantepec wind jet can cool by as much as 10 °C in a day. In addition to the cold water that is detectable from other satellite sensors, the ocean’s response to these winds shows up in satellite estimates of chlorophyll from ocean color measurements. The cold water and high chlorophyll concentration are signatures of mixing and upwelling of cold, nutrient-rich deep water. Fish converge on this food source, which supports the highly successful fishing industry in the Gulf of Tehuantepec.

answers: NDQ_000702

answers: fishing

answers: NDQ_000704

answers: Which of the following is not a signature of mixing and upwelling of cold, nutrient-rich deep water?

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: deep water closer to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many times a day does the Gulf of Tehuantepec wind jet cool?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: what is the first sign of a tsunami is coming

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Gulf of Tehuantepec

answers: NDQ_000737

answers: wind jet

answers: NDQ_000738

answers: Fish converge on this food source, which supports the highly successful fishing industry

answers: NDQ_000739

answers: cold

answers: NDQ_000740

answers: 10 °C

answers: NDQ_000741

answers: wind jet

answers: NDQ_000742

answers: NDQ_000743

answers: What kind of energy is transferred through matter?

answers: NDQ_000744

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: winds

answers: NDQ_000704

answers: 10 °C in a day.

answers: NDQ_000706

answers: Gulf of Tehuantepec,

answers: NDQ_000707

answers: winds

answers: NDQ_000710

answers: Fish converge on this food source,

answers: NDQ_000715

answers: 80 km/h

answers: NDQ_000718

answers: 80 km/h

answers: NDQ_000720

answers: 80 km/h or more

answers: NDQ_000721

answers: winds

answers: NDQ_000722

answers: Gulf of Tehuantepec,

answers: NDQ_000723

answers: Gulf of Tehuantepec,

answers: NDQ_000724

answers: The winds blow at speeds of 80 km/h

answers: NDQ_000725

answers: Gulf of Tehuantepec,

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: Gulf of Tehuantepec,

answers: NDQ_000728

answers: mixing and upwelling of cold, nutrient-rich deep water.

answers: NDQ_000729

answers: 500 miles (800 km) into the Pacific Ocean.

answers: NDQ_000730

answers: 500 miles (800 km) into the Pacific Ocean.

answers: NDQ_000731

answers: Gulf of Tehuantepec,

answers: NDQ_000732

answers: 500 miles (800 km) into the Pacific Ocean.

answers: NDQ_000733

answers: Gulf of Tehuantepec,

answers: NDQ_000734

answers: winds

answers: NDQ_000735

answers: 10 °C in a day.

answers: NDQ_000736

answers: mixing and upwelling of cold, nutrient-rich deep water.

answers: NDQ_000737

answers: wind jet

answers: NDQ_000738

answers: The cold water and high chlorophyll

answers: NDQ_000739

answers: cold, nutrient-rich deep water.

answers: NDQ_000740

answers: cool by as much as 10 °C in a day.

answers: NDQ_000741

answers: wind jet

answers: NDQ_000742

answers: Gulf of Tehuantepec,

answers: NDQ_000743

answers: The winds blow at speeds of 80 km/h

answers: NDQ_000744

answers: Gulf of Tehuantepec,

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: 80 km/h

text: The earthquake was felt over a wide area from Alexandria in the southwest to Antioch in the north previously damaged by the earthquake of 526. The area of felt intensity of VIII or more extends from Tripoli in the north to Tyre in the south. Estimates for the magnitude vary from 7.2 on the surface wave magnitude scale to a possible 7.5 on the moment magnitude scale. The rupture length is estimated to be greater than 100 km and possibly as long as 150 km. The origin of the tsunami was thought to have been due to an underwater landslide triggered by an earthquake on the Dead Sea Transform itself. More recent analysis suggested that an offshore continuation of the Roum Fault mapped onshore was responsible. However, seabed surveys have discounted this possibility and the discovery of geologically recent fault scarps at seabed indicate that movement on the newly identified Mount Lebanon Thrust was the cause of the earthquake and the resulting tsunami. Quaternary uplift recorded by a series of marine-cut terraces between Tripoli and Beirut are consistent with continuing upward movement of the hanging wall of the proposed thrust. At a smaller scale, an uplifted vermetid bench, which indicates vertical movement of about 80 cm, is dated to the sixth century A.D. Continued uplift above this thrust since the late Miocene may explain the formation of the Mount Lebanon range.

text: The earthquake was felt over a wide area from

text: Alexandria

text: in the southwest to

text: Antioch

text: in the north previously damaged by the

text: earthquake of 526

text: . The area of felt intensity of VIII or more extends from

text: Tripoli

text: in the north to

text: Tyre

text: in the south. Estimates for the magnitude vary from 7.2 on the

text: surface wave magnitude

text: scale to a possible 7.5 on the

text: moment magnitude scale

text: . The rupture length is estimated to be greater than 100 km and possibly as long as 150 km. The origin of the tsunami was thought to have been due to an underwater landslide triggered by an earthquake on the Dead Sea Transform itself. More recent analysis suggested that an offshore continuation of the Roum Fault mapped onshore was responsible. However, seabed surveys have discounted this possibility and the discovery of geologically recent fault scarps at seabed indicate that movement on the newly identified Mount Lebanon Thrust was the cause of the earthquake and the resulting tsunami.

text: Quaternary

text: uplift recorded by a series of

text: marine-cut terraces

text: between Tripoli and Beirut are consistent with continuing upward movement of the hanging wall of the proposed thrust. At a smaller scale, an uplifted

text: vermetid

text: bench, which indicates vertical movement of about 80 cm, is dated to the sixth century A.D. Continued uplift above this thrust since the late

text: Miocene

text: may explain the formation of the

text: Mount Lebanon

text: range.

answers: NDQ_000702

answers: movement on the newly identified Mount Lebanon Thrust

answers: NDQ_000704

answers: What caused the earthquake?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: a body of water moves in a certain direction

answers: NDQ_000710

answers: The Dead Sea Transform

answers: NDQ_000715

answers: 7.5 on the moment magnitude scale

answers: NDQ_000718

answers: How long is the rupture length?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times has the Dead Sea Transform been damaged?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: 7.2 on the surface wave magnitude

answers: NDQ_000729

answers: What is the cause of the earthquake and the resulting tsunami

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which of the following is not a cause of the earthquake and the resulting tsunami?

answers: NDQ_000732

answers: What is the cause of the earthquake?

answers: NDQ_000733

answers: Dead Sea

answers: NDQ_000734

answers: unanswerable

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: magnitude of the earthquake?

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: onshore

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: earthquake

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: magnitude

answers: NDQ_000702

answers: Mount Lebanon Thrust

answers: NDQ_000704

answers: 7.2 on the surface wave

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: earthquake

answers: NDQ_000710

answers: Quaternary uplift

answers: NDQ_000715

answers: 7.5 on the moment magnitude scale.

answers: NDQ_000718

answers: 100 km and possibly as long as 150 km.

answers: NDQ_000720

answers: 7.5

answers: NDQ_000721

answers: Mount Lebanon Thrust

answers: NDQ_000722

answers: underwater landslide

answers: NDQ_000723

answers: Mount Lebanon Thrust

answers: NDQ_000724

answers: Mount Lebanon Thrust

answers: NDQ_000725

answers: Mount Lebanon Thrust

answers: NDQ_000726

answers: 7.5 on the moment magnitude scale.

answers: NDQ_000727

answers: Mount Lebanon range.

answers: NDQ_000728

answers: Mount Lebanon Thrust

answers: NDQ_000729

answers: Mount Lebanon Thrust

answers: NDQ_000730

answers: Mount Lebanon Thrust

answers: NDQ_000731

answers: 526.

answers: NDQ_000732

answers: Mount Lebanon Thrust

answers: NDQ_000733

answers: 526.

answers: NDQ_000734

answers: underwater landslide

answers: NDQ_000735

answers: 526.

answers: NDQ_000736

answers: 7.5 on the moment magnitude scale.

answers: NDQ_000737

answers: Mount Lebanon Thrust

answers: NDQ_000738

answers: underwater landslide

answers: NDQ_000739

answers: offshore continuation of the Roum Fault mapped onshore

answers: NDQ_000740

answers: 526.

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: 526.

answers: NDQ_000743

answers: uplift

answers: NDQ_000744

answers: 526.

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: 7.5 on the moment magnitude scale.

text: Isolated traveling, ocean surface gravity waves radiate only evanescent acoustic waves,and don't generate microbaroms.Microbaroms are generated by nonlinear interactions of ocean surface waves traveling in nearly opposite directions with similar frequencies in the lee of a storm,which produce the required standing wave conditions, also known as the clapotis. When the ocean storm is a tropical cyclone, the microbaroms are not produced near the eye wall where wind speeds are greatest, but originate from the trailing edge of the storm where the storm generated waves interact with the ambient ocean swells.

text: Isolated traveling, ocean surface

text: gravity wave

text: s radiate only

text: evanescent

text: acoustic waves,and don't generate microbaroms.Microbaroms are generated by nonlinear interactions of ocean surface waves traveling in nearly opposite directions with similar frequencies in the lee of a storm,which produce the required

text: standing wave

text: conditions, also known as the

text: clapotis

text: . When the ocean storm is a

text: tropical cyclone

text: , the microbaroms are not produced near the

text: eye wall

text: where wind speeds are greatest, but originate from the trailing edge of the storm where the storm generated waves interact with the ambient ocean

text: swells

answers: NDQ_000702

answers: standing wave conditions

answers: NDQ_000704

answers: Which of the following is not an example of a nonlinear interaction of ocean surface waves?

answers: NDQ_000706

answers: the trailing edge of the storm

answers: NDQ_000707

answers: it is too large

answers: NDQ_000710

answers: Microbaroms

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: a tropical cyclone

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: standing wave conditions

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: clapotis

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Isolated traveling, ocean surface gravity waves radiate only evanescent acoustic waves

answers: NDQ_000739

answers: swelled

answers: NDQ_000740

answers: NDQ_000741

answers: ocean surface waves

answers: NDQ_000742

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: gravity waves

answers: NDQ_000746

answers: NDQ_000702

answers: ocean surface gravity waves

answers: NDQ_000704

answers: ocean surface gravity waves

answers: NDQ_000706

answers: eye wall

answers: NDQ_000707

answers: interact with the ambient ocean swells.

answers: NDQ_000710

answers: swells.

answers: NDQ_000715

answers: microbaroms.Microbaroms

answers: NDQ_000718

answers: ocean surface gravity waves

answers: NDQ_000720

answers: tropical cyclone,

answers: NDQ_000721

answers: ocean surface gravity waves

answers: NDQ_000722

answers: ocean surface gravity waves

answers: NDQ_000723

answers: ocean surface gravity waves

answers: NDQ_000724

answers: ocean surface gravity waves

answers: NDQ_000725

answers: microbaroms.Microbaroms

answers: NDQ_000726

answers: ocean surface gravity waves

answers: NDQ_000727

answers: microbaroms.Microbaroms

answers: NDQ_000728

answers: microbaroms.Microbaroms

answers: NDQ_000729

answers: opposite directions

answers: NDQ_000730

answers: ocean surface gravity

answers: NDQ_000731

answers: microbaroms.Microbaroms

answers: NDQ_000732

answers: opposite directions

answers: NDQ_000733

answers: microbaroms.Microbaroms

answers: NDQ_000734

answers: ocean surface gravity waves

answers: NDQ_000735

answers: microbaroms.Microbaroms

answers: NDQ_000736

answers: microbaroms.Microbaroms

answers: NDQ_000737

answers: ocean surface gravity waves

answers: NDQ_000738

answers: don't generate microbaroms.Microbaroms

answers: NDQ_000739

answers: tropical cyclone,

answers: NDQ_000740

answers: ocean surface gravity waves

answers: NDQ_000741

answers: gravity waves

answers: NDQ_000742

answers: microbaroms.Microbaroms

answers: NDQ_000743

answers: ocean surface gravity waves

answers: NDQ_000744

answers: microbaroms.Microbaroms

answers: NDQ_000745

answers: gravity waves

answers: NDQ_000746

answers: ocean surface gravity waves

text: Making the Future: Occupations, Interventions, Empire and Resistance is a 2012 collection of political op-ed columns written by Noam Chomsky and edited by John Stickney for monthly publication by the New York Times Syndicate between April 2, 2007 and October 31, 2011. The columns, according to Stickney, “present a narrative of the events that have made the future since 2007,” including War in Afghanistan and Iraq, the 2008 U.S. presidential race; the Chinese Century, the pink tide, nuclear proliferation, the Gaza War, Israeli settlement, climate change,  the global financial crisis, the Arab Spring, the death of Osama bin Laden and the Occupy movement.

text: Making the Future: Occupations, Interventions, Empire and Resistance is a 2012 collection of political op-ed columns written by

text: Noam Chomsky

text: and edited by John Stickney for monthly publication by the

entity_name: List of assets owned by The New York Times Company

text: New York Times Syndicate

text: between April 2, 2007 and October 31, 2011. The columns, according to Stickney, “present a narrative of the events that have made the future since 2007,” including

text: War in Afghanistan

text: and

text: Iraq

text: , the

entity_name: United States presidential election, 2008

text: 2008 U.S. presidential race

text: ; the

text: Chinese Century

text: , the

text: pink tide

text: nuclear proliferation

text: , the

text: Gaza War

text: Israeli settlement

text: climate change

text: ,  the

text: global financial crisis

text: , the

text: Arab Spring

text: , the

text: death of Osama bin Laden

text: and the

text: Occupy movement

answers: NDQ_000702

answers: climate change

answers: NDQ_000704

answers: Which of the following is not a political op-ed column: the Chinese Century, the pink tide, nuclear proliferation or climate change?

answers: NDQ_000706

answers: pink tide

answers: NDQ_000707

answers: John Stickney is the editor

answers: NDQ_000710

answers: The Arab Spring, the death of Occupy

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: What is the name of the book that Chomsky wrote?

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What is the name of the book that Chomsky wrote?

answers: NDQ_000726

answers: What is the name of the collection of political op-ed columns?

answers: NDQ_000727

answers: pink tide

answers: NDQ_000728

answers: pink tide

answers: NDQ_000729

answers: How does the Coriolis effect work?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: New York

answers: NDQ_000734

answers: climate change

answers: NDQ_000735

answers: occult

answers: NDQ_000736

answers: pink tide

answers: NDQ_000737

answers: nuclear submarine

answers: NDQ_000738

answers: pink tide

answers: NDQ_000739

answers: pink

answers: NDQ_000740

answers: pink tide

answers: NDQ_000741

answers: pink tide

answers: NDQ_000742

answers: pink tide

answers: NDQ_000743

answers: nuclear proliferation

answers: NDQ_000744

answers: pink tide

answers: NDQ_000745

answers: pink tide

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: climate change,

answers: NDQ_000704

answers: pink tide,

answers: NDQ_000706

answers: pink tide,

answers: NDQ_000707

answers: pink tide,

answers: NDQ_000710

answers: pink tide,

answers: NDQ_000715

answers: pink tide,

answers: NDQ_000718

answers: pink tide,

answers: NDQ_000720

answers: pink tide,

answers: NDQ_000721

answers: pink tide,

answers: NDQ_000722

answers: pink tide,

answers: NDQ_000723

answers: pink tide,

answers: NDQ_000724

answers: pink tide,

answers: NDQ_000725

answers: pink tide,

answers: NDQ_000726

answers: 2011.

answers: NDQ_000727

answers: pink tide,

answers: NDQ_000728

answers: the pink tide,

answers: NDQ_000729

answers: the pink tide,

answers: NDQ_000730

answers: pink tide,

answers: NDQ_000731

answers: pink tide,

answers: NDQ_000732

answers: pink tide,

answers: NDQ_000733

answers: pink tide,

answers: NDQ_000734

answers: climate change,

answers: NDQ_000735

answers: pink tide,

answers: NDQ_000736

answers: pink tide,

answers: NDQ_000737

answers: nuclear proliferation,

answers: NDQ_000738

answers: pink tide,

answers: NDQ_000739

answers: pink tide,

answers: NDQ_000740

answers: climate change,

answers: NDQ_000741

answers: pink tide,

answers: NDQ_000742

answers: pink tide,

answers: NDQ_000743

answers: nuclear proliferation,

answers: NDQ_000744

answers: pink tide,

answers: NDQ_000745

answers: pink tide,

answers: NDQ_000746

answers: pink tide,

text: To engage the oceanic sports community in World Oceans Day and increase awareness about the importance of clean and healthy oceans. Surfers, sailors, swimmers, divers and paddlers can be ambassadors to the community about the health of the ocean and issues such as pollution.

text: To engage the oceanic sports community in

text: World Oceans Day

text: and increase awareness about the importance of clean and healthy oceans. Surfers, sailors, swimmers, divers and paddlers can be ambassadors to the community about the health of the ocean and issues such as pollution.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: surf

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and trough?

answers: NDQ_000720

answers: The biggest ocean waves occur with hurricanes

answers: NDQ_000721

answers: Which of the following is not a sport?

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: Which of the following is not an oceanic sports community?

answers: NDQ_000725

answers: Which of the following is not a type of sport?

answers: NDQ_000726

answers: Which of the following is not a type of energy transfer?

answers: NDQ_000727

answers: The difference between high and low tides

answers: NDQ_000728

answers: A tsunami is a type of natural disaster that occurs when a large amount of water moves rapidly across the ocean.

answers: NDQ_000729

answers: Which of the following is not the cause of the Coriolis effect?

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: Which of the following is not a type of oceanic sport?

answers: NDQ_000732

answers: Which of the following is not a type of oceanic sport?

answers: NDQ_000733

answers: Oceans Day

answers: NDQ_000734

answers: ocean acidity

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: oceanic sports community

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: upwelling is a natural process that occurs in the ocean.

answers: NDQ_000739

answers: contaminated

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: ocean

answers: NDQ_000742

answers: low tide

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: low tide

answers: NDQ_000745

answers: evaporation

answers: NDQ_000746

answers: NDQ_000702

answers: pollution.

answers: NDQ_000704

answers: pollution.

answers: NDQ_000706

answers: Surfers,

answers: NDQ_000707

answers: pollution.

answers: NDQ_000710

answers: pollution.

answers: NDQ_000715

answers: World Oceans Day

answers: NDQ_000718

answers: World Oceans Day

answers: NDQ_000720

answers: Surfers,

answers: NDQ_000721

answers: World Oceans Day

answers: NDQ_000722

answers: Surfers, sailors, swimmers, divers and paddlers

answers: NDQ_000723

answers: World Oceans Day

answers: NDQ_000724

answers: Surfers,

answers: NDQ_000725

answers: World Oceans Day

answers: NDQ_000726

answers: Surfers,

answers: NDQ_000727

answers: World Oceans Day

answers: NDQ_000728

answers: Surfers, sailors, swimmers, divers and paddlers

answers: NDQ_000729

answers: World Oceans Day

answers: NDQ_000730

answers: World Oceans Day

answers: NDQ_000731

answers: World Oceans Day

answers: NDQ_000732

answers: World Oceans Day

answers: NDQ_000733

answers: World Oceans Day

answers: NDQ_000734

answers: pollution.

answers: NDQ_000735

answers: World Oceans Day

answers: NDQ_000736

answers: Surfers, sailors, swimmers, divers and paddlers

answers: NDQ_000737

answers: oceans.

answers: NDQ_000738

answers: pollution.

answers: NDQ_000739

answers: World Oceans Day

answers: NDQ_000740

answers: pollution.

answers: NDQ_000741

answers: swimmers,

answers: NDQ_000742

answers: World Oceans Day

answers: NDQ_000743

answers: pollution.

answers: NDQ_000744

answers: World Oceans Day

answers: NDQ_000745

answers: pollution.

answers: NDQ_000746

answers: World Oceans Day

text: On May 2, 2007 the boards of Tide and Det Stavangerske Dampskibsselskap (DSD) approved Tide's acquisition of Stavangerske AS, the ferry operating subsidiary of DSD. Jun 26, 2007 the Annual General Meeting of Tide approved the acquisition. At the same time there was an equity issue in the company aimed at new owners which successfully raised approx. MNOK 300. Effective from Jan 1, 2008 Stavangerske AS was merged with Tide Sjø AS. The new company retained the Tide brand. Prior to this Stavangerske and HSD had won several tenders throughout Norway through their 50/50 joint venture Norferger. Tide Sjø was fissioned out of Tide and the company became Norled from 2012.

text: On May 2, 2007 the boards of Tide and

text: Det Stavangerske Dampskibsselskap

text: (DSD) approved Tide's acquisition of

text: Stavangerske

text: AS, the ferry operating subsidiary of DSD. Jun 26, 2007 the Annual General Meeting of Tide approved the acquisition. At the same time there was an

text: equity issue

text: in the company aimed at new owners which successfully raised approx. MNOK 300. Effective from Jan 1, 2008 Stavangerske AS was merged with Tide Sjø AS. The new company retained the Tide brand. Prior to this Stavangerske and HSD had won several tenders throughout Norway through their 50/50

text: joint venture

text: Norferger

text: . Tide Sjø was fissioned out of Tide and the company became

text: Norled

text: from 2012.

answers: NDQ_000702

answers: ferry operating

answers: NDQ_000704

answers: Are there any other interesting aspects about this article?

answers: NDQ_000706

answers: Stavanger

answers: NDQ_000707

answers: Tide's acquisition of Stavangerske AS

answers: NDQ_000710

answers: Stavangerske AS merged with Tide Sj AS

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: what is the first group mentioned?

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: What is the difference between high and low tide?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many days did it take for Tide to approve the acquisition?

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water moving fast across the ocean

answers: NDQ_000729

answers: It is caused by Earths rotation.

answers: NDQ_000730

answers: What is the sun's gravity?

answers: NDQ_000731

answers: Which of the following is not true of spring tides:

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: sea level rise

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Tide brand

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Stavangerske AS was merged with Tide

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: Tide Sj

answers: NDQ_000743

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: 50

answers: NDQ_000702

answers: Stavangerske Dampskibsselskap

answers: NDQ_000704

answers: Norled from 2012.

answers: NDQ_000706

answers: Norway

answers: NDQ_000707

answers: Norled from 2012.

answers: NDQ_000710

answers: Norled from 2012.

answers: NDQ_000715

answers: 300.

answers: NDQ_000718

answers: Norled from 2012.

answers: NDQ_000720

answers: Norled from 2012.

answers: NDQ_000721

answers: 2007 the boards of Tide

answers: NDQ_000722

answers: Det Stavangerske Dampskibsselskap

answers: NDQ_000723

answers: Norled from 2012.

answers: NDQ_000724

answers: Norled from 2012.

answers: NDQ_000725

answers: Norled from 2012.

answers: NDQ_000726

answers: Norled from 2012.

answers: NDQ_000727

answers: Tide

answers: NDQ_000728

answers: On May 2, 2007

answers: NDQ_000729

answers: Norled from 2012.

answers: NDQ_000730

answers: Norled from 2012.

answers: NDQ_000731

answers: Norled from 2012.

answers: NDQ_000732

answers: Norled from 2012.

answers: NDQ_000733

answers: Norway

answers: NDQ_000734

answers: Tide

answers: NDQ_000735

answers: 2007

answers: NDQ_000736

answers: Norled from 2012.

answers: NDQ_000737

answers: ferry

answers: NDQ_000738

answers: On May 2, 2007

answers: NDQ_000739

answers: Norled from 2012.

answers: NDQ_000740

answers: Jan 1, 2008

answers: NDQ_000741

answers: ferry

answers: NDQ_000742

answers: Tide

answers: NDQ_000743

answers: 2012.

answers: NDQ_000744

answers: Tide

answers: NDQ_000745

answers: Det Stavangerske Dampskibsselskap

answers: NDQ_000746

answers: 50/50

text: Ten months after the incident, the first Floatees began to wash up along the Alaskan coast. The first discovery consisted of ten toys found by a beachcomber near Sitka, Alaska on 16 November 1992, about 2,000 miles (3,200 km) from their starting point. Ebbesmeyer and Ingraham contacted beachcombers, coastal workers, and local residents to locate hundreds of the beached Floatees over a 530 mile (850 km) shoreline. Another beachcomber discovered twenty of the toys on 28 November 1992, and in total 400 were found along the eastern coast of the Gulf of Alaska in the period up to August 1993. This represented a 1.4% recovery rate. The landfalls were logged in Ingraham's computer model OSCUR (Ocean Surface Currents Simulation), which uses measurements of air pressure from 1967 onwards to calculate the direction of and speed of wind across the oceans, and the consequent surface currents. Ingraham's model was built to help fisheries but it is also used to predict flotsam movements or the likely locations of those lost at sea.

text: Ten months after the incident, the first Floatees began to wash up along the

text: Alaska

text: n coast. The first discovery consisted of ten toys found by a

text: beachcomber

text: near

text: Sitka, Alaska

text: on 16 November 1992, about 2,000 miles (3,200 km) from their starting point. Ebbesmeyer and Ingraham contacted beachcombers, coastal workers, and local residents to locate hundreds of the beached Floatees over a 530 mile (850 km) shoreline. Another beachcomber discovered twenty of the toys on 28 November 1992, and in total 400 were found along the eastern coast of the

text: Gulf of Alaska

text: in the period up to August 1993. This represented a 1.4% recovery rate. The landfalls were logged in Ingraham's computer model OSCUR (Ocean Surface Currents Simulation), which uses measurements of air pressure from 1967 onwards to calculate the direction of and speed of wind across the oceans, and the consequent surface currents. Ingraham's model was built to help fisheries but it is also used to predict flotsam movements or the likely locations of those lost at sea.

answers: NDQ_000702

answers: ocean surface currents

answers: NDQ_000704

answers: What is the name of the computer model that uses measurements of air pressure from 1967 onwards to calculate the direction of and speed of wind across the oceans

answers: NDQ_000706

answers: Gulf of Alaska

answers: NDQ_000707

answers: air pressure is too low

answers: NDQ_000710

answers: Floatees to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: unknown

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: What is the difference between a crest and trough?

answers: NDQ_000724

answers: What does the computer model OSCUR use to calculate the direction of and speed of wind?

answers: NDQ_000725

answers: How many toys were found by a beachcomber near Sitka, Alaska on 16 November 1992?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: surface currents

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which happened first, the first discovery consisted of ten toys found by a beachcomber near Sitka, Alaska on 16 November 1992, or another beachcomber discovered twenty of the toys on 28 November 1992?

answers: NDQ_000733

answers: Alaskan

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: surface currents

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The landfalls were logged in Ingraham's computer model OSCUR

answers: NDQ_000739

answers: ashore

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: surface currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Ingraham's model was built to help fisheries

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: surface currents

answers: NDQ_000746

answers: Floatees

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: calculate the direction of and speed of wind across the oceans,

answers: NDQ_000706

answers: Surface Currents

answers: NDQ_000707

answers: air pressure

answers: NDQ_000710

answers: Floatees

answers: NDQ_000715

answers: 2,000 miles (3,200 km) from their starting point.

answers: NDQ_000718

answers: 2,000 miles (3,200 km) from their starting point.

answers: NDQ_000720

answers: 2,000 miles (3,200 km) from their starting point.

answers: NDQ_000721

answers: wind

answers: NDQ_000722

answers: 530 mile (850 km)

answers: NDQ_000723

answers: 2,000 miles (3,200 km) from their starting point.

answers: NDQ_000724

answers: wind

answers: NDQ_000725

answers: 16 November 1992,

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: 2,000 miles (3,200 km) from their starting point.

answers: NDQ_000728

answers: speed of wind

answers: NDQ_000729

answers: 2,000 miles (3,200 km) from their starting point.

answers: NDQ_000730

answers: surface currents.

answers: NDQ_000731

answers: 1992,

answers: NDQ_000732

answers: direction of and speed of wind

answers: NDQ_000733

answers: 1992,

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: 1992,

answers: NDQ_000736

answers: 1.4% recovery rate.

answers: NDQ_000737

answers: Gulf of Alaska

answers: NDQ_000738

answers: 2,000 miles (3,200 km) from their starting point.

answers: NDQ_000739

answers: air pressure

answers: NDQ_000740

answers: surface currents.

answers: NDQ_000741

answers: surface currents.

answers: NDQ_000742

answers: 16 November 1992,

answers: NDQ_000743

answers: wind

answers: NDQ_000744

answers: 16 November 1992,

answers: NDQ_000745

answers: surface currents.

answers: NDQ_000746

answers: 1.4%

text: It is close to the Arabian Sea and was affected by the tsunami created by the 2004 Indian Ocean earthquake.

text: It is close to the

text: Arabian Sea

text: and was affected by the

text: tsunami

text: created by the

text: 2004 Indian Ocean earthquake

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: can cause tsunamis

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: a tsunami is created by an earthquake

answers: NDQ_000710

answers: ocean water closer to shore

answers: NDQ_000715

answers: Its highest point is its amplitude

answers: NDQ_000718

answers: The difference between a crest and a trough is

answers: NDQ_000720

answers: [ii]

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: The Arabian Sea is shallow.

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: It's impossible to say

answers: NDQ_000727

answers: (d).

answers: NDQ_000728

answers: (iii).

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: It is not possible to tell

answers: NDQ_000731

answers: (iii).

answers: NDQ_000732

answers: The Indian Ocean

answers: NDQ_000733

answers: Indian Ocean

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Indian Ocean as a source

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: The Arabian Sea does not upwell.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: cannot be determined

answers: NDQ_000741

answers: sea

answers: NDQ_000742

answers: can not be used to describe a tide

answers: NDQ_000743

answers: can be described as

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: numerator

answers: NDQ_000702

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000704

answers: Arabian Sea

answers: NDQ_000706

answers: Arabian Sea

answers: NDQ_000707

answers: 2004 Indian Ocean earthquake.

answers: NDQ_000710

answers: Arabian Sea

answers: NDQ_000715

answers: Arabian Sea

answers: NDQ_000718

answers: Indian Ocean

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: Arabian Sea

answers: NDQ_000722

answers: Arabian Sea

answers: NDQ_000723

answers: Arabian Sea

answers: NDQ_000724

answers: Arabian Sea

answers: NDQ_000725

answers: Arabian Sea

answers: NDQ_000726

answers: Arabian Sea

answers: NDQ_000727

answers: Arabian Sea

answers: NDQ_000728

answers: Arabian Sea

answers: NDQ_000729

answers: Arabian Sea

answers: NDQ_000730

answers: Arabian Sea

answers: NDQ_000731

answers: Arabian Sea

answers: NDQ_000732

answers: Arabian Sea

answers: NDQ_000733

answers: Arabian Sea

answers: NDQ_000734

answers: Indian Ocean earthquake.

answers: NDQ_000735

answers: Arabian Sea

answers: NDQ_000736

answers: Arabian Sea

answers: NDQ_000737

answers: Arabian Sea

answers: NDQ_000738

answers: Arabian Sea

answers: NDQ_000739

answers: Indian Ocean

answers: NDQ_000740

answers: tsunami

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: Arabian Sea

answers: NDQ_000743

answers: tsunami

answers: NDQ_000744

answers: Arabian Sea

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: Indian Ocean

text: Waves are generated by wind passing over the surface of the sea. As long as the waves propagate slower than the wind speed just above the waves, there is an energy transfer from the wind to the waves. Both air pressure differences between the upwind and the lee side of a wave crest, as well as friction on the water surface by the wind, making the water to go into the shear stress causes the growth of the waves.

text: Waves are generated by wind passing over the surface of the sea. As long as the waves propagate slower than the wind speed just above the waves, there is an energy transfer from the wind to the waves. Both air pressure differences between the upwind and the lee side of a wave

text: crest

text: , as well as friction on the water surface by the wind, making the water to go into the

text: shear stress

text: causes the growth of the waves.

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: Which of the following is not a source of friction on the water surface?

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: wind passes over the surface of the sea

answers: NDQ_000710

answers: wind to the surface of the sea

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It's impossible to say

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: Which of the following is not a type of wave?

answers: NDQ_000726

answers: yes

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: Which of the following is not a cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: sea day

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: in the east

answers: NDQ_000736

answers: water to go into the shear stress because

answers: NDQ_000737

answers: sea

answers: NDQ_000738

answers: Waves are generated by wind passing over the surface

answers: NDQ_000739

answers: pushed by the wind

answers: NDQ_000740

answers: NDQ_000741

answers: wind

answers: NDQ_000742

answers: NDQ_000743

answers: NDQ_000744

answers: NDQ_000745

answers: wind

answers: NDQ_000746

answers: NDQ_000702

answers: wind

answers: NDQ_000704

answers: Waves

answers: NDQ_000706

answers: just above the waves,

answers: NDQ_000707

answers: friction

answers: NDQ_000710

answers: Waves

answers: NDQ_000715

answers: wave crest,

answers: NDQ_000718

answers: wave crest,

answers: NDQ_000720

answers: wind

answers: NDQ_000721

answers: wind

answers: NDQ_000722

answers: Waves

answers: NDQ_000723

answers: crest,

answers: NDQ_000724

answers: Waves are generated by wind passing over the surface of the sea.

answers: NDQ_000725

answers: Waves

answers: NDQ_000726

answers: wind passing over the surface of the sea.

answers: NDQ_000727

answers: Waves

answers: NDQ_000728

answers: Waves

answers: NDQ_000729

answers: Waves

answers: NDQ_000730

answers: Waves

answers: NDQ_000731

answers: Waves

answers: NDQ_000732

answers: Waves

answers: NDQ_000733

answers: sea.

answers: NDQ_000734

answers: wind

answers: NDQ_000735

answers: Waves

answers: NDQ_000736

answers: Waves

answers: NDQ_000737

answers: Waves are generated by wind

answers: NDQ_000738

answers: Waves

answers: NDQ_000739

answers: wind

answers: NDQ_000740

answers: Waves are generated by wind passing over the surface of the sea.

answers: NDQ_000741

answers: Waves

answers: NDQ_000742

answers: Waves

answers: NDQ_000743

answers: energy transfer from the wind to the waves.

answers: NDQ_000744

answers: Waves

answers: NDQ_000745

answers: wind

answers: NDQ_000746

answers: Waves

text: This in-situ dataset produced by the French institute Ifremer in the framework of the European project MyOcean and French project CORIOLIS is a picture of the content of the operational oceanographic database CORIOLIS. This database is the main tool of Coriolis project which is a global data assembly center of in situ data: such as US-GODAE centre of Monterey in California.The latest version of CORA product is v3.3, it covers the years 1990 up to 2011 and has been released in July 2012. Observations are profiles distributed on measured levels (pressure or depth) and organized by dates of measurement and type of platform.Main users of CORA dataset are ocean modelers who needs to constraint and initialize their model.   is a privileged partner of CORA dataset since feedbacks from models assimilation (meteorology) are used to check suspicious profiles found thanks to innovation computing. CORA is free of access and can be download via CORIOLIS website in netCDF file format. The main different of CORA dataset with other available datasets is that CORA  gives the data on the levels where measurements have been done rather than standard levels such in World Ocean Atlas or ENACT3. In addition data in CORA are retrieved from Coriolis database where each profile is visually checked by specialist operators if suspicious.

text: This

text: in-situ

text: dataset produced by the French institute

text: Ifremer

text: in the framework of the European project

text: MyOcean

text: and French project CORIOLIS is a picture of the content of the

text: operational oceanographic

text: database

text: CORIOLIS

text: . This database is the main tool of

text: Coriolis project

text: which is a

text: global data assembly center

text: of in situ data: such as US-GODAE centre of

text: Monterey

text: in

text: California

text: .The latest version of CORA product is v3.3, it covers the years 1990 up to 2011 and has been released in July 2012. Observations are profiles distributed on measured levels (pressure or depth) and organized by dates of measurement and type of platform.Main users of CORA dataset are ocean modelers who needs to constraint and initialize their model.   is a privileged partner of CORA dataset since feedbacks from models

text: assimilation (meteorology)

text: are used to check suspicious profiles found thanks to

text: innovation

text: computing. CORA is free of access and can be download via CORIOLIS website in

text: netCDF

text: file format. The main different of CORA dataset with other available datasets is that CORA  gives the data on the levels where measurements have been done rather than standard levels such in

text: World Ocean Atlas

text: or ENACT3. In addition data in CORA are retrieved from Coriolis database where each profile is visually checked by specialist operators if suspicious.

answers: NDQ_000702

answers: pressure

answers: NDQ_000704

answers: CORA v3.3: Surface currents

answers: NDQ_000706

answers: depth

answers: NDQ_000707

answers: pressure is too high.

answers: NDQ_000710

answers: CORA to a new level.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: Wavelength is the difference between a crest and a trough

answers: NDQ_000720

answers: The biggest ocean waves occur with hurricane

answers: NDQ_000721

answers: Coriolis

answers: NDQ_000722

answers: context: Waves break on shore because the water is shallow.

answers: NDQ_000723

answers: What is the crest of a tide?

answers: NDQ_000724

answers: context: CORA product is a picture of the content of the operational oceanographic database CORIOLIS

answers: NDQ_000725

answers: Tides cause water levels to rise and fall once a day

answers: NDQ_000726

answers: Context: A wave is a transfer of energy that initially began with wind

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: CORA

answers: NDQ_000729

answers: Coriolis effect is caused by Earths rotation.

answers: NDQ_000730

answers: Convection

answers: NDQ_000731

answers: context: Spring tides occur when the sun and moon are in a straight line.

answers: NDQ_000732

answers: The latest version of CORA product is v3.3

answers: NDQ_000733

answers: year.

answers: NDQ_000734

answers: Coriolis

answers: NDQ_000735

answers: on opposite sides of Earth

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: Gulf Stream

answers: NDQ_000738

answers: CORA gives the data on the levels where measurements have been done

answers: NDQ_000739

answers: Deeper

answers: NDQ_000740

answers: Observations are profiles distributed on measured levels (pressure or depth) and organized by dates of measurement

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: Coriolis

answers: NDQ_000743

answers: CORA is a global data assembly center of in situ data

answers: NDQ_000744

answers: Coriolis

answers: NDQ_000745

answers: CORA is a global data assembly center of in situ data:

answers: NDQ_000746

answers: CORA product is v3.3, it covers the years 1990 up to 2011

answers: NDQ_000702

answers: (pressure or depth)

answers: NDQ_000704

answers: (pressure or depth)

answers: NDQ_000706

answers: depth)

answers: NDQ_000707

answers: (pressure or depth)

answers: NDQ_000710

answers: (pressure or depth)

answers: NDQ_000715

answers: (pressure or depth)

answers: NDQ_000718

answers: (pressure or depth)

answers: NDQ_000720

answers: MyOcean

answers: NDQ_000721

answers: MyOcean

answers: NDQ_000722

answers: depth)

answers: NDQ_000723

answers: European project MyOcean and French project CORIOLIS

answers: NDQ_000724

answers: European project MyOcean

answers: NDQ_000725

answers: MyOcean

answers: NDQ_000726

answers: European project MyOcean and French project CORIOLIS

answers: NDQ_000727

answers: MyOcean and French project CORIOLIS

answers: NDQ_000728

answers: MyOcean and French project CORIOLIS

answers: NDQ_000729

answers: Coriolis

answers: NDQ_000730

answers: (pressure or depth)

answers: NDQ_000731

answers: 2011 and has been released in July 2012.

answers: NDQ_000732

answers: Coriolis project

answers: NDQ_000733

answers: 1990 up to 2011

answers: NDQ_000734

answers: (pressure or depth)

answers: NDQ_000735

answers: MyOcean

answers: NDQ_000736

answers: (pressure or depth)

answers: NDQ_000737

answers: MyOcean

answers: NDQ_000738

answers: standard levels such in World Ocean Atlas or ENACT3.

answers: NDQ_000739

answers: depth)

answers: NDQ_000740

answers: (pressure or depth)

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: depth)

answers: NDQ_000743

answers: (pressure or depth)

answers: NDQ_000744

answers: depth)

answers: NDQ_000745

answers: (pressure or depth)

answers: NDQ_000746

answers: (pressure or depth)

text: Within this third generation of models, the spectral wave transport equation is used to describe the change in wave spectrum over changing topography.  It simulates wave generation, wave movement (propagation within a fluid), wave shoaling, refraction, energy transfer between waves, and wave dissipation.  Since surface winds are the primary forcing mechanism in the spectral wave transport equation, ocean wave models use information produced by numerical weather prediction models as inputs to determine how much energy is transferred from the atmosphere into the layer at the surface of the ocean.  Along with dissipation of energy through whitecaps and resonance between waves, surface winds from numerical weather models allow for more accurate predictions of the state of the sea surface.<ref>{{cite journal|last=Bender|first=Leslie C.|title=Modification of the Physics and Numerics in a Third-Generation Ocean Wave Model|journal=Journal of Atmospheric and Oceanic Technology|date=January 1996|volume=13|issue=3|pages=726|doi=10.1175/1520-0426(1996)013

text: Within this third generation of models, the spectral wave transport equation is used to describe the change in wave spectrum over changing topography.  It simulates wave generation, wave movement (propagation within a fluid),

text: wave shoaling

text: refraction

text: , energy transfer between waves, and wave dissipation.  Since surface winds are the primary forcing mechanism in the spectral wave transport equation, ocean wave models use information produced by numerical weather prediction models as inputs to determine how much energy is transferred from the atmosphere into the layer at the surface of the ocean.  Along with dissipation of energy through

text: whitecaps

text: and

text: resonance

text: between waves, surface winds from numerical weather models allow for more accurate predictions of the state of the sea surface.<ref>{{cite journal|last=Bender|first=Leslie C.|title=Modification of the Physics and Numerics in a Third-Generation Ocean Wave Model|journal=

text: Journal of Atmospheric and Oceanic Technology

text: |date=January 1996|volume=13|issue=3|pages=726|doi=10.1175/1520-0426(1996)013

answers: NDQ_000702

answers: surface winds

answers: NDQ_000704

answers: are the primary forcing mechanism in the spectral wave transport equation

answers: NDQ_000706

answers: the layer at the surface

answers: NDQ_000707

answers: wave shoaling occurs

answers: NDQ_000710

answers: Whitecaps and resonance between waves.

answers: NDQ_000715

answers: What is the highest point of a wave

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: whitecaps

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: water is shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: surface winds

answers: NDQ_000725

answers: What causes water levels to rise and fall once a day

answers: NDQ_000726

answers: no

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: whitecaps

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: Earths gravity

answers: NDQ_000731

answers: context: Spring tides occur when the sun and moon are in a straight line.

answers: NDQ_000732

answers: The Coriolis effect causes surface currents to flow diagonally across the ocean.

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: surface winds

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: spectral wave transport equation

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: whitecaps and resonance between waves

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: surface winds

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: wave dissipation

answers: NDQ_000744

answers: a full moon or new moon

answers: NDQ_000745

answers: surface winds

answers: NDQ_000746

answers: ref>

answers: NDQ_000702

answers: surface winds

answers: NDQ_000704

answers: surface winds

answers: NDQ_000706

answers: surface

answers: NDQ_000707

answers: refraction,

answers: NDQ_000710

answers: surface winds

answers: NDQ_000715

answers: energy transfer between waves, and wave dissipation.

answers: NDQ_000718

answers: wave generation,

answers: NDQ_000720

answers: Third-Generation Ocean Wave Model|journal=Journal

answers: NDQ_000721

answers: surface winds

answers: NDQ_000722

answers: wave shoaling,

answers: NDQ_000723

answers: Third-Generation Ocean Wave Model|journal=Journal

answers: NDQ_000724

answers: surface winds

answers: NDQ_000725

answers: Third-Generation Ocean Wave Model|journal=Journal

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: Third-Generation Ocean Wave Model|journal=Journal

answers: NDQ_000728

answers: wave shoaling,

answers: NDQ_000729

answers: surface winds

answers: NDQ_000730

answers: surface winds

answers: NDQ_000731

answers: Third-Generation Ocean Wave Model|journal=Journal

answers: NDQ_000732

answers: surface winds

answers: NDQ_000733

answers: Third-Generation Ocean Wave Model|journal=Journal

answers: NDQ_000734

answers: surface winds

answers: NDQ_000735

answers: Third-Generation Ocean Wave Model|journal=Journal

answers: NDQ_000736

answers: surface winds

answers: NDQ_000737

answers: winds

answers: NDQ_000738

answers: whitecaps

answers: NDQ_000739

answers: changing topography.

answers: NDQ_000740

answers: changing topography.

answers: NDQ_000741

answers: winds

answers: NDQ_000742

answers: 1996|volume=13|issue=3|pages=726|doi=10.1175/1520-0426(1996)013

answers: NDQ_000743

answers: energy transfer between waves, and wave dissipation.

answers: NDQ_000744

answers: wave generation,

answers: NDQ_000745

answers: wave movement

answers: NDQ_000746

answers: energy transfer between waves, and wave dissipation.

text: The meridional (interhemispheric) mode demonstrates seasonal changes, arriving to a maximum during the boreal spring, on and north of the equator. The seasonal changes in surface wind forcing, which are closely linked to the seasonal displacement of the ITCZ, incite a response on the ocean surface, affecting current systems in the tropical Atlantic as well as the slope of the underlying thermocline (THC). For example, during the Southern hemisphere spring and summer months (November–April), when the south trade winds are weak and the ITCZ is displaced further to the south, there is enhanced flow to the north along the coast of South America via the North Brazil Current (NBO); this helps transport additional heat further to the north. The Atlantic ITCZ is very sensitive to even small changes in the interhemispheric SST gradient due to the fact that tropical SSTs are very uniform in magnitude throughout the equatorial region between  -. Therefore, even a small change in the SST field can cause a significant impact on the position and displacement of the ITCZ. Such shifts, along with the associated development of the equatorial cold tongue, are features of the seasonal climate that are essential to the formation and evolution of the interannual and decadal tropical Atlantic variability (TAV).

text: The meridional (interhemispheric) mode demonstrates seasonal changes, arriving to a maximum during the boreal spring, on and north of the equator. The seasonal changes in surface wind forcing, which are closely linked to the seasonal displacement of the

text: ITCZ

text: , incite a response on the ocean surface, affecting current systems in the tropical Atlantic as well as the slope of the underlying

text: thermocline

text: (THC). For example, during the Southern hemisphere spring and summer months (November–April), when the south trade winds are weak and the

text: ITCZ

text: is displaced further to the south, there is enhanced flow to the north along the coast of South America via the

text: North Brazil Current

text: (NBO); this helps transport additional heat further to the north. The Atlantic

text: ITCZ

text: is very sensitive to even small changes in the interhemispheric SST gradient due to the fact that tropical SSTs are very uniform in magnitude throughout the equatorial region between  -. Therefore, even a small change in the SST field can cause a significant impact on the position and displacement of the ITCZ. Such shifts, along with the associated development of the equatorial cold tongue, are features of the seasonal climate that are essential to the formation and evolution of the interannual and decadal tropical Atlantic variability (TAV).

answers: NDQ_000702

answers: seasonal changes in surface wind

answers: NDQ_000704

answers: What do seasonal changes in surface wind forcing affect?

answers: NDQ_000706

answers: boreal spring

answers: NDQ_000707

answers: the water is too cold.

answers: NDQ_000710

answers: seasonal changes in surface wind forcing

answers: NDQ_000715

answers: magnitude

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: tropical SSTs

answers: NDQ_000721

answers: seasonal changes

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: Why are seasonal changes in surface wind forcing?

answers: NDQ_000725

answers: unanswerable

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: seasonal displacement

answers: NDQ_000728

answers: seasonal changes

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: no

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: surface wind

answers: NDQ_000735

answers: on opposite sides of Earth

answers: NDQ_000736

answers: Atlantic ITCZ very sensitive to even small changes

answers: NDQ_000737

answers: current system

answers: NDQ_000738

answers: seasonal changes in surface wind forcing

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: seasonal

answers: NDQ_000741

answers: current systems

answers: NDQ_000742

answers: ITCZ

answers: NDQ_000743

answers: transport additional heat further to the north

answers: NDQ_000744

answers: SST gradient

answers: NDQ_000745

answers: North Brazil Current

answers: NDQ_000746

answers: SST gradient

answers: NDQ_000702

answers: surface wind

answers: NDQ_000704

answers: affecting current systems in the tropical Atlantic

answers: NDQ_000706

answers: boreal spring, on and north of the equator.

answers: NDQ_000707

answers: wind

answers: NDQ_000710

answers: heat

answers: NDQ_000715

answers: slope of the underlying thermocline

answers: NDQ_000718

answers: slope of the underlying thermocline

answers: NDQ_000720

answers: seasonal changes, arriving to a maximum during the boreal spring,

answers: NDQ_000721

answers: heat

answers: NDQ_000722

answers: weak

answers: NDQ_000723

answers: The meridional (interhemispheric)

answers: NDQ_000724

answers: wind

answers: NDQ_000725

answers: North Brazil Current

answers: NDQ_000726

answers: wind

answers: NDQ_000727

answers: The meridional (interhemispheric)

answers: NDQ_000728

answers: The seasonal changes in surface wind forcing,

answers: NDQ_000729

answers: (interhemispheric) mode demonstrates seasonal changes,

answers: NDQ_000730

answers: seasonal changes,

answers: NDQ_000731

answers: boreal spring, on and north of the equator.

answers: NDQ_000732

answers: North Brazil Current

answers: NDQ_000733

answers: (November–April),

answers: NDQ_000734

answers: surface wind

answers: NDQ_000735

answers: spring,

answers: NDQ_000736

answers: boreal spring,

answers: NDQ_000737

answers: North Brazil Current

answers: NDQ_000738

answers: North Brazil Current

answers: NDQ_000739

answers: boreal spring, on and north of the equator.

answers: NDQ_000740

answers: seasonal changes,

answers: NDQ_000741

answers: North Brazil Current

answers: NDQ_000742

answers: boreal spring,

answers: NDQ_000743

answers: heat

answers: NDQ_000744

answers: North Brazil Current

answers: NDQ_000745

answers: North Brazil Current

answers: NDQ_000746

text: Christian Muscarello – Ocean State Waves – Trinity

text: Christian Muscarello – Ocean State Waves – Trinity

answers: NDQ_000702

answers: ocean waves

answers: NDQ_000704

answers: What is the name of Christian Muscarello's band?

answers: NDQ_000706

answers: Trinity

answers: NDQ_000707

answers: Christian Muscarello is in the water

answers: NDQ_000710

answers: Christian Muscarello to Trinity

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: (iii)

answers: NDQ_000721

answers: Christian Muscarello

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: Christian Muscarello – Ocean State Waves – Trinity

answers: NDQ_000724

answers: Which of the following is not a cause of waves?

answers: NDQ_000725

answers: Christian Muscarello is a professional surfer.

answers: NDQ_000726

answers: Christian Muscarello – Ocean State Waves – Trinity

answers: NDQ_000727

answers: Christian Muscarello – Ocean State Waves – Trinity

answers: NDQ_000728

answers: Christian Muscarello

answers: NDQ_000729

answers: What is Christian Muscarello's occupation?

answers: NDQ_000730

answers: The suns gravity is the main cause of Earths tides.

answers: NDQ_000731

answers: Christian Muscarello

answers: NDQ_000732

answers: Christian Muscarello – Ocean State Waves – Trinity

answers: NDQ_000733

answers: Trinity day

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: ocean state waves

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: Upwelling is a natural process that occurs in the ocean.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: NDQ_000741

answers: Waves

answers: NDQ_000742

answers: is a tide

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: high tide

answers: NDQ_000745

answers: Waves

answers: NDQ_000746

answers: Christian Muscarello – Ocean State Waves

answers: NDQ_000702

answers: Ocean State Waves

answers: NDQ_000704

answers: Ocean State Waves

answers: NDQ_000706

answers: Trinity

answers: NDQ_000707

answers: Ocean State Waves

answers: NDQ_000710

answers: Ocean State Waves

answers: NDQ_000715

answers: Ocean State Waves

answers: NDQ_000718

answers: Ocean State Waves

answers: NDQ_000720

answers: Ocean State Waves

answers: NDQ_000721

answers: Ocean State Waves – Trinity

answers: NDQ_000722

answers: Ocean State Waves

answers: NDQ_000723

answers: Ocean State Waves

answers: NDQ_000724

answers: Ocean State Waves

answers: NDQ_000725

answers: Ocean State Waves

answers: NDQ_000726

answers: Ocean State Waves

answers: NDQ_000727

answers: Ocean State Waves – Trinity

answers: NDQ_000728

answers: Ocean State Waves

answers: NDQ_000729

answers: Christian Muscarello – Ocean State Waves – Trinity

answers: NDQ_000730

answers: Ocean State Waves – Trinity

answers: NDQ_000731

answers: Ocean State Waves – Trinity

answers: NDQ_000732

answers: Ocean State Waves – Trinity

answers: NDQ_000733

answers: Trinity

answers: NDQ_000734

answers: Ocean State Waves

answers: NDQ_000735

answers: Ocean State Waves – Trinity

answers: NDQ_000736

answers: Ocean State Waves

answers: NDQ_000737

answers: Ocean State Waves

answers: NDQ_000738

answers: Ocean State Waves

answers: NDQ_000739

answers: Ocean State Waves

answers: NDQ_000740

answers: Ocean State Waves

answers: NDQ_000741

answers: Ocean State Waves

answers: NDQ_000742

answers: Ocean State Waves

answers: NDQ_000743

answers: Christian Muscarello – Ocean State Waves – Trinity

answers: NDQ_000744

answers: Ocean State Waves

answers: NDQ_000745

answers: Ocean State Waves

answers: NDQ_000746

answers: Ocean State Waves

text: In 1897 and 1898, Sydney Samuel Hough published a mathematical analysis of tides in a global ocean of nearly uniform depth without land masses. In 1915 Goldsbrough improved upon Hough's analysis by publishing a dynamic theory of tides in a polar basis and, in a separate paper, a dynamical theory of tides in a global zonal ocean basin bounded by a land mass at a higher latitude and a land mass at a lower latitude. In 1950 he published a method for solving the dynamical equations of the tides on a rotating globe with ocean boundaries along meridian boundaries.

text: In 1897 and 1898,

text: Sydney Samuel Hough

text: published a mathematical analysis of tides in a global ocean of nearly uniform depth without land masses. In 1915 Goldsbrough improved upon Hough's analysis by publishing a dynamic theory of tides in a polar basis and, in a separate paper, a dynamical theory of tides in a global zonal ocean basin bounded by a land mass at a higher latitude and a land mass at a lower latitude. In 1950 he published a method for solving the dynamical equations of the tides on a rotating globe with ocean boundaries along meridian boundaries.

answers: NDQ_000702

answers: ocean

answers: NDQ_000704

answers: Which of the following is not a land mass: land, ocean, or sea?

answers: NDQ_000706

answers: global zonal ocean basin

answers: NDQ_000707

answers: land masses at a higher latitude and at a lower latitude are closer together

answers: NDQ_000710

answers: land masses closer together

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: land masses

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many years after Sydney Samuel Hough published a mathematical analysis of tides in a global ocean

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: meridian boundaries

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: meridian boundaries

answers: NDQ_000733

answers: global ocean

answers: NDQ_000734

answers: land masses

answers: NDQ_000735

answers: higher latitude

answers: NDQ_000736

answers: global zonal ocean basin

answers: NDQ_000737

answers: global zonal ocean basin

answers: NDQ_000738

answers: land masses

answers: NDQ_000739

answers: latent

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: a polar basis

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: land masses.

answers: NDQ_000704

answers: tides in a global ocean of nearly uniform depth without land masses.

answers: NDQ_000706

answers: meridian boundaries.

answers: NDQ_000707

answers: tides

answers: NDQ_000710

answers: tides in a global ocean of nearly uniform depth without land masses.

answers: NDQ_000715

answers: Goldsbrough

answers: NDQ_000718

answers: tides in a global ocean of nearly uniform depth

answers: NDQ_000720

answers: tides in a global ocean of nearly uniform depth without land masses.

answers: NDQ_000721

answers: land masses.

answers: NDQ_000722

answers: land masses.

answers: NDQ_000723

answers: tides in a global ocean of nearly uniform depth without land masses.

answers: NDQ_000724

answers: tides in a global ocean of nearly uniform depth without land masses.

answers: NDQ_000725

answers: tides

answers: NDQ_000726

answers: tides in a global ocean of nearly uniform depth without land masses.

answers: NDQ_000727

answers: tides

answers: NDQ_000728

answers: tides in a global ocean of nearly uniform depth without land masses.

answers: NDQ_000729

answers: meridian boundaries.

answers: NDQ_000730

answers: tides in a global ocean of nearly uniform depth without land masses.

answers: NDQ_000731

answers: meridian

answers: NDQ_000732

answers: meridian boundaries.

answers: NDQ_000733

answers: global ocean

answers: NDQ_000734

answers: land masses.

answers: NDQ_000735

answers: a higher latitude and a land mass at a lower latitude.

answers: NDQ_000736

answers: a land mass

answers: NDQ_000737

answers: tides in a global ocean of nearly uniform depth without land masses.

answers: NDQ_000738

answers: land masses.

answers: NDQ_000739

answers: land mass

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: tides

answers: NDQ_000743

answers: a land mass

answers: NDQ_000744

answers: tides

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: uniform depth without land masses.

text: The rise and fall of the oceans due to tidal effects is a key influence upon the coastal areas. Ocean tides on the planet Earth are created by the gravitational effects of the Sun and Moon. The tides produced by these two bodies are roughly comparable in magnitude, but the orbital motion of the Moon results in tidal patterns that vary over the course of a month.

text: The rise and fall of the oceans due to tidal effects is a key influence upon the coastal areas. Ocean tides on the planet Earth are created by the gravitational effects of the

text: Sun

text: and

text: Moon

text: . The tides produced by these two bodies are roughly comparable in magnitude, but the orbital motion of the Moon results in tidal patterns that vary over the course of a month.

answers: NDQ_000702

answers: Sun and Moon

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: tides

answers: NDQ_000707

answers: gravitational force is exerted on it

answers: NDQ_000710

answers: ocean water closer to shore

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: iv.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: yes

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Earth month

answers: NDQ_000734

answers: the Sun and Moon

answers: NDQ_000735

answers: unrelated

answers: NDQ_000736

answers: magnitude of the Moon

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The tides produced by these two bodies are roughly comparable in magnitude.

answers: NDQ_000739

answers: Earth's surface

answers: NDQ_000740

answers: rise and fall

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: gravitational

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: NDQ_000702

answers: gravitational effects of the Sun and Moon.

answers: NDQ_000704

answers: Ocean tides

answers: NDQ_000706

answers: tidal effects is a key influence upon the coastal areas.

answers: NDQ_000707

answers: tidal effects

answers: NDQ_000710

answers: Ocean tides

answers: NDQ_000715

answers: magnitude,

answers: NDQ_000718

answers: Ocean tides

answers: NDQ_000720

answers: The tides produced by these two bodies are roughly comparable in magnitude,

answers: NDQ_000721

answers: Sun

answers: NDQ_000722

answers: tidal effects is a key influence upon the coastal areas.

answers: NDQ_000723

answers: Ocean tides

answers: NDQ_000724

answers: tidal effects

answers: NDQ_000725

answers: a month.

answers: NDQ_000726

answers: tidal effects

answers: NDQ_000727

answers: tidal patterns

answers: NDQ_000728

answers: Ocean tides

answers: NDQ_000729

answers: the orbital motion of the Moon

answers: NDQ_000730

answers: the Sun and Moon.

answers: NDQ_000731

answers: the orbital motion of the Moon

answers: NDQ_000732

answers: the orbital motion of the Moon results in tidal patterns

answers: NDQ_000733

answers: a month.

answers: NDQ_000734

answers: gravitational effects of the Sun and Moon.

answers: NDQ_000735

answers: the orbital motion

answers: NDQ_000736

answers: tidal patterns that vary over the course of a month.

answers: NDQ_000737

answers: oceans

answers: NDQ_000738

answers: tidal patterns that vary over the course of a month.

answers: NDQ_000739

answers: tidal effects

answers: NDQ_000740

answers: tidal patterns that vary over the course of a month.

answers: NDQ_000741

answers: tides

answers: NDQ_000742

answers: tidal patterns that vary over the course of a month.

answers: NDQ_000743

answers: gravitational effects

answers: NDQ_000744

answers: tidal patterns that vary over the course of a month.

answers: NDQ_000745

answers: tidal

answers: NDQ_000746

answers: gravitational effects

text: Because the deep water carries abundant nutrients up from the ocean floor, the upwelling area differs from the rest of the Great Australian Bight, especially the areas offshore of Western Australia and the Nullabor in South Australia, which are generally nutrient-poor. Every summer, the upwelling sustains a bountiful ecosystem that attracts blue whales and supports rich fisheries.

text: Because the deep water carries abundant nutrients up from the

text: ocean floor

text: , the upwelling area differs from the rest of the Great Australian Bight, especially the areas offshore of

text: Western Australia

text: and the

text: Nullabor

text: in

text: South Australia

text: , which are generally nutrient-poor. Every summer, the upwelling sustains a bountiful ecosystem that attracts

text: blue whale

text: s and supports rich

text: fisheries

answers: NDQ_000702

answers: deep water carries abundant nutrients

answers: NDQ_000704

answers: Which of the following is not a source of nutrients: deep water or surface currents?

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: the water is too cold

answers: NDQ_000710

answers: nutrients up from the ocean floor

answers: NDQ_000715

answers: None of the above choices.

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between crest and trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How would you describe the Great Australian Bight?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: summer

answers: NDQ_000734

answers: ocean floor

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Nullabor in South Australia

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: The deep water carries abundant nutrients up from the ocean floor

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: NDQ_000745

answers: upwelling

answers: NDQ_000746

answers: NDQ_000702

answers: upwelling

answers: NDQ_000704

answers: deep water carries abundant nutrients up from the ocean floor,

answers: NDQ_000706

answers: deep water

answers: NDQ_000707

answers: deep water carries abundant nutrients up from the ocean floor,

answers: NDQ_000710

answers: abundant nutrients

answers: NDQ_000715

answers: Because the deep water carries abundant nutrients up from the ocean floor,

answers: NDQ_000718

answers: upwelling area differs from the rest of the Great Australian Bight,

answers: NDQ_000720

answers: Because the deep water carries abundant nutrients up from the ocean floor,

answers: NDQ_000721

answers: Because the deep water carries abundant nutrients up from the ocean floor,

answers: NDQ_000722

answers: nutrient-poor.

answers: NDQ_000723

answers: Great Australian Bight,

answers: NDQ_000724

answers: Because the deep water

answers: NDQ_000725

answers: Great Australian Bight,

answers: NDQ_000726

answers: Because the deep water

answers: NDQ_000727

answers: Great Australian Bight,

answers: NDQ_000728

answers: upwelling area differs from the rest of the Great Australian Bight,

answers: NDQ_000729

answers: Because the deep water carries abundant nutrients up from the ocean floor,

answers: NDQ_000730

answers: Because the deep water carries abundant nutrients up from the ocean floor,

answers: NDQ_000731

answers: Great Australian Bight,

answers: NDQ_000732

answers: Great Australian Bight,

answers: NDQ_000733

answers: summer,

answers: NDQ_000734

answers: upwelling

answers: NDQ_000735

answers: summer,

answers: NDQ_000736

answers: summer,

answers: NDQ_000737

answers: deep water carries abundant nutrients up from the ocean floor,

answers: NDQ_000738

answers: nutrient-poor.

answers: NDQ_000739

answers: deep water carries abundant nutrients up from the ocean floor,

answers: NDQ_000740

answers: upwelling

answers: NDQ_000741

answers: upwelling

answers: NDQ_000742

answers: upwelling area differs from the rest of the Great Australian Bight,

answers: NDQ_000743

answers: nutrients up from the ocean floor,

answers: NDQ_000744

answers: upwelling area differs from the rest of the Great Australian Bight,

answers: NDQ_000745

answers: carries abundant nutrients up from the ocean floor,

answers: NDQ_000746

answers: nutrient-poor.

text: where β is the variation of the Coriolis parameter with latitude.  This equatorial Beta plane assumption requires a geostrophic balance between the eastward velocity and the north-south pressure gradient.  The phase speed is identical to that of coastal Kelvin waves, indicating that the equatorial Kelvin waves propagate toward the east without dispersion (as if the earth were a non-rotating planet).  For the first baroclinic mode in the ocean, a typical phase speed would be about 2.8 m/s, causing an equatorial Kelvin wave to take 2 months to cross the Pacific Ocean between New Guinea and South America; for higher ocean and atmospheric modes, the phase speeds are comparable to fluid flow speeds.

text: where β is the variation of the Coriolis parameter with latitude.  This equatorial Beta plane assumption requires a geostrophic balance between the eastward velocity and the north-south pressure gradient.  The phase speed is identical to that of coastal Kelvin waves, indicating that the equatorial Kelvin waves propagate toward the east without dispersion (as if the earth were a non-rotating planet).  For the first

text: baroclinic

text: mode in the ocean, a typical phase speed would be about 2.8 m/s, causing an equatorial Kelvin wave to take 2 months to cross the Pacific Ocean between New Guinea and South America; for higher ocean and atmospheric modes, the phase speeds are comparable to fluid flow speeds.

answers: NDQ_000702

answers: Coriolis

answers: NDQ_000704

answers: are a type of

answers: NDQ_000706

answers: equatorial

answers: NDQ_000707

answers: Kelvin waves propagate toward the east

answers: NDQ_000710

answers: ice to the surface

answers: NDQ_000715

answers: its amplitude

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between a crest and a trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: equatorial Kelvin waves

answers: NDQ_000729

answers: yes

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: For the first baroclinic mode

answers: NDQ_000733

answers: Earth day

answers: NDQ_000734

answers: Coriolis

answers: NDQ_000735

answers: in opposition

answers: NDQ_000736

answers: Coriolis parameter with latitude

answers: NDQ_000737

answers: fluid flow

answers: NDQ_000738

answers: Kelvin waves propagate toward the east without dispersion

answers: NDQ_000739

answers: equatorial

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Kelvin waves

answers: NDQ_000742

answers: Coriolis

answers: NDQ_000743

answers: fluid flow

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: fluid flow

answers: NDQ_000746

answers: Coriolis parameter

answers: NDQ_000702

answers: coastal Kelvin waves,

answers: NDQ_000704

answers: coastal Kelvin waves,

answers: NDQ_000706

answers: equatorial

answers: NDQ_000707

answers: dispersion

answers: NDQ_000710

answers: coastal Kelvin waves,

answers: NDQ_000715

answers: Kelvin waves,

answers: NDQ_000718

answers: The phase speed is identical to that of coastal Kelvin waves,

answers: NDQ_000720

answers: coastal Kelvin waves,

answers: NDQ_000721

answers: Kelvin waves,

answers: NDQ_000722

answers: coastal Kelvin waves,

answers: NDQ_000723

answers: Kelvin waves,

answers: NDQ_000724

answers: Kelvin waves,

answers: NDQ_000725

answers: 2.8 m/s,

answers: NDQ_000726

answers: Kelvin waves,

answers: NDQ_000727

answers: <unk> is the variation of the Coriolis parameter with latitude.

answers: NDQ_000728

answers: The phase speed is identical to that of coastal Kelvin waves,

answers: NDQ_000729

answers: (as if the earth were a non-rotating planet).

answers: NDQ_000730

answers: The phase speed is identical to that of coastal Kelvin waves,

answers: NDQ_000731

answers: Kelvin waves,

answers: NDQ_000732

answers: <unk> is the variation of the Coriolis parameter with latitude.

answers: NDQ_000733

answers: 2 months to cross the Pacific Ocean between New Guinea and South America;

answers: NDQ_000734

answers: coastal Kelvin waves,

answers: NDQ_000735

answers: <unk> is the variation of the Coriolis parameter with latitude.

answers: NDQ_000736

answers: The phase speed is identical to that of coastal Kelvin waves,

answers: NDQ_000737

answers: coastal Kelvin waves,

answers: NDQ_000738

answers: non-rotating planet).

answers: NDQ_000739

answers: latitude.

answers: NDQ_000740

answers: <unk> is the variation of the Coriolis parameter with latitude.

answers: NDQ_000741

answers: Kelvin waves,

answers: NDQ_000742

answers: Kelvin waves,

answers: NDQ_000743

answers: fluid flow speeds.

answers: NDQ_000744

answers: Kelvin waves,

answers: NDQ_000745

answers: Kelvin waves,

answers: NDQ_000746

answers: 2.8 m/s,

text: Tides are commonly semi-diurnal (two high waters and two low waters each day), or diurnal (one tidal cycle per day). The two high waters on a given day are typically not the same height (the daily inequality); these are the higher high water and the lower high water in tide tables. Similarly, the two low waters each day are the higher low water and the lower low water. The daily inequality is not consistent and is generally small when the Moon is over the equator.

text: Tides are commonly semi-diurnal (two high waters and two low waters each day), or diurnal (one tidal cycle per day). The two high waters on a given day are typically not the same height (the daily inequality); these are the higher high water and the lower high water in

text: tide table

text: s. Similarly, the two low waters each day are the higher low water and the lower low water. The daily inequality is not consistent and is generally small when the Moon is over the

text: equator

answers: NDQ_000702

answers: the Moon

answers: NDQ_000704

answers: are a type of what?

answers: NDQ_000706

answers: higher low water

answers: NDQ_000707

answers: higher high water is higher than lower low water.

answers: NDQ_000710

answers: tides

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: not enough information

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: low

answers: NDQ_000723

answers: What are the two high waters on a given day typically not the same height

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: one tidal cycle

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: the daily inequality

answers: NDQ_000728

answers: higher high water

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: no

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: the Moon is over the equator

answers: NDQ_000733

answers: day

answers: NDQ_000734

answers: tidal cycle

answers: NDQ_000735

answers: equatorial

answers: NDQ_000736

answers: higher low water

answers: NDQ_000737

answers: tide

answers: NDQ_000738

answers: the Moon is over the equator

answers: NDQ_000739

answers: higher

answers: NDQ_000740

answers: two high waters and two low waters each day

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: diurnal

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: is generally small when the Moon is over the equator

answers: NDQ_000745

answers: Tides

answers: NDQ_000746

answers: diurnal

answers: NDQ_000702

answers: tidal cycle

answers: NDQ_000704

answers: Tides

answers: NDQ_000706

answers: Tides are commonly semi-diurnal (two high waters

answers: NDQ_000707

answers: The two high waters on a given day are typically not the same height

answers: NDQ_000710

answers: Tides

answers: NDQ_000715

answers: height

answers: NDQ_000718

answers: The two high waters on a given day are typically not the same height

answers: NDQ_000720

answers: Tides

answers: NDQ_000721

answers: the Moon is over the equator.

answers: NDQ_000722

answers: Tides are commonly semi-diurnal

answers: NDQ_000723

answers: The two high waters on a given day are typically not the same height

answers: NDQ_000724

answers: Tides

answers: NDQ_000725

answers: (one tidal cycle per day).

answers: NDQ_000726

answers: Tides

answers: NDQ_000727

answers: (the daily inequality);

answers: NDQ_000728

answers: Tides

answers: NDQ_000729

answers: the Moon is over the equator.

answers: NDQ_000730

answers: Tides are commonly semi-diurnal

answers: NDQ_000731

answers: the Moon is over the equator.

answers: NDQ_000732

answers: The two high waters on a given day are typically not the same height

answers: NDQ_000733

answers: (two high waters and two low waters each day),

answers: NDQ_000734

answers: tidal cycle

answers: NDQ_000735

answers: over the equator.

answers: NDQ_000736

answers: The two high waters on a given day are typically not the same height

answers: NDQ_000737

answers: Tides

answers: NDQ_000738

answers: the Moon is over the equator.

answers: NDQ_000739

answers: the Moon is over the equator.

answers: NDQ_000740

answers: The two high waters on a given day are typically not the same height

answers: NDQ_000741

answers: Tides

answers: NDQ_000742

answers: semi-diurnal

answers: NDQ_000743

answers: Tides are commonly semi-diurnal

answers: NDQ_000744

answers: the Moon is over the equator.

answers: NDQ_000745

answers: Tides

answers: NDQ_000746

answers: Tides are commonly semi-diurnal

text: Satellite images of the Kuroshio Current illustrate how the current path meanders and forms isolated rings or eddies on the order of . Eddies retain their unique form for several months and have their own biological characteristics that depend on where they form. If the eddies are formed between the current and coastline of Japan, they may impinge on the continental shelf; their high kinetic energy has the effect of drawing large volumes of water off the shelf on one side of the ring, while adding water to the other side. The eddies size and strength decline with distance from major ocean currents. The amount of energy decreases from the rings associated with the major currents and down to eddies remote from those currents. Cyclonic eddies have the potential to cause upwelling that would affect the global primary-production budget. Upwelling brings cold, nutrient-rich water to the surface resulting in an increase in productivity. The biological consequences for young fish populations that inhabit the shelf are quite large.

text: Satellite images of the Kuroshio Current illustrate how the current path

text: meanders

text: and forms isolated rings or

text: eddies

text: on the order of . Eddies retain their unique form for several months and have their own biological characteristics that depend on where they form. If the eddies are formed between the current and coastline of Japan, they may impinge on the continental shelf; their high

text: kinetic energy

text: has the effect of drawing large volumes of water off the shelf on one side of the ring, while adding water to the other side. The eddies size and strength decline with distance from major

text: ocean currents

text: . The amount of energy decreases from the rings associated with the major currents and down to eddies remote from those currents.

text: Cyclonic

text: eddies have the potential to cause

text: upwelling

text: that would affect the global primary-production budget. Upwelling brings cold, nutrient-rich water to the surface resulting in an increase in

text: productivity

text: . The biological consequences for young fish populations that inhabit the shelf are quite large.

answers: NDQ_000702

answers: Kuroshio Current

answers: NDQ_000704

answers: Which of the following is not a type of eddies: cyclonic eddies, upwelling, or continental shelf?

answers: NDQ_000706

answers: Kuroshio Current

answers: NDQ_000707

answers: a large amount of water is pulled off the shore.

answers: NDQ_000710

answers: cold, nutrient-rich water to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow water

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: Which of the following is not a type of wind?

answers: NDQ_000725

answers: How does the Kuroshio Current affect the global primary-production budget?

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: cyclonic eddies

answers: NDQ_000729

answers: Which of the following is not caused by Earths rotation?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: Kuroshio Current

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: eddies size and strength decline with distance from major currents

answers: NDQ_000737

answers: major ocean current

answers: NDQ_000738

answers: the biological consequences for young fish populations that inhabit the shelf are quite large

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Current

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Upwelling

answers: NDQ_000746

answers: energy decreases

answers: NDQ_000702

answers: Kuroshio Current

answers: NDQ_000704

answers: major ocean currents.

answers: NDQ_000706

answers: rings associated with the major currents

answers: NDQ_000707

answers: kinetic energy

answers: NDQ_000710

answers: cold, nutrient-rich water to the surface

answers: NDQ_000715

answers: kinetic energy

answers: NDQ_000718

answers: Kuroshio Current

answers: NDQ_000720

answers: Cyclonic eddies

answers: NDQ_000721

answers: Satellite images of the Kuroshio Current

answers: NDQ_000722

answers: Japan, they may impinge on the continental shelf;

answers: NDQ_000723

answers: rings or eddies

answers: NDQ_000724

answers: ocean currents.

answers: NDQ_000725

answers: Kuroshio Current

answers: NDQ_000726

answers: kinetic energy

answers: NDQ_000727

answers: Kuroshio Current

answers: NDQ_000728

answers: Cyclonic eddies

answers: NDQ_000729

answers: the current path meanders and forms isolated rings or eddies

answers: NDQ_000730

answers: eddies

answers: NDQ_000731

answers: Kuroshio Current

answers: NDQ_000732

answers: Cyclonic eddies

answers: NDQ_000733

answers: Kuroshio Current

answers: NDQ_000734

answers: ocean currents.

answers: NDQ_000735

answers: Cyclonic eddies

answers: NDQ_000736

answers: Cyclonic eddies have the potential to cause upwelling

answers: NDQ_000737

answers: major ocean currents.

answers: NDQ_000738

answers: global primary-production budget.

answers: NDQ_000739

answers: distance from major ocean currents.

answers: NDQ_000740

answers: adding water to the other side.

answers: NDQ_000741

answers: currents.

answers: NDQ_000742

answers: Kuroshio Current

answers: NDQ_000743

answers: kinetic energy

answers: NDQ_000744

answers: Cyclonic eddies have the potential to cause upwelling

answers: NDQ_000745

answers: Upwelling

answers: NDQ_000746

answers: energy

text: The Antarctic Bottom Water is the source of most bottom water in southern parts of Pacific Ocean, Indian Ocean and Atlantic Ocean, and even in parts of the North Atlantic. Bottom waters flow very slowly, driven mainly by slope topography and differences in temperature and salinity, especially compared to wind-driven surface ocean currents.

text: The

text: Antarctic Bottom Water

text: is the source of most bottom water in southern parts of

text: Pacific Ocean

text: Indian Ocean

text: and

text: Atlantic Ocean

text: , and even in parts of the North Atlantic. Bottom waters flow very slowly, driven mainly by slope topography and differences in temperature and salinity, especially compared to

text: wind

text: -driven surface

text: ocean current

text: s.

answers: NDQ_000702

answers: slope topography

answers: NDQ_000704

answers: What is the source of most bottom water in southern parts of Pacific Ocean, Indian Ocean and Atlantic Ocean, and even in parts of the North Atlantic?

answers: NDQ_000706

answers: surface ocean

answers: NDQ_000707

answers: the water in the ocean is too cold

answers: NDQ_000710

answers: Antarctic Bottom Water to the surface

answers: NDQ_000715

answers: None of the above choices.

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: Atlantic Ocean

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or slope?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It's impossible to say

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: It's impossible to say

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: What is the source of most bottom water in southern parts of Pacific Ocean?

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: slope topography

answers: NDQ_000735

answers: in the south

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: Antarctic Bottom Water is the source of most bottom water

answers: NDQ_000739

answers: Antarctic

answers: NDQ_000740

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: is not the same as

answers: NDQ_000744

answers: NDQ_000745

answers: surface ocean currents

answers: NDQ_000746

answers: NDQ_000702

answers: wind-driven surface ocean currents.

answers: NDQ_000704

answers: wind-driven surface ocean currents.

answers: NDQ_000706

answers: surface ocean currents.

answers: NDQ_000707

answers: wind-driven

answers: NDQ_000710

answers: wind-driven surface ocean currents.

answers: NDQ_000715

answers: wind-driven surface ocean currents.

answers: NDQ_000718

answers: wind-driven surface ocean currents.

answers: NDQ_000720

answers: wind-driven surface ocean currents.

answers: NDQ_000721

answers: wind-driven surface ocean currents.

answers: NDQ_000722

answers: Bottom waters flow very slowly,

answers: NDQ_000723

answers: wind-driven surface ocean currents.

answers: NDQ_000724

answers: wind-driven surface ocean currents.

answers: NDQ_000725

answers: wind-driven surface ocean currents.

answers: NDQ_000726

answers: wind-driven

answers: NDQ_000727

answers: The Antarctic Bottom Water

answers: NDQ_000728

answers: wind-driven surface ocean currents.

answers: NDQ_000729

answers: Bottom waters flow very slowly, driven mainly by slope topography

answers: NDQ_000730

answers: wind-driven surface ocean currents.

answers: NDQ_000731

answers: slope topography

answers: NDQ_000732

answers: wind-driven

answers: NDQ_000733

answers: Atlantic Ocean,

answers: NDQ_000734

answers: wind-driven surface ocean currents.

answers: NDQ_000735

answers: The Antarctic Bottom Water

answers: NDQ_000736

answers: wind-driven surface ocean currents.

answers: NDQ_000737

answers: surface ocean currents.

answers: NDQ_000738

answers: wind-driven surface ocean currents.

answers: NDQ_000739

answers: bottom

answers: NDQ_000740

answers: wind-driven surface ocean currents.

answers: NDQ_000741

answers: surface ocean currents.

answers: NDQ_000742

answers: The Antarctic Bottom Water

answers: NDQ_000743

answers: wind-driven surface ocean currents.

answers: NDQ_000744

answers: bottom water

answers: NDQ_000745

answers: wind-driven surface ocean currents.

answers: NDQ_000746

answers: wind-driven surface ocean currents.

text: The bill authorizes the National Oceanic and Atmospheric Administration (NOAA) to continue through 2017 its on-going programs to forecast tsunamis. The bill would authorize NOAA to spend $27 million a year on this program over fiscal years 2015, 2016, and 2017.

text: The bill

text: authorizes

text: the

text: National Oceanic and Atmospheric Administration

text: (NOAA) to continue through 2017 its on-going programs to forecast

text: tsunami

text: s. The bill would authorize NOAA to spend $27 million a year on this program over fiscal years 2015, 2016, and 2017.

answers: NDQ_000702

answers: tsunamis

answers: NDQ_000704

answers: Which of the following is not a type of tsunami: tsunamis or surface currents?

answers: NDQ_000706

answers: tsunamis

answers: NDQ_000707

answers: it is pushed by a force

answers: NDQ_000710

answers: upwelling to the surface.

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: tsunamis

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: The water is shallow.

answers: NDQ_000723

answers: Which of the following is not a type of wave?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What does the bill authorize the NOAA to do?

answers: NDQ_000726

answers: The bill would authorize NOAA to spend $27 million a year on this program

answers: NDQ_000727

answers: the difference between high and low tides

answers: NDQ_000728

answers: None of the above choices.

answers: NDQ_000729

answers: The Coriolis effect is caused by Earths rotation.

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: When the sun and moon are in a straight line.

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: oceanic and atmospheric

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: tsunami as a side effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the bill would authorize NOAA to spend $27 million a year on this program over fiscal years 2015, 2016, and 2017.

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: is a tide

answers: NDQ_000743

answers: can be used to describe

answers: NDQ_000744

answers: can not be determined

answers: NDQ_000745

answers: tsunamis

answers: NDQ_000746

answers: NDQ_000702

answers: tsunamis.

answers: NDQ_000704

answers: tsunamis.

answers: NDQ_000706

answers: tsunamis.

answers: NDQ_000707

answers: tsunamis.

answers: NDQ_000710

answers: tsunamis.

answers: NDQ_000715

answers: tsunamis.

answers: NDQ_000718

answers: tsunamis.

answers: NDQ_000720

answers: tsunamis.

answers: NDQ_000721

answers: Oceanic and Atmospheric

answers: NDQ_000722

answers: tsunamis.

answers: NDQ_000723

answers: tsunamis.

answers: NDQ_000724

answers: tsunamis.

answers: NDQ_000725

answers: $27 million a year

answers: NDQ_000726

answers: tsunamis.

answers: NDQ_000727

answers: National Oceanic and Atmospheric

answers: NDQ_000728

answers: tsunamis.

answers: NDQ_000729

answers: tsunamis.

answers: NDQ_000730

answers: tsunamis.

answers: NDQ_000731

answers: tsunamis.

answers: NDQ_000732

answers: 2015, 2016, and 2017.

answers: NDQ_000733

answers: 2015, 2016, and 2017.

answers: NDQ_000734

answers: Oceanic and Atmospheric

answers: NDQ_000735

answers: Oceanic and Atmospheric

answers: NDQ_000736

answers: tsunamis.

answers: NDQ_000737

answers: Oceanic and Atmospheric

answers: NDQ_000738

answers: tsunamis.

answers: NDQ_000739

answers: Oceanic and Atmospheric

answers: NDQ_000740

answers: National Oceanic and Atmospheric

answers: NDQ_000741

answers: tsunamis.

answers: NDQ_000742

answers: tsunamis.

answers: NDQ_000743

answers: The bill authorizes the National Oceanic and Atmospheric

answers: NDQ_000744

answers: tsunamis.

answers: NDQ_000745

answers: tsunamis.

answers: NDQ_000746

answers: $27 million

text: The peak in dog whelk population density is approximately coincidental with the mid-tidal zone.  It lives in the middle shore. In general it can be said that at high vertical heights on the shoreline the dog whelk is most threatened by biotic factors such as predation from birds and interspecific competition for food, but abiotic factors are the primary concern, creating a harsh environment in which it is difficult to survive. At low vertical heights it is biotic factors, such as predation from crabs and intraspecific competition, which cause problems. The upper limit of the range in which the dog whelk is generally found is approximately coincidental with the mean high water neap tide line, and the lower limit of the range is approximately coincidental with the mean low water neap tide line, so that the vast majority of dog whelks are found on the mid-tidal zone.

text: The peak in dog whelk

text: population density

text: is approximately coincidental with the mid-

text: tidal zone

text: .  It lives in the middle shore. In general it can be said that at high vertical heights on the shoreline the dog whelk is most threatened by

text: biotic

text: factors such as predation from birds and

text: interspecific competition

text: for food, but

text: abiotic

text: factors are the primary concern, creating a harsh environment in which it is difficult to survive. At low vertical heights it is biotic factors, such as predation from crabs and

text: intraspecific competition

text: , which cause problems. The upper limit of the range in which the dog whelk is generally found is approximately coincidental with the mean high water

text: neap tide

text: line, and the lower limit of the range is approximately coincidental with the mean low water

text: neap tide

text: line, so that the vast majority of dog whelks are found on the mid-

text: tidal zone

answers: NDQ_000702

answers: abiotic factors

answers: NDQ_000704

answers: Which of the following is not a biotic factor: interspecific competition for food, intraspecific competition, or high vertical heights?

answers: NDQ_000706

answers: mid-tidal zone

answers: NDQ_000707

answers: the water is too high

answers: NDQ_000710

answers: abiotic factors to the surface

answers: NDQ_000715

answers: unanswerable

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: It can be said that at high vertical heights on the shoreline

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest, trough or mid-tidal zone?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: It can be said that at high vertical heights on the shoreline

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: unanswerable

answers: NDQ_000728

answers: high water neap tide line

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: month

answers: NDQ_000734

answers: abiotic factors

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: high water neap tide line

answers: NDQ_000737

answers: tide

answers: NDQ_000738

answers: the vast majority of dog whelks are found on the mid-tidal zone

answers: NDQ_000739

answers: high

answers: NDQ_000740

answers: neap tide line

answers: NDQ_000741

answers: Tidal zone

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: abiotic factors

answers: NDQ_000744

answers: neap

answers: NDQ_000745

answers: Tidal

answers: NDQ_000746

answers: density

answers: NDQ_000702

answers: abiotic factors

answers: NDQ_000704

answers: neap tide line,

answers: NDQ_000706

answers: mid-tidal zone.

answers: NDQ_000707

answers: neap tide line,

answers: NDQ_000710

answers: biotic factors such as predation from birds and interspecific competition for food,

answers: NDQ_000715

answers: vertical heights

answers: NDQ_000718

answers: neap tide line,

answers: NDQ_000720

answers: mid-tidal zone.

answers: NDQ_000721

answers: abiotic factors

answers: NDQ_000722

answers: low vertical heights

answers: NDQ_000723

answers: high water neap tide line,

answers: NDQ_000724

answers: mid-tidal zone.

answers: NDQ_000725

answers: neap tide

answers: NDQ_000726

answers: mid-tidal zone.

answers: NDQ_000727

answers: high water neap tide line,

answers: NDQ_000728

answers: neap tide line,

answers: NDQ_000729

answers: coincidental with the mid-tidal zone.

answers: NDQ_000730

answers: neap tide line,

answers: NDQ_000731

answers: neap tide line,

answers: NDQ_000732

answers: mean high water neap tide line,

answers: NDQ_000733

answers: high water neap tide

answers: NDQ_000734

answers: abiotic factors

answers: NDQ_000735

answers: neap tide

answers: NDQ_000736

answers: high water neap tide line,

answers: NDQ_000737

answers: neap tide

answers: NDQ_000738

answers: high water neap tide line,

answers: NDQ_000739

answers: high water neap tide

answers: NDQ_000740

answers: tide

answers: NDQ_000741

answers: mid-tidal

answers: NDQ_000742

answers: neap

answers: NDQ_000743

answers: biotic factors such as predation from birds and interspecific competition for food,

answers: NDQ_000744

answers: neap

answers: NDQ_000745

answers: tide

answers: NDQ_000746

answers: vertical heights

text: Rick Del Gado is a radio producer. He was fired from WNEW-FM, along with hosts Opie & Anthony, after the 'Sex for Sam' incident, in which a couple were encouraged to have sex in St. Patrick's Cathedral, New York, and the results broadcast on the Opie & Anthony Show. He then joined the Preston and Steve show on Y100 WPLY Philadelphia. About a year later, he left Y100 for New York's Hot 97, but was fired on January 31, 2005, along with comedian Todd Lynn, for his role in writing, producing and broadcasting the "Tsunami Song", a parody of the 1985 single "We Are the World" which mocked the victims of the 2004 Indian Ocean earthquake and tsunami.

text: Rick Del Gado is a radio producer. He was fired from

text: WNEW-FM

text: , along with hosts

text: Opie & Anthony

text: , after the 'Sex for Sam' incident, in which a couple were encouraged to have sex in

text: St. Patrick's Cathedral, New York

text: , and the results broadcast on the Opie & Anthony Show. He then joined the

text: Preston and Steve

text: show on

text: WPLY Philadelphia. About a year later, he left

text: for New York's

text: Hot 97

text: , but was fired on January 31, 2005, along with comedian

text: Todd Lynn

text: , for his role in writing, producing and broadcasting the "Tsunami Song", a parody of the 1985 single "

text: We Are the World

text: " which mocked the victims of the

text: 2004 Indian Ocean earthquake and tsunami

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: Which of the following is not a type of ocean: Atlantic, Pacific, or Indian?

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: Rick Del Gado is a

answers: NDQ_000710

answers: what to the surface?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough

answers: NDQ_000720

answers: tsunami

answers: NDQ_000721

answers: not enough information

answers: NDQ_000722

answers: unanswerable

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: How many days did Rick Del Gado work for WNEW-FM?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: tsunami song

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: How many years after Rick Del Gado was fired from WNEW-FM, along with hosts Opie & Anthony, did he leave Y100 for New York's Hot 97?

answers: NDQ_000733

answers: Atlantic

answers: NDQ_000734

answers: earthquakes

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: tsunami song parody

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: unanswerable

answers: NDQ_000739

answers: untreated

answers: NDQ_000740

answers: tsunami

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What does Rick Del Gado do?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: tsunami

answers: NDQ_000746

answers: unanswerable

answers: NDQ_000702

answers: Indian Ocean earthquake

answers: NDQ_000704

answers: 2004 Indian Ocean

answers: NDQ_000706

answers: Indian Ocean

answers: NDQ_000707

answers: earthquake and tsunami.

answers: NDQ_000710

answers: 2004 Indian Ocean earthquake and tsunami.

answers: NDQ_000715

answers: Rick Del Gado

answers: NDQ_000718

answers: Rick Del Gado

answers: NDQ_000720

answers: "Tsunami

answers: NDQ_000721

answers: "Tsunami Song",

answers: NDQ_000722

answers: Y100 WPLY Philadelphia.

answers: NDQ_000723

answers: Rick Del Gado

answers: NDQ_000724

answers: "Tsunami

answers: NDQ_000725

answers: Rick Del Gado

answers: NDQ_000726

answers: Rick Del Gado

answers: NDQ_000727

answers: Rick Del Gado

answers: NDQ_000728

answers: 2004 Indian Ocean earthquake

answers: NDQ_000729

answers: Rick Del Gado

answers: NDQ_000730

answers: Rick Del Gado

answers: NDQ_000731

answers: Rick Del Gado

answers: NDQ_000732

answers: Rick Del Gado

answers: NDQ_000733

answers: 2004 Indian Ocean

answers: NDQ_000734

answers: earthquake

answers: NDQ_000735

answers: Rick Del Gado

answers: NDQ_000736

answers: "Tsunami Song",

answers: NDQ_000737

answers: radio producer. He was fired from WNEW-FM,

answers: NDQ_000738

answers: Rick Del Gado

answers: NDQ_000739

answers: Indian Ocean earthquake and tsunami.

answers: NDQ_000740

answers: 2004 Indian Ocean earthquake and tsunami.

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: "Tsunami Song",

answers: NDQ_000743

answers: radio producer. He was fired from WNEW-FM,

answers: NDQ_000744

answers: tsunami.

answers: NDQ_000745

answers: tsunami.

answers: NDQ_000746

answers: WNEW-FM,

text: A radar altimeter uses the round-trip flight-time of a microwave pulse between the satellite and the Earth's surface to determine the distance between the spacecraft and the surface. From this distance or height, the local surface effects such as tides, winds and currents are removed to obtain the satellite height above the geoid. With a precise ephemeris available for the satellite, the geocentric position and ellipsoidal height of the satellite are available for any given observation time. It is then possible to compute the geoid height by subtracting the measured altitude from the ellipsoidal height.  This allows direct measurement of the geoid, since the ocean surface closely follows the geoid.  The difference between the ocean surface and the actual geoid gives ocean surface topography.

text: A

text: radar altimeter

text: uses the round-trip flight-time of a microwave pulse between the satellite and the Earth's surface to determine the distance between the spacecraft and the surface. From this distance or height, the local surface effects such as tides, winds and currents are removed to obtain the satellite height above the geoid. With a precise ephemeris available for the satellite, the geocentric position and ellipsoidal height of the satellite are available for any given observation time. It is then possible to compute the geoid height by subtracting the measured altitude from the ellipsoidal height.  This allows direct measurement of the geoid, since the ocean surface closely follows the geoid.  The difference between the ocean surface and the actual geoid gives

text: ocean surface topography

answers: NDQ_000702

answers: local surface effects

answers: NDQ_000704

answers: Which of the following is not a local surface effect: tides, winds or currents?

answers: NDQ_000706

answers: the ocean surface

answers: NDQ_000707

answers: tides are stronger than currents

answers: NDQ_000710

answers: ocean surface topography

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: unanswerable

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: Which of the following is not a local surface effect: tides, winds or currents?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: What causes water levels to rise and fall once a day

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: unanswerable

answers: NDQ_000733

answers: Earth

answers: NDQ_000734

answers: local surface effects

answers: NDQ_000735

answers: Earth's surface

answers: NDQ_000736

answers: satellite height above the geoid

answers: NDQ_000737

answers: ocean current

answers: NDQ_000738

answers: satellite height above the geoid

answers: NDQ_000739

answers: Earth's surface

answers: NDQ_000740

answers: tides

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: energy through matter

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: currents

answers: NDQ_000746

answers: NDQ_000702

answers: local surface effects

answers: NDQ_000704

answers: local surface effects such as tides, winds and currents

answers: NDQ_000706

answers: tides,

answers: NDQ_000707

answers: winds

answers: NDQ_000710

answers: tides, winds and currents

answers: NDQ_000715

answers: height above the geoid.

answers: NDQ_000718

answers: ocean surface topography.

answers: NDQ_000720

answers: tides,

answers: NDQ_000721

answers: tides,

answers: NDQ_000722

answers: the ocean surface closely follows the geoid.

answers: NDQ_000723

answers: tides,

answers: NDQ_000724

answers: tides,

answers: NDQ_000725

answers: tides,

answers: NDQ_000726

answers: winds

answers: NDQ_000727

answers: topography.

answers: NDQ_000728

answers: radar altimeter

answers: NDQ_000729

answers: Earth's surface

answers: NDQ_000730

answers: tides,

answers: NDQ_000731

answers: tides,

answers: NDQ_000732

answers: ocean surface topography.

answers: NDQ_000733

answers: tides,

answers: NDQ_000734

answers: local surface effects

answers: NDQ_000735

answers: tides,

answers: NDQ_000736

answers: tides,

answers: NDQ_000737

answers: tides,

answers: NDQ_000738

answers: A radar altimeter

answers: NDQ_000739

answers: the ocean surface closely follows the geoid.

answers: NDQ_000740

answers: tides,

answers: NDQ_000741

answers: currents

answers: NDQ_000742

answers: tides,

answers: NDQ_000743

answers: microwave pulse between the satellite and the Earth's surface

answers: NDQ_000744

answers: tides,

answers: NDQ_000745

answers: tides, winds and currents

answers: NDQ_000746

answers: ellipsoidal height

text: Two types of tsunamis were produced by this subduction zone earthquake. There was a tectonic tsunami produced in addition to about 20 smaller and local tsunamis. These smaller tsunami were produced by submarine and subaerial landslides and were responsible for the majority of the tsunami damage. Tsunami waves were noted in over 20 countries, including: Peru, New Zealand, Papua New Guinea, Japan, and Antarctica. The largest tsunami wave was recorded in Shoup Bay, Alaska, with a height of about .

text: Two types of tsunamis were produced by this subduction zone earthquake. There was a tectonic tsunami produced in addition to about 20 smaller and local tsunamis. These smaller tsunami were produced by submarine and subaerial landslides and were responsible for the majority of the tsunami damage. Tsunami waves were noted in over 20 countries, including: Peru, New Zealand, Papua New Guinea, Japan, and Antarctica. The largest tsunami wave was recorded in Shoup Bay, Alaska, with a height of about .

answers: NDQ_000702

answers: subduction zone

answers: NDQ_000704

answers: Which of the following is not a type of tsunami: submarine or subaerial?

answers: NDQ_000706

answers: Shoup Bay

answers: NDQ_000707

answers: a body of water moves

answers: NDQ_000710

answers: Tsunami waves to the surface

answers: NDQ_000715

answers: its height

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: Why do tsunamis break on shore?

answers: NDQ_000723

answers: Which of the following is not a type of tsunami?

answers: NDQ_000724

answers: No

answers: NDQ_000725

answers: How many times a day do tides occur?

answers: NDQ_000726

answers: It is not possible to tell

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: What is the first sign of a tsunami is coming?

answers: NDQ_000729

answers: Which of the following is not a type of tsunami: submarine and subaerial landslides?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide?

answers: NDQ_000732

answers: How many types of tsunamis were produced by this subduction zone earthquake?

answers: NDQ_000733

answers: Earth Day

answers: NDQ_000734

answers: subduction zone earthquake

answers: NDQ_000735

answers: in opposite directions.

answers: NDQ_000736

answers: height of about what?

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: subduction zone earthquakes were responsible for the majority of the tsunami damage.

answers: NDQ_000739

answers: submerged

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: tidal

answers: NDQ_000743

answers: tectonic

answers: NDQ_000744

answers: a full moon

answers: NDQ_000745

answers: Tsunami

answers: NDQ_000746

answers: NDQ_000702

answers: submarine and subaerial landslides

answers: NDQ_000704

answers: submarine and subaerial landslides

answers: NDQ_000706

answers: Shoup Bay, Alaska,

answers: NDQ_000707

answers: submarine and subaerial landslides

answers: NDQ_000710

answers: submarine and subaerial landslides

answers: NDQ_000715

answers: height of about.

answers: NDQ_000718

answers: height

answers: NDQ_000720

answers: about.

answers: NDQ_000721

answers: submarine and subaerial landslides

answers: NDQ_000722

answers: smaller tsunami were produced by submarine and subaerial landslides

answers: NDQ_000723

answers: The largest tsunami wave

answers: NDQ_000724

answers: submarine and subaerial landslides

answers: NDQ_000725

answers: 20

answers: NDQ_000726

answers: about.

answers: NDQ_000727

answers: Two types of tsunamis were produced by this subduction zone earthquake.

answers: NDQ_000728

answers: Tsunami waves

answers: NDQ_000729

answers: 20

answers: NDQ_000730

answers: submarine and subaerial landslides

answers: NDQ_000731

answers: about.

answers: NDQ_000732

answers: 20

answers: NDQ_000733

answers: 20

answers: NDQ_000734

answers: submarine and subaerial landslides

answers: NDQ_000735

answers: submarine and subaerial landslides

answers: NDQ_000736

answers: about.

answers: NDQ_000737

answers: submarine and subaerial landslides

answers: NDQ_000738

answers: submarine and subaerial landslides

answers: NDQ_000739

answers: subduction zone

answers: NDQ_000740

answers: about.

answers: NDQ_000741

answers: Tsunami waves

answers: NDQ_000742

answers: about.

answers: NDQ_000743

answers: submarine and subaerial landslides

answers: NDQ_000744

answers: Two types of tsunamis

answers: NDQ_000745

answers: submarine and subaerial landslides

answers: NDQ_000746

answers: about.

text: Tides are known to be mainly caused by the moon's gravity. Theoretically, peak tidal forces at a given location occur when the moon is at the meridian, but there is usually a delay before high tide that depends largely on the shape of the coastline, and the sea floor, therefore, the lunitidal interval varies from place to place. It varies from 3% over deep oceans to 8 hours at New York harbour.  The lunitidal interval further varies within about +/- 30 minutes according to the lunar phase. (This is caused by the time interval associated with the solar tides.)

text: Tides are known to be mainly caused by the moon's gravity. Theoretically, peak tidal forces at a given location occur when the moon is at the

text: meridian

text: , but there is usually a delay before high tide that depends largely on the shape of the coastline, and the sea floor, therefore, the lunitidal interval varies from place to place. It varies from 3% over deep oceans to 8 hours at New York harbour.  The lunitidal interval further varies within about +/- 30 minutes according to the lunar phase. (This is caused by the time interval associated with the solar tides.)

answers: NDQ_000702

answers: moon's gravity

answers: NDQ_000704

answers: are caused by

answers: NDQ_000706

answers: deep oceans

answers: NDQ_000707

answers: the moon is at the meridian

answers: NDQ_000710

answers: tidal forces

answers: NDQ_000715

answers: peak tidal forces

answers: NDQ_000718

answers: What is the difference between crest and trough?

answers: NDQ_000720

answers: unanswerable

answers: NDQ_000721

answers: no

answers: NDQ_000722

answers: it is not possible to tell

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: no

answers: NDQ_000725

answers: no

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: the lunitidal interval

answers: NDQ_000728

answers: 8 hours at New York harbour

answers: NDQ_000729

answers: unanswerable

answers: NDQ_000730

answers: No

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: The lunitidal interval further varies within about +/- 30 minutes

answers: NDQ_000733

answers: lunar cycle

answers: NDQ_000734

answers: moon's gravity

answers: NDQ_000735

answers: meridian

answers: NDQ_000736

answers: time interval associated with the solar tides

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: It varies from 3% over deep oceans to 8 hours at New York harbour

answers: NDQ_000739

answers: deep

answers: NDQ_000740

answers: Tidal

answers: NDQ_000741

answers: tide

answers: NDQ_000742

answers: meridian

answers: NDQ_000743

answers: NDQ_000744

answers: tidal forces

answers: NDQ_000745

answers: tides

answers: NDQ_000746

answers: 3%

answers: NDQ_000702

answers: the moon's gravity.

answers: NDQ_000704

answers: sea floor,

answers: NDQ_000706

answers: meridian,

answers: NDQ_000707

answers: gravity.

answers: NDQ_000710

answers: Tides

answers: NDQ_000715

answers: 3%

answers: NDQ_000718

answers: 3% over deep oceans to 8 hours at New York harbour.

answers: NDQ_000720

answers: peak tidal forces

answers: NDQ_000721

answers: solar tides.)

answers: NDQ_000722

answers: 3% over deep oceans to 8 hours at New York harbour.

answers: NDQ_000723

answers: known to be mainly caused by the moon's gravity.

answers: NDQ_000724

answers: Tides are known to be mainly caused by the moon's gravity.

answers: NDQ_000725

answers: lunitidal interval

answers: NDQ_000726

answers: Tides

answers: NDQ_000727

answers: the lunitidal interval

answers: NDQ_000728

answers: peak tidal forces

answers: NDQ_000729

answers: Tides are known to be mainly caused by the moon's gravity.

answers: NDQ_000730

answers: moon's gravity.

answers: NDQ_000731

answers: the moon is at the meridian,

answers: NDQ_000732

answers: meridian,

answers: NDQ_000733

answers: New York harbour.

answers: NDQ_000734

answers: the moon's gravity.

answers: NDQ_000735

answers: the moon is at the meridian,

answers: NDQ_000736

answers: delay before high tide

answers: NDQ_000737

answers: deep oceans

answers: NDQ_000738

answers: 3%

answers: NDQ_000739

answers: deep oceans

answers: NDQ_000740

answers: 3%

answers: NDQ_000741

answers: Tides

answers: NDQ_000742

answers: high tide

answers: NDQ_000743

answers: Tides are known to be mainly caused by the moon's gravity.

answers: NDQ_000744

answers: peak tidal forces

answers: NDQ_000745

answers: 3%

answers: NDQ_000746

answers: 3%

text: On the shorelines of the Pacific ocean there are erosional features that are indicative of a very large tsunami. These include an erosional surface and chaotic deposits of mixed terrestrial and ocean-derived sediment. Boulders as big as buses are mixed with marine fossils and mud. The most well-characterised tsunami deposits are near the coast of Chile. Off the coast of Antarctica there are mudslides into the deep ocean from this age.

text: On the shorelines of the Pacific ocean there are erosional features that are indicative of a very large

text: tsunami

text: . These include an

text: erosional surface

text: and chaotic deposits of mixed terrestrial and ocean-derived sediment. Boulders as big as buses are mixed with marine fossils and mud. The most well-characterised tsunami deposits are near the coast of Chile. Off the coast of Antarctica there are mudslides into the deep ocean from this age.

answers: NDQ_000702

answers: tsunami

answers: NDQ_000704

answers: Which of the following is not a type of sediment: terrestrial or ocean-derived?

answers: NDQ_000706

answers: the deep ocean

answers: NDQ_000707

answers: a large amount of water is pushed against it

answers: NDQ_000710

answers: ocean water up to the surface

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: no

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: None of the above choices.

answers: NDQ_000723

answers: Which of the following is not a type of wave: high tide, crest or trough?

answers: NDQ_000724

answers: None of the above choices.

answers: NDQ_000725

answers: Which of the following is not a type of sediment: terrestrial or ocean-derived?

answers: NDQ_000726

answers: Which of the following is not a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: What is the difference between high and low tides?

answers: NDQ_000728

answers: what is the first sign of a tsunami is coming

answers: NDQ_000729

answers: Which of the following is not caused by Earth's rotation?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: unanswerable

answers: NDQ_000732

answers: Which of the following is not a cause of surface currents to flow diagonally across the ocean?

answers: NDQ_000733

answers: Pacific ocean

answers: NDQ_000734

answers: ocean-derived sediment

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: ocean-derived sediment

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: mudslides into the deep ocean

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: no

answers: NDQ_000741

answers: tsunami

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: What is the topic of the passage?

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: mudslides

answers: NDQ_000746

answers: as big as buses

answers: NDQ_000702

answers: tsunami.

answers: NDQ_000704

answers: erosional surface and chaotic deposits of mixed terrestrial and ocean-derived sediment.

answers: NDQ_000706

answers: On the shorelines

answers: NDQ_000707

answers: erosional features

answers: NDQ_000710

answers: mudslides into the deep ocean

answers: NDQ_000715

answers: tsunami.

answers: NDQ_000718

answers: tsunami.

answers: NDQ_000720

answers: tsunami.

answers: NDQ_000721

answers: tsunami.

answers: NDQ_000722

answers: tsunami.

answers: NDQ_000723

answers: tsunami.

answers: NDQ_000724

answers: tsunami.

answers: NDQ_000725

answers: tsunami.

answers: NDQ_000726

answers: tsunami.

answers: NDQ_000727

answers: tsunami.

answers: NDQ_000728

answers: erosional features

answers: NDQ_000729

answers: tsunami.

answers: NDQ_000730

answers: tsunami.

answers: NDQ_000731

answers: On the shorelines of the Pacific ocean

answers: NDQ_000732

answers: erosional surface and chaotic deposits of mixed terrestrial and ocean-derived sediment.

answers: NDQ_000733

answers: Pacific ocean

answers: NDQ_000734

answers: tsunami.

answers: NDQ_000735

answers: tsunami.

answers: NDQ_000736

answers: erosional surface and chaotic deposits of mixed terrestrial and ocean-derived sediment.

answers: NDQ_000737

answers: Pacific ocean

answers: NDQ_000738

answers: tsunami.

answers: NDQ_000739

answers: deep ocean from this age.

answers: NDQ_000740

answers: erosional surface and chaotic deposits of mixed terrestrial and ocean-derived sediment.

answers: NDQ_000741

answers: tsunami.

answers: NDQ_000742

answers: tsunami.

answers: NDQ_000743

answers: terrestrial and ocean-derived sediment.

answers: NDQ_000744

answers: tsunami.

answers: NDQ_000745

answers: mudslides

answers: NDQ_000746

answers: buses

text: On the afternoon of June 13, 1893, Ocean Wave came downriver from Portland, Oregon to Astoria, and then crossed across the Columbia to Ilwaco, Washington.  Later, Ocean Wave made its first trip of the summer from Portland direct to Ilwaco on July 3, 1893.  The steamer was “crowded with Portlanders who intend spending the summer at the North Beach.”  On July 21, 1893, the Oregon City Transportation Company, a steamboat concern, announced that through September 30, it would sell tickets to all points on North Beach, traveling on Ocean Wave with baggage being checked and transferred at no extra charge.  On August 4, 1893, it was advertised that tickets on the steamers Telephone, Lurline, Ocean Wave and the tug Illwaco were interchangeable.

text: On the afternoon of June 13, 1893, Ocean Wave came downriver from

text: Portland, Oregon

text: to Astoria, and then crossed across the Columbia to

text: Ilwaco, Washington

text: .  Later, Ocean Wave made its first trip of the summer from Portland direct to Ilwaco on July 3, 1893.  The steamer was “crowded with Portlanders who intend spending the summer at the North Beach.”  On July 21, 1893, the Oregon City Transportation Company, a steamboat concern, announced that through September 30, it would sell tickets to all points on North Beach, traveling on Ocean Wave with baggage being checked and transferred at no extra charge.  On August 4, 1893, it was advertised that tickets on the steamers Telephone,

text: Lurline

text: , Ocean Wave and the tug

text: Illwaco

text: were interchangeable.

answers: NDQ_000702

answers: Columbia

answers: NDQ_000704

answers: Which happened first, Ocean Wave came downriver from Portland, Oregon to Astoria, or Ocean Wave made its first trip of the summer from Portland direct to Ilwaco?

answers: NDQ_000706

answers: North Beach

answers: NDQ_000707

answers: it is hit by an object

answers: NDQ_000710

answers: Ocean Wave downriver from Portland to Astoria?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Ocean Wave

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: It is not possible to tell

answers: NDQ_000723

answers: Which happened first, Ocean Wave came downriver from Portland to Astoria, and then crossed across the Columbia to Ilwaco, Washington?

answers: NDQ_000724

answers: It's impossible to say

answers: NDQ_000725

answers: How many days did it take Ocean Wave to cross the Columbia to Ilwaco?

answers: NDQ_000726

answers: unanswerable

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: Ocean Wave

answers: NDQ_000729

answers: no

answers: NDQ_000730

answers: unanswerable

answers: NDQ_000731

answers: Which event happened first, Ocean Wave made its first trip of the summer from Portland direct to Ilwaco on July 3, 1893?

answers: NDQ_000732

answers: Which happened first, Ocean Wave came downriver from Portland, Oregon to Astoria, and then crossed across the Columbia to Ilwaco, Washington

answers: NDQ_000733

answers: July

answers: NDQ_000734

answers: ocean waves

answers: NDQ_000735

answers: in opposing directions

answers: NDQ_000736

answers: Columbia

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the Columbia to Ilwaco, Washington

answers: NDQ_000739

answers: downriver

answers: NDQ_000740

answers: unanswerable

answers: NDQ_000741

answers: Columbia

answers: NDQ_000742

answers: NDQ_000743

answers: What is a steamboat concern?

answers: NDQ_000744

answers: full moon

answers: NDQ_000745

answers: downriver

answers: NDQ_000746

answers: NDQ_000702

answers: Columbia

answers: NDQ_000704

answers: Columbia

answers: NDQ_000706

answers: North Beach.”

answers: NDQ_000707

answers: Ocean Wave came downriver

answers: NDQ_000710

answers: Columbia

answers: NDQ_000715

answers: 1893,

answers: NDQ_000718

answers: 3, 1893.

answers: NDQ_000720

answers: 1893,

answers: NDQ_000721

answers: 1893,

answers: NDQ_000722

answers: Columbia to Ilwaco,

answers: NDQ_000723

answers: June 13, 1893,

answers: NDQ_000724

answers: Ocean Wave

answers: NDQ_000725

answers: July 3, 1893.

answers: NDQ_000726

answers: Ocean Wave came downriver

answers: NDQ_000727

answers: June 13, 1893,

answers: NDQ_000728

answers: June 13, 1893,

answers: NDQ_000729

answers: June 13, 1893,

answers: NDQ_000730

answers: June 13, 1893,

answers: NDQ_000731

answers: June 13, 1893,

answers: NDQ_000732

answers: June 13, 1893,

answers: NDQ_000733

answers: June 13, 1893,

answers: NDQ_000734

answers: Columbia

answers: NDQ_000735

answers: June 13, 1893,

answers: NDQ_000736

answers: Columbia

answers: NDQ_000737

answers: steamboat

answers: NDQ_000738

answers: interchangeable.

answers: NDQ_000739

answers: Columbia

answers: NDQ_000740

answers: June 13, 1893,

answers: NDQ_000741

answers: downriver

answers: NDQ_000742

answers: June 13, 1893,

answers: NDQ_000743

answers: baggage being checked and transferred at no extra charge.

answers: NDQ_000744

answers: Columbia

answers: NDQ_000745

answers: downriver

answers: NDQ_000746

answers: 1893,

text: A tropical wave exited Africa into the Atlantic Ocean on August 18, and the northern portion split to become Tropical Storm Danny. The wave continued westward without development, crossing Central America into the Pacific Ocean on August 28. Convection remained minimal until September 3, when the system became better organized. A Low-pressure area developed on September 6, and deep convection consolidated around the circulation. Early on September 7, the National Hurricane Center (NHC) designated the low as Tropical Depression Fifteen-E about 1,130 miles (1,820 kilometres) west-southwest of the southern tip of the Baja California Peninsula. Moving over warm water temperatures and modest wind shear, gradual intensification was anticipated. The depression moved slowly to the west due to a weakening subtropical ridge to its north. Shortly after developing, the depression intensified into Tropical Storm Linda. By September 9, a new ridge developed east of Linda, causing the storm to turn northwestward. Despite intensifying into a strong tropical storm, Linda's low-level circulation was misaligned from its upper circulations, although the system developed expansive outflow to the south and east.

text: A

text: tropical wave

text: exited Africa into the

text: Atlantic Ocean

text: on August 18, and the northern portion split to become

text: Tropical Storm Danny

text: . The wave continued westward without development, crossing

text: Central America

text: into the

text: Pacific Ocean

text: on August 28.

text: Convection

text: remained minimal until September 3, when the system became better organized. A

text: Low-pressure area

text: developed on September 6, and deep convection consolidated around the

text: circulation

text: . Early on September 7, the

text: National Hurricane Center

text: (NHC) designated the low as Tropical Depression Fifteen-E about 1,130 miles (1,820 kilometres) west-southwest of the southern tip of the

text: Baja California Peninsula

text: . Moving over warm

text: water temperatures

text: and modest

text: wind shear

text: , gradual intensification was anticipated. The depression moved slowly to the west due to a weakening

text: subtropical ridge

text: to its north. Shortly after developing, the depression intensified into Tropical Storm Linda. By September 9, a new ridge developed east of Linda, causing the storm to turn northwestward. Despite intensifying into a strong tropical storm, Linda's low-level circulation was misaligned from its upper circulations, although the system developed expansive

text: outflow

text: to the south and east.

answers: NDQ_000702

answers: tropical storm

answers: NDQ_000704

answers: How long did Tropical Depression Fifteen-E last?

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: it has too much energy

answers: NDQ_000710

answers: Convection remained minimal until when?

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: Tropical Depression Fifteen-E

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: Why do waves break on shore?

answers: NDQ_000723

answers: Which of the following is not a type of wave: crest or trough?

answers: NDQ_000724

answers: What caused the tropical wave to exit Africa into the Atlantic Ocean?

answers: NDQ_000725

answers: How many days after Tropical Storm Danny exited Africa into the Atlantic Ocean did Convection remained minimal until September 3?

answers: NDQ_000726

answers: What is a tropical wave?

answers: NDQ_000727

answers: what is the difference between high and low tides

answers: NDQ_000728

answers: Tropical Depression Fifteen-E

answers: NDQ_000729

answers: What is the cause of the Coriolis effect?

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: Which of the following is not a type of tide: spring tides or low-level circulation?

answers: NDQ_000732

answers: What caused the low-level circulation to be misaligned from its upper circulations?

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: Convection

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Atlantic Ocean

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: the system developed expansive outflow to the south and east.

answers: NDQ_000739

answers: colder

answers: NDQ_000740

answers: low-level

answers: NDQ_000741

answers: tropical wave

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: Convection

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Convection

answers: NDQ_000746

answers: 1 820 kilometres

answers: NDQ_000702

answers: tropical wave

answers: NDQ_000704

answers: minimal

answers: NDQ_000706

answers: Pacific Ocean

answers: NDQ_000707

answers: Tropical Storm Danny.

answers: NDQ_000710

answers: outflow

answers: NDQ_000715

answers: tropical wave

answers: NDQ_000718

answers: Tropical Depression Fifteen-E

answers: NDQ_000720

answers: Tropical Storm Danny.

answers: NDQ_000721

answers: Tropical Storm Danny.

answers: NDQ_000722

answers: Baja California Peninsula.

answers: NDQ_000723

answers: Tropical Storm Danny.

answers: NDQ_000724

answers: tropical wave

answers: NDQ_000725

answers: Tropical Depression Fifteen-E

answers: NDQ_000726

answers: tropical wave

answers: NDQ_000727

answers: Tropical Depression Fifteen-E

answers: NDQ_000728

answers: Tropical Storm Danny.

answers: NDQ_000729

answers: Tropical Storm Danny.

answers: NDQ_000730

answers: Tropical Storm Linda.

answers: NDQ_000731

answers: misaligned

answers: NDQ_000732

answers: Tropical Storm Linda.

answers: NDQ_000733

answers: Atlantic Ocean

answers: NDQ_000734

answers: tropical wave

answers: NDQ_000735

answers: warm water temperatures

answers: NDQ_000736

answers: warm water temperatures

answers: NDQ_000737

answers: subtropical ridge

answers: NDQ_000738

answers: Convection remained minimal

answers: NDQ_000739

answers: warm water temperatures

answers: NDQ_000740

answers: warm water temperatures

answers: NDQ_000741

answers: outflow

answers: NDQ_000742

answers: Convection remained minimal until September 3,

answers: NDQ_000743

answers: Convection

answers: NDQ_000744

answers: tropical wave

answers: NDQ_000745

answers: deep convection

answers: NDQ_000746

answers: (1,820 kilometres)

text: The Coriolis Effect is a 1994 short black-and-white film starring James Wilder, Jennifer Rubin, Dana Ashbrook and Corinne Bohrer, whilst featuring a voice-only cameo appearance from Quentin Tarantino. It was written and directed by Louis Venosta, whilst being produced by Kathryn Arnold. The film's production companies were Secondary Modern Motion Pictures and Vanguard International Cinema.

text: The Coriolis Effect is a 1994 short black-and-white film starring

text: James Wilder

text: Jennifer Rubin

text: Dana Ashbrook

text: and

text: Corinne Bohrer

text: , whilst featuring a voice-only cameo appearance from

text: Quentin Tarantino

text: . It was written and directed by

text: Louis Venosta

text: , whilst being produced by

text: Kathryn Arnold

text: . The film's production companies were Secondary Modern Motion Pictures and Vanguard International Cinema.

answers: NDQ_000702

answers: The Coriolis Effect

answers: NDQ_000704

answers: The Coriolis Effect is a 1994 short black-and-white film starring James Wilder

answers: NDQ_000706

answers: Coriolis Effect

answers: NDQ_000707

answers: Coriolis is too strong

answers: NDQ_000710

answers: The Coriolis Effect to a close

answers: NDQ_000715

answers: What is the highest point of a wave?

answers: NDQ_000718

answers: What is the difference between a crest and a trough?

answers: NDQ_000720

answers: hurricanes

answers: NDQ_000721

answers: unanswerable

answers: NDQ_000722

answers: shallow

answers: NDQ_000723

answers: What is the difference between high tide and low tide?

answers: NDQ_000724

answers: The Coriolis Effect

answers: NDQ_000725

answers: How many times a day does the Coriolis effect occur?

answers: NDQ_000726

answers: What is a transfer of energy that initially began with wind?

answers: NDQ_000727

answers: tidal range

answers: NDQ_000728

answers: high water

answers: NDQ_000729

answers: It is not possible to tell

answers: NDQ_000730

answers: What is the main cause of Earths tides?

answers: NDQ_000731

answers: What is the name of the film starring James Wilder, Jennifer Rubin, Dana Ashbrook and Corinne Bohrer?

answers: NDQ_000732

answers: What causes surface currents to flow diagonally across the ocean

answers: NDQ_000733

answers: Coriolis

answers: NDQ_000734

answers: Coriolis

answers: NDQ_000735

answers: in opposite directions

answers: NDQ_000736

answers: Coriolis effect

answers: NDQ_000737

answers: ocean

answers: NDQ_000738

answers: a voice-only cameo appearance from Quentin Tarantino

answers: NDQ_000739

answers: cooled

answers: NDQ_000740

answers: Coriolis Effect

answers: NDQ_000741

answers: Coriolis

answers: NDQ_000742

answers: unanswerable

answers: NDQ_000743

answers: The Coriolis Effect

answers: NDQ_000744

answers: unanswerable

answers: NDQ_000745

answers: Coriolis

answers: NDQ_000746

answers: unanswerable