text: Much of Venus' surface appears to have been shaped by volcanic activity. Overall, Venus has several times as many volcanoes as Earth, and it possesses some 167 giant volcanoes that are over  across. The only volcanic complex of this size on Earth is the Big Island of Hawaii. However, this is not because Venus is more volcanically active than Earth, but because its crust is older. Earth's crust is continually recycled by subduction at the boundaries of tectonic plates, and has an average age of about 100 million years, while Venus' surface is estimated to be about 500 million years old.Venusian craters range from  to  in diameter. There are no craters smaller than 3 km, because of the effects of the dense atmosphere on incoming objects. Objects with less than a certain kinetic energy are slowed down so much by the atmosphere that they do not create an impact crater.

text: Much of Venus' surface appears to have been shaped by volcanic activity. Overall, Venus has several times as many volcanoes as Earth, and it possesses some 167 giant volcanoes that are over  across. The only volcanic complex of this size on Earth is the

entity_name: Hawaii (island)

text: Big Island

text: of

entity_name: Hawaii

text: Hawaii

text: . However, this is not because Venus is more volcanically active than Earth, but because its crust is older. Earth's crust is continually recycled by

entity_name: Subduction

text: subduction

text: at the boundaries of

entity_name: Plate tectonics

text: tectonic plate

text: s, and has an average age of about 100 million years, while Venus' surface is estimated to be about 500 million years old.Venusian craters range from  to  in diameter. There are no craters smaller than 3 km, because of the effects of the dense atmosphere on incoming objects. Objects with less than a certain

entity_name: Kinetic energy

text: kinetic energy

text: are slowed down so much by the atmosphere that they do not create an impact crater.

method: dangnt-nlp

method: Bert-ConvKNRM

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus has several times as many volcanoes as Earth

answers: NDQ_006329

answers: 167 giant volcanoes

answers: NDQ_006330

answers: estimated to be about 500 million years old

answers: NDQ_006331

answers: no

answer_match: lowercase, stopped, stemmed, removed trailing period, fuzz > 0.8 / true-false special handling

orig_prompt_class: QuestionPromptWithChoices

prompt_style: context: question:

answers: NDQ_006322

answers: Big Island of Hawaii.

answers: NDQ_006323

answers: crust is older.

answers: NDQ_006324

answers: volcanic activity. Overall, Venus has several times as many volcanoes

answers: NDQ_006325

answers: older.

answers: NDQ_006326

answers: Venus has several times as many volcanoes as Earth,

answers: NDQ_006327

answers: dense atmosphere on incoming objects.

answers: NDQ_006328

answers: Venus has several times as many volcanoes as Earth,

answers: NDQ_006329

answers: 167 giant volcanoes that are over across.

answers: NDQ_006330

answers: Venus' surface is estimated to be about 500 million years old.Venusian

answers: NDQ_006331

answers: Venus

answer_match: lowercase, stemmed, fuzz > 0.8

text: Stars, planets and moons retain their atmospheres by gravitational attraction. Atmospheres have no clearly delineated boundary: the density of atmospheric gas gradually decreases with distance from the object until it becomes indistinguishable from the surrounding environment. The Earth's atmospheric pressure drops to about Pa at  of altitude, compared to 100,000 Pa for the International Union of Pure and Applied Chemistry (IUPAC) definition of standard pressure. Beyond this altitude, isotropic gas pressure rapidly becomes insignificant when compared to radiation pressure from the Sun and the dynamic pressure of the solar wind. The thermosphere in this range has large gradients of pressure, temperature and composition, and varies greatly due to space weather.

text: Stars, planets and moons retain their

entity_name: Atmosphere

text: atmosphere

text: s by gravitational attraction. Atmospheres have no clearly delineated boundary: the density of atmospheric gas gradually decreases with distance from the object until it becomes indistinguishable from the surrounding environment. The Earth's atmospheric

entity_name: Pressure

text: pressure

text: drops to about

entity_name: Pascal (unit)

text: Pa

text: at  of altitude, compared to 100,000 Pa for the

entity_name: International Union of Pure and Applied Chemistry

text: International Union of Pure and Applied Chemistry

text: (IUPAC) definition of

entity_name: Standard conditions for temperature and pressure

text: standard pressure

text: . Beyond this altitude, isotropic gas pressure rapidly becomes insignificant when compared to

entity_name: Radiation pressure

text: radiation pressure

text: from the

entity_name: Sun

text: Sun

text: and the

entity_name: Dynamic pressure

text: dynamic pressure

text: of the

entity_name: Solar wind

text: solar wind

text: . The

entity_name: Thermosphere

text: thermosphere

text: in this range has large gradients of pressure, temperature and composition, and varies greatly due to

entity_name: Space weather

text: space weather

answers: NDQ_006322

answers: the Sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmospheric gas

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: beyond this altitude, isotropic gas pressure rapidly becomes insignificant

answers: NDQ_006329

answers: Atmospheres have no clearly delineated boundary

answers: NDQ_006330

answers: Atmospheres have no clearly delineated boundary

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: the Sun

answers: NDQ_006323

answers: Chemistry

answers: NDQ_006324

answers: gas

answers: NDQ_006325

answers: gravitational attraction.

answers: NDQ_006326

answers: Atmospheres have no clearly delineated boundary:

answers: NDQ_006327

answers: 100,000 Pa for the International Union of Pure and Applied Chemistry

answers: NDQ_006328

answers: solar wind.

answers: NDQ_006329

answers: Atmospheres have no clearly delineated boundary:

answers: NDQ_006330

answers: Atmospheres have no clearly delineated boundary:

answers: NDQ_006331

answers: planets and moons retain their atmospheres by gravitational attraction.

text: In Roman Egypt during the 2nd century CE, Claudius Ptolemaeus (Ptolemy) attempted to address the problem of the orbital motion of Mars. Observations of Mars had shown that the planet appeared to move 40% faster on one side of its orbit than the other, in conflict with the Aristotelian model of uniform motion. Ptolemy modified the model of planetary motion by adding a point offset from the center of the planet's circular orbit about which the planet moves at a uniform rate of rotation. He proposed that the order of the planets, by increasing distance, was: the Moon, Mercury, Venus, Sun, Mars, Jupiter, Saturn, and the fixed stars. Ptolemy's model and his collective work on astronomy was presented in the multi-volume collection Almagest, which became the authoritative treatise on Western astronomy for the next fourteen centuries.

text: In

entity_name: Egypt (Roman province)

text: Roman Egypt

text: during the 2nd century CE,

entity_name: Ptolemy

text: Claudius Ptolemaeus

text: (Ptolemy) attempted to address the problem of the orbital motion of Mars. Observations of Mars had shown that the planet appeared to move 40% faster on one side of its orbit than the other, in conflict with the Aristotelian model of uniform motion. Ptolemy modified the model of planetary motion by adding a

entity_name: Equant

text: point offset

text: from the center of the planet's circular orbit about which the planet moves at a uniform

entity_name: Angular velocity

text: rate of rotation

text: . He proposed that the order of the planets, by increasing distance, was: the Moon, Mercury, Venus, Sun, Mars, Jupiter, Saturn, and the fixed stars. Ptolemy's model and his collective work on astronomy was presented in the multi-volume collection

entity_name: Almagest

text: Almagest

text: , which became the authoritative treatise on Western astronomy for the next fourteen centuries.

answers: NDQ_006322

answers: Sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus, Sun, Mars, Jupiter, Saturn, and the fixed stars

answers: NDQ_006329

answers: the planet appears to move 40% faster on one side of its orbit than the other

answers: NDQ_006330

answers: a uniform rate of rotation

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Sun, Mars, Jupiter, Saturn,

answers: NDQ_006323

answers: Venus,

answers: NDQ_006324

answers: Claudius Ptolemaeus

answers: NDQ_006325

answers: 40% faster

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: Venus,

answers: NDQ_006329

answers: Venus, Sun, Mars, Jupiter, Saturn, and the fixed stars.

answers: NDQ_006330

answers: Venus,

answers: NDQ_006331

answers: Mercury,

text: By the start of the 1970s, Humperdinck had settled into a busy schedule of recordings, and a number of signature songs emerged from this period, often written by noted musicians and songwriters; among them, "We Made It Happen" (written by Paul Anka), "Sweetheart" (written by Barry Gibb and Maurice Gibb), "Another Time, Another Place," and "Too Beautiful to Last" (theme from the motion picture Nicholas and Alexandra). In 1972, he starred in his own BBC Television series Engelbert with The Young Generation on BBC1 which ran for thirteen weeks, featuring the dance troupe and regular guests The Goodies and Marlene Charell, as well as international guests. By the middle of the decade, Humperdinck concentrated on selling albums and on live performances, with his style of balladry less popular on the singles charts, developing lavish stage productions that made him a natural for Las Vegas and similar venues. He performed regularly at the Riviera Hotel in Las Vegas through the early and middle years of the decade, recording a live album at the venue with The Three Degrees as backing singers.

text: By the start of the 1970s, Humperdinck had settled into a busy schedule of recordings, and a number of signature songs emerged from this period, often written by noted musicians and songwriters; among them, "We Made It Happen" (written by

entity_name: Paul Anka

text: Paul Anka

entity_name: Sweetheart (Bee Gees song)

text: Sweetheart

text: " (written by

entity_name: Barry Gibb

text: Barry Gibb

text: and

entity_name: Maurice Gibb

text: Maurice Gibb

text: ), "Another Time, Another Place," and "

entity_name: Too Beautiful to Last

text: Too Beautiful to Last

text: " (theme from the motion picture

entity_name: Nicholas and Alexandra

text: Nicholas and Alexandra

text: ). In 1972, he starred in his own

entity_name: BBC

text: BBC

text: Television series Engelbert with

entity_name: Dougie Squires

text: The Young Generation

text: on

entity_name: BBC One

text: which ran for thirteen weeks, featuring the dance troupe and regular guests

entity_name: The Goodies

text: The Goodies

text: and

entity_name: Marlene Charell

text: Marlene Charell

text: , as well as international guests. By the middle of the decade, Humperdinck concentrated on selling albums and on live performances, with his style of balladry less popular on the singles charts, developing lavish stage productions that made him a natural for

entity_name: Las Vegas Strip

text: Las Vegas

text: and similar venues. He performed regularly at the

entity_name: Riviera (hotel and casino)

text: Riviera Hotel

text: in Las Vegas through the early and middle years of the decade, recording a live album at the venue with

entity_name: The Three Degrees

text: The Three Degrees

text: as backing singers.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Las Vegas

answers: NDQ_006323

answers: Barry Gibb and Maurice Gibb),

answers: NDQ_006324

answers: Humperdinck

answers: NDQ_006325

answers: By the start of the 1970s,

answers: NDQ_006326

answers: Humperdinck

answers: NDQ_006327

answers: Humperdinck

answers: NDQ_006328

answers: Humperdinck

answers: NDQ_006329

answers: Humperdinck

answers: NDQ_006330

answers: By the start of the 1970s, Humperdinck

answers: NDQ_006331

answers: By the start of the 1970s, Humperdinck

text: A larger planet is likely to have a more massive atmosphere. A combination of higher escape velocity to retain lighter atoms, and extensive outgassing from enhanced plate tectonics may greatly increase the atmospheric pressure and temperature at the surface compared to Earth. The enhanced greenhouse effect of such a heavy atmosphere would tend to suggest that the habitable zone should be further out from the central star for such massive planets.

text: A larger planet is likely to have a more massive atmosphere. A combination of higher escape velocity to retain lighter atoms, and extensive outgassing from enhanced plate tectonics may greatly increase the atmospheric pressure and temperature at the surface compared to Earth. The enhanced greenhouse effect of such a heavy atmosphere would tend to suggest that the habitable zone should be further out from the central star for such massive planets.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: massive atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: outgassing from enhanced plate tectonics may greatly increase the atmospheric pressure and temperature at the surface compared to Earth

answers: NDQ_006329

answers: habitable zone

answers: NDQ_006330

answers: may greatly increase the atmospheric pressure and temperature at the surface

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: larger planet

answers: NDQ_006323

answers: lighter atoms,

answers: NDQ_006324

answers: massive atmosphere. A combination of higher escape velocity to retain lighter atoms,

answers: NDQ_006325

answers: larger

answers: NDQ_006326

answers: Earth.

answers: NDQ_006327

answers: the habitable zone should be further out from the central star

answers: NDQ_006328

answers: higher escape velocity

answers: NDQ_006329

answers: the habitable zone should be further out from the central star

answers: NDQ_006330

answers: Earth.

answers: NDQ_006331

answers: Earth.

text: Like many science fiction works of its period, the novel depicts both Venus and Mars as suitable for human habitation. Since no interplanetary space probes had been launched at the time, neither the extreme pressure and temperature at the surface of Venus, nor the extremely low atmospheric pressure at the surface of Mars, were known to science. Even the length of the day on Venus was not yet known.

text: Like many science fiction works of its period, the novel depicts both Venus and Mars as suitable for human habitation. Since no interplanetary space probes had been launched at the time, neither the extreme pressure and temperature at the surface of Venus, nor the extremely low atmospheric pressure at the surface of Mars, were known to science. Even the length of the day on Venus was not yet known.

method: UNH-tfidf-stem

method: UNH-tfidf-ptsim

method: UNH-tfidf-lem

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: was not yet known.

answers: NDQ_006329

answers: the length of the day on Venus

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus and Mars

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: extreme pressure and temperature

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: neither the extreme pressure and temperature at the surface of Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: neither the extreme pressure and temperature at the surface of Venus,

answers: NDQ_006329

answers: length of the day

answers: NDQ_006330

answers: neither the extreme pressure and temperature

answers: NDQ_006331

answers: Venus,

text: The team plays primarily in Canada Stadium, which is the main venue of the Tennis Center in Ramat Hasharon, in Israel.  The stadium is known for its high intensity, tough crowd, and good home environment.  The surface is considered hard by world standards, a feature that plays to the advantage of Israeli competitors already used to it.  The tough surface and even tougher crowd have earned the venue the nickname "Israhell" among visiting players.

text: The team plays primarily in

entity_name: Canada Stadium

text: Canada Stadium

text: , which is the main venue of the Tennis Center in

entity_name: Ramat HaSharon

text: Ramat Hasharon

text: , in Israel.  The stadium is known for its high intensity, tough crowd, and good home environment.  The surface is considered hard by world standards, a feature that plays to the advantage of Israeli competitors already used to it.  The tough surface and even tougher crowd have earned the venue the nickname "Israhell" among visiting players.

answers: NDQ_006322

answers: Canada

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: no

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Canada

answers: NDQ_006323

answers: Canada Stadium,

answers: NDQ_006324

answers: Israel.

answers: NDQ_006325

answers: high intensity,

answers: NDQ_006326

answers: Israel.

answers: NDQ_006327

answers: Israel.

answers: NDQ_006328

answers: Canada Stadium,

answers: NDQ_006329

answers: Ramat Hasharon,

answers: NDQ_006330

answers: hard by world standards,

answers: NDQ_006331

answers: "Israhell"

text: |team1=Serbia|team2=Australia|venue=Burswood Entertainment Complex, Perth|date=4 January 2011|AWST]] (UTC+8)|surface=hard (indoors)|score1= 3|score2= 0|R1=|R2=|R3=}}

entity_name: Crown Perth

text: Burswood Entertainment Complex

entity_name: Perth

text: Perth

text: |date=4 January 2011|AWST]] (

text: )|surface=hard (indoors)|score1= 3|score2= 0|R1=|R2=|R3=}}

method: ICT-DRMMTKS

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is so far away

answers: NDQ_006327

answers: Venus is a planet in the solar system

answers: NDQ_006328

answers: NDQ_006329

answers: venus is a rocky planet

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: Mercury is the 2nd hottest planet in the solar system.

answers: NDQ_006322

answers: |team1=Serbia|team2=Australia|venue=Burswood

answers: NDQ_006323

answers: |team1=Serbia|team2=Australia|venue=Burswood

answers: NDQ_006324

answers: |team1=Serbia|team2=Australia|venue=Burswood

answers: NDQ_006325

answers: 0|R1=|R2=|R3=

answers: NDQ_006326

answers: |team1=Serbia|team2=Australia|venue=Burswood

answers: NDQ_006327

answers: |team1=Serbia|team2=Australia|venue=Burswood

answers: NDQ_006328

answers: |team1=Serbia|team2=Australia|venue=Burswood

answers: NDQ_006329

answers: |team1=Serbia|team2=Australia|venue=Burswood

answers: NDQ_006330

answers: (UTC+8)|surface=hard (indoors)|score1=

answers: NDQ_006331

answers: |team1=Serbia|team2=Australia|venue=Burswood

text: Generally, a motion should be phrased in a way to take an action or express an opinion. A motion to not do something should not be offered if the same result can happen without anything being done. Such a motion could result in confusion if the assembly does not want to not do it.

text: Generally, a motion should be phrased in a way to take an action or express an opinion. A motion to not do something should not be offered if the same result can happen without anything being done. Such a motion could result in confusion if the assembly does not want to not do it.

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: rock

answers: NDQ_006324

answers: not do something

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: motion to not do something

answers: NDQ_006327

answers: motion to not do anything

answers: NDQ_006328

answers: motion to take action

answers: NDQ_006329

answers: not do something

answers: NDQ_006330

answers: motion to not do something

answers: NDQ_006331

answers: not say

answers: NDQ_006322

answers: Generally,

answers: NDQ_006323

answers: Generally,

answers: NDQ_006324

answers: if the same result can happen without anything being done.

answers: NDQ_006325

answers: Generally,

answers: NDQ_006326

answers: the same result can happen without anything being done.

answers: NDQ_006327

answers: Generally,

answers: NDQ_006328

answers: the same result can happen without anything being done.

answers: NDQ_006329

answers: the same result can happen without anything being done.

answers: NDQ_006330

answers: the same result can happen without anything being done.

answers: NDQ_006331

answers: Generally,

text: By late March 2016, however, the track was still not installed, and the planned test event that was delayed to late April was completely cancelled, leaving the venue untested through competition until the Olympics themselves in August. The Organising Committee cited "logistical problems" with the import of raw materials from Serbia; the wood arrived late into Rio's summer, and the city's high humidity meant that the sensitive surface could not be laid as quickly as expected. Comments by Mayor Paes that the velodrome was only 85 percent complete, contradicting earlier comments on the venue being near-completion, only fueled more concern, as the Organising Committee set 31 May as the projected date for the venue's completion, and that opportunities for Olympic cyclists to train at the venue will be held on 25 – 27 June. Troubles further escalated when Tecnosolo, the venue's construction and operation contractor, filed for bankruptcy in late May. The municipal government of Rio de Janeiro cancelled the contract with Tecnosolo shortly afterwards, saying in a statement that the company "did not have the conditions to continue being technically responsible for the construction of the velodrome". Brazilian real estate firm Engetécnica, who were previously hired as a subcontractor for the venue in February, were hired to replace Tecnosolo and finish construction of the velodrome. By the end of May, the track had finally been installed, with the venue estimated to be 88 percent complete, and training days in the venue for cyclists still penned for late June.

text: By late March 2016, however, the track was still not installed, and the planned test event that was delayed to late April was completely cancelled, leaving the venue untested through competition until the Olympics themselves in August. The Organising Committee cited "logistical problems" with the import of raw materials from Serbia; the wood arrived late into Rio's summer, and the city's high humidity meant that the sensitive surface could not be laid as quickly as expected. Comments by Mayor Paes that the velodrome was only 85 percent complete, contradicting earlier comments on the venue being near-completion, only fueled more concern, as the Organising Committee set 31 May as the projected date for the venue's completion, and that opportunities for Olympic cyclists to train at the venue will be held on 25 – 27 June. Troubles further escalated when Tecnosolo, the venue's construction and operation contractor, filed for

entity_name: Bankruptcy

text: bankruptcy

text: in late May. The municipal government of Rio de Janeiro cancelled the contract with Tecnosolo shortly afterwards, saying in a statement that the company "did not have the conditions to continue being technically responsible for the construction of the velodrome". Brazilian real estate firm Engetécnica, who were previously hired as a subcontractor for the venue in February, were hired to replace Tecnosolo and finish construction of the velodrome. By the end of May, the track had finally been installed, with the venue estimated to be 88 percent complete, and training days in the venue for cyclists still penned for late June.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Serbia;

answers: NDQ_006323

answers: Serbia;

answers: NDQ_006324

answers: the wood

answers: NDQ_006325

answers: 2016,

answers: NDQ_006326

answers: By late March 2016,

answers: NDQ_006327

answers: humidity

answers: NDQ_006328

answers: By late March 2016,

answers: NDQ_006329

answers: By late March 2016,

answers: NDQ_006330

answers: 88 percent complete,

answers: NDQ_006331

answers: By late March 2016,

text: Hartwall Arena will be the primary arena for the 2017 ISU World Figure Skating Championships. The ice surface will be 60 m x 30 m. The venue will host all competitions and several practice sessions. The rest of the practice sessions will be at Hartwall Arena Practice Rink (58 m x 28 m) and Pirkkola Ice Rink (for pairs, 60 m x 30 m). Hartwall Arena Main Rink and Practice Rink facilities are in the same venue. Pirkkola Practice Rink is about 4 km from Hartwall Arena.

entity_name: Hartwall Arena

text: Hartwall Arena

text: will be the primary arena for the 2017 ISU World Figure Skating Championships. The ice surface will be 60 m x 30 m. The venue will host all competitions and several practice sessions. The rest of the practice sessions will be at Hartwall Arena Practice Rink (58 m x 28 m) and Pirkkola Ice Rink (for pairs, 60 m x 30 m). Hartwall Arena Main Rink and Practice Rink facilities are in the same venue. Pirkkola Practice Rink is about 4 km from Hartwall Arena.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: NDQ_006328

answers: Venus is a planet in the solar system.

answers: NDQ_006329

answers: craters

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: NDQ_006322

answers: Pirkkola Ice Rink

answers: NDQ_006323

answers: 2017 ISU World Figure Skating Championships.

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: (58 m x 28 m)

answers: NDQ_006326

answers: Pirkkola Practice Rink is about 4 km

answers: NDQ_006327

answers: 2017 ISU World Figure Skating Championships.

answers: NDQ_006328

answers: 2017 ISU World Figure Skating Championships.

answers: NDQ_006329

answers: 4 km from Hartwall Arena.

answers: NDQ_006330

answers: ice surface will be 60 m x 30 m.

answers: NDQ_006331

answers: Hartwall Arena Practice Rink

text: Note: Greatest brilliancy is often confused with "maximum brightness".  Although they are related, they are not quite the same thing.  The "greatest brilliancy" is really a geometric maximum: it occurs when the apparent area of the sunlit part of Venus is greatest.  Only if the luminance of Venus' apparent surface would be constant (i.e. the same at every point and at every phase) would the "greatest brilliancy" of Venus coincide with its maximum brightness.  However, the reflection of sunlight on Venus more closely follows Lambert's law, which means that the maximum brightness occurs at a somewhat larger phase of Venus than its greatest brilliancy.

text: Note: Greatest brilliancy is often confused with "maximum brightness".  Although they are related, they are not quite the same thing.  The "greatest brilliancy" is really a geometric maximum: it occurs when the apparent area of the sunlit part of Venus is greatest.  Only if the

entity_name: Luminance

text: luminance

text: of Venus' apparent surface would be constant (i.e. the same at every point and at every phase) would the "greatest brilliancy" of Venus coincide with its maximum brightness.  However, the reflection of sunlight on Venus more closely follows

entity_name: Lambert's cosine law

text: Lambert's law

text: , which means that the maximum brightness occurs at a somewhat larger

entity_name: Planetary phase

text: phase

text: of Venus than its greatest brilliancy.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: not enough information

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Greatest brilliancy is really a geometric maximum

answers: NDQ_006329

answers: greatest brilliancy

answers: NDQ_006330

answers: Lambert's law

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: geometric maximum:

answers: NDQ_006324

answers: sunlight

answers: NDQ_006325

answers: "greatest brilliancy" is really a geometric maximum:

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: "maximum brightness".

answers: NDQ_006328

answers: "maximum brightness".

answers: NDQ_006329

answers: apparent area of the sunlit part

answers: NDQ_006330

answers: constant

answers: NDQ_006331

answers: Venus

text: Where personal jurisdiction lies in multiple districts, the appropriate venue for the case to be heard is set forth by Virginia statutes, which divides possible venues as "Category A" (preferred) and "Category B" (permissible), and requires that Category B venue may only be used where no Category A venue is available.

text: Where personal jurisdiction lies in multiple districts, the appropriate venue for the case to be heard is set forth by

entity_name: Code of Virginia

text: Virginia statutes

text: , which divides possible venues as "Category A" (preferred) and "Category B" (permissible), and requires that Category B venue may only be used where no Category A venue is available.

method: UvABottomUpChangeOrder

answers: NDQ_006322

answers: Category B

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: Category B

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: Category B

answers: NDQ_006328

answers: Category B

answers: NDQ_006329

answers: Category B

answers: NDQ_006330

answers: Category B

answers: NDQ_006331

answers: NDQ_006322

answers: "Category A"

answers: NDQ_006323

answers: "Category A"

answers: NDQ_006324

answers: Category B venue may only be used where no Category A venue is available.

answers: NDQ_006325

answers: "Category A"

answers: NDQ_006326

answers: Category B venue may only be used where no Category A venue is available.

answers: NDQ_006327

answers: Category B venue may only be used where no Category A venue is available.

answers: NDQ_006328

answers: Category B venue may only be used where no Category A venue is available.

answers: NDQ_006329

answers: Where personal jurisdiction lies in multiple districts,

answers: NDQ_006330

answers: Where personal jurisdiction lies in multiple districts,

answers: NDQ_006331

answers: Category B venue may only be used where no Category A venue is available.

text: The microwave radiometer made three scans of Venus in 35 minutes on December 14, 1962 starting at 18:59 UTC. The first scan was made on the dark side, the second was near the terminator, and the third was located on the light side. The scans with the 19 mm band revealed peak temperatures of 490 ± 11 K on the dark side, 595 ± 12 K near the terminator, and 511 ± 14 K on the light side. It was concluded that there is no significant difference in temperature across Venus. However, the results suggest a limb darkening, an effect which presents cooler temperatures near the edge of the planetary disk and higher temperatures near the center. This also supported the theory that the Venusian surface was extremely hot or the atmosphere optically thick.

text: The microwave radiometer made three scans of Venus in 35 minutes on December 14, 1962 starting at 18:59 UTC. The first scan was made on the dark side, the second was near the terminator, and the third was located on the light side. The scans with the 19 mm band revealed peak temperatures of 490 ± 11 K on the dark side, 595 ± 12 K near the terminator, and 511 ± 14 K on the light side. It was concluded that there is no significant difference in temperature across Venus. However, the results suggest a

entity_name: Limb darkening

text: limb darkening

text: , an effect which presents cooler temperatures near the edge of the planetary disk and higher temperatures near the center. This also supported the theory that the Venusian surface was extremely hot or the atmosphere optically thick.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere optically thick

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: It was concluded that there is no significant difference in temperature

answers: NDQ_006329

answers: It was concluded that there is no significant difference in temperature across Venus

answers: NDQ_006330

answers: It was concluded that there is no significant difference in temperature

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus in 35 minutes on December 14, 1962 starting at 18:59 UTC.

answers: NDQ_006324

answers: atmosphere optically thick.

answers: NDQ_006325

answers: Venus in 35 minutes on December 14, 1962 starting at 18:59 UTC.

answers: NDQ_006326

answers: Venus in 35 minutes on December 14, 1962 starting at 18:59 UTC.

answers: NDQ_006327

answers: Venusian surface was extremely hot or the atmosphere optically thick.

answers: NDQ_006328

answers: there is no significant difference in temperature across Venus.

answers: NDQ_006329

answers: limb darkening,

answers: NDQ_006330

answers: the Venusian surface was extremely hot

answers: NDQ_006331

answers: Venus

text: The 2002 Winter Olympic Games were held in and around Salt Lake City, Utah, United States. The games ran from February 8 to 24, 2002, and the Paralympics from March 7 to 16, 2002. The sporting events were held in ten competitive venues, while non-competitive events, such as the opening ceremony, were held in six other venues. Three venues were also created for training purposes. All Olympic venues were scattered throughout Northern Utah.

text: The

text: 2002 Winter Olympic Games

text: were held in and around

text: Salt Lake City

text: Utah

text: , United States. The games ran from February 8 to 24, 2002, and the

text: Paralympics

text: from March 7 to 16, 2002. The sporting events were held in ten competitive venues, while non-competitive events, such as the opening ceremony, were held in six other venues. Three venues were also created for training purposes. All Olympic venues were scattered throughout

text: Northern Utah

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: all Olympic venues were scattered throughout Northern Utah

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: United States.

answers: NDQ_006323

answers: Utah, United States.

answers: NDQ_006324

answers: ten competitive venues, while non-competitive

answers: NDQ_006325

answers: 2002, and the Paralympics from March 7 to 16, 2002.

answers: NDQ_006326

answers: Salt Lake City, Utah, United States.

answers: NDQ_006327

answers: ten competitive venues, while non-competitive

answers: NDQ_006328

answers: The 2002 Winter Olympic Games were held in and around Salt Lake City,

answers: NDQ_006329

answers: All Olympic venues were scattered throughout Northern Utah.

answers: NDQ_006330

answers: ten competitive venues, while non-competitive

answers: NDQ_006331

answers: February 8 to 24, 2002,

text: The Delhi 2010 Commonwealth Games Organising Committee, whose headquarters was situated in the New Delhi Municipal Council building, was established to organise the event. A total of five venues were newly constructed for the games; the Dr. Karni Singh Shooting Range, the Siri Fort Sports Complex, the Thyagaraj Sports Complex, the Yamuna Sports Complex as well as a rugby sevens facility in Delhi University Stadium. This does not include the two venues—the Indira Gandhi Sports Complex and Jawaharlal Nehru Sports Complex—that received major renovations or an uplift. All other venues had existed prior to the games. The Commonwealth Games Village was a separate non-competitive venue that provided accommodation and activities for the athletes.The largest venue was the Jawaharlal Nehru Sports Complex, which had a capacity of 60,000 during the games. The stadium was the main venue of the games, hosting both the opening and the closing ceremonies. On the other hand, the Central Reserve Police Force (CRPF) Shooting Range located in Kadarpur had the smallest seating capacity, at 345. The days leading up to the games saw numerous concerns and controversies over the readiness and the state of venues of the games, which would continue during the event as new issues surfaced. The matter would receive widespread attention from the media, both local and international.

text: The Delhi 2010 Commonwealth Games Organising Committee, whose headquarters was situated in the

text: New Delhi Municipal Council

text: building, was established to organise the event. A total of five venues were newly constructed for the games; the

text: Dr. Karni Singh Shooting Range

text: , the

text: Siri Fort Sports Complex

text: , the

text: Thyagaraj Sports Complex

text: , the

text: Yamuna Sports Complex

text: as well as a

text: rugby sevens

text: facility in

text: Delhi University Stadium

text: . This does not include the two venues—the

text: Indira Gandhi Sports Complex

text: and

text: Jawaharlal Nehru Sports Complex

text: —that received major renovations or an uplift. All other venues had existed prior to the games. The Commonwealth Games Village was a separate non-competitive venue that provided accommodation and activities for the athletes.The largest venue was the Jawaharlal Nehru Sports Complex, which had a capacity of 60,000 during the games. The stadium was the main venue of the games, hosting both

entity_name: 2010 Commonwealth Games opening ceremony

text: the opening

text: and the

entity_name: 2010 Commonwealth Games closing ceremony

text: closing ceremonies

text: . On the other hand, the

text: Central Reserve Police Force

text: (CRPF) Shooting Range located in Kadarpur had the smallest seating capacity, at 345. The days leading up to the games saw

entity_name: Concerns and controversies over the 2010 Commonwealth Games

text: numerous concerns and controversies

text: over the readiness and the state of venues of the games, which would continue during the event as new issues surfaced. The matter would receive widespread attention from the media, both local and international.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 345.

answers: NDQ_006323

answers: five

answers: NDQ_006324

answers: five

answers: NDQ_006325

answers: The Delhi 2010 Commonwealth Games Organising Committee,

answers: NDQ_006326

answers: 60,000

answers: NDQ_006327

answers: 60,000

answers: NDQ_006328

answers: 60,000

answers: NDQ_006329

answers: 60,000

answers: NDQ_006330

answers: All other venues had existed prior to the games.

answers: NDQ_006331

answers: five venues were newly constructed for the games;

text: Maya astronomical codices include detailed tables for calculating phases of the Moon, the recurrence of eclipses, and the appearance and disappearance of Venus as morning and evening star. The Maya based their calendrics in the carefully calculated cycles of the Pleiades, the Sun, the Moon, Venus, Jupiter, Saturn, Mars, and also they had a precise description of the eclipses as depicted in the Dresden Codex, as well as the ecliptic or zodiac, and the Milky Way was crucial in their Cosmology. A number of important Maya structures are believed to have been oriented toward the extreme risings and settings of Venus. To the ancient Maya, Venus was the patron of war and many recorded battles are believed to have been timed to the motions of this planet. Mars is also mentioned in preserved astronomical codices and early mythology.

text: Maya

text: astronomical

text: codices

text: include detailed tables for calculating

text: phases of the Moon

text: , the recurrence of eclipses, and the appearance and disappearance of

text: Venus

text: as morning and

text: evening star

text: . The Maya based their

text: calendrics

text: in the carefully calculated cycles of the

text: Pleiades

text: , the

text: Sun

text: , the

text: Moon

text: Venus

text: Jupiter

text: Saturn

text: Mars

text: , and also they had a precise description of the eclipses as depicted in the

text: Dresden Codex

text: , as well as the ecliptic or zodiac, and the

text: Milky Way

text: was crucial in their Cosmology. A number of important Maya structures are believed to have been oriented toward the extreme risings and settings of Venus. To the ancient Maya, Venus was the patron of war and many recorded battles are believed to have been timed to the motions of this planet.

text: Mars

text: is also mentioned in preserved astronomical codices and early

text: mythology

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Maya astronomical codices include detailed tables for calculating phases

answers: NDQ_006329

answers: Maya astronomical codices

answers: NDQ_006330

answers: Maya astronomical codices include detailed tables for calculating phases

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mars,

answers: NDQ_006323

answers: Milky Way

answers: NDQ_006324

answers: the Milky Way

answers: NDQ_006325

answers: ecliptic

answers: NDQ_006326

answers: Venus as morning and evening star.

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: extreme risings and settings of Venus.

answers: NDQ_006329

answers: extreme risings and settings

answers: NDQ_006330

answers: Venus.

answers: NDQ_006331

answers: Venus.

text: The troposphere on Venus contains 99% of the atmosphere by mass. Ninety percent of the atmosphere of Venus is within 28 km of the surface; by comparison, 90% of the atmosphere of Earth is within 10 km of the surface. At a height of 50 km the atmospheric pressure is approximately equal to that at the surface of Earth. On the night side of Venus clouds can still be found at 80 km above the surface.

text: The troposphere on Venus contains 99% of the atmosphere by mass. Ninety percent of the atmosphere of Venus is within 28 km of the surface; by comparison, 90% of the atmosphere of Earth is within 10 km of the surface. At a height of 50 km the atmospheric pressure is approximately equal to that at the surface of Earth. On the night side of Venus clouds can still be found at 80 km above the surface.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: None of the above choices are available

answers: NDQ_006329

answers: 99% of the atmosphere by mass

answers: NDQ_006330

answers: 99% of the atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: atmosphere by mass.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: 28 km of the surface;

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: 99% of the atmosphere by mass.

answers: NDQ_006329

answers: Ninety percent of the atmosphere of Venus is within 28 km

answers: NDQ_006330

answers: Ninety percent of the atmosphere of Venus is within 28 km

answers: NDQ_006331

answers: Venus

text: Terraforming Venus requires two major changes; removing most of the planet's dense 9 MPa carbon dioxide atmosphere and reducing the planet's 450 °C (723.15 K) surface temperature. These goals are closely interrelated, because Venus's extreme temperature is thought to be due to the greenhouse effect caused by its dense atmosphere. Sequestering the atmospheric carbon would likely solve the temperature problem as well.

text: Terraforming

text: Venus

text: requires two major changes; removing most of the planet's dense 9

text: MPa

text: carbon dioxide atmosphere and reducing the planet's 450 °C (723.15

text: K

text: ) surface temperature. These goals are closely interrelated, because Venus's extreme temperature is thought to be due to the

text: greenhouse effect

text: caused by its dense atmosphere. Sequestering the atmospheric carbon would likely solve the temperature problem as well.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus's extreme temperature

answers: NDQ_006329

answers: 450 °C

answers: NDQ_006330

answers: 450 °C

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus's extreme temperature

answers: NDQ_006328

answers: Venus's

answers: NDQ_006329

answers: 450 °C (723.15 K) surface temperature.

answers: NDQ_006330

answers: 450 °C (723.15 K) surface temperature.

answers: NDQ_006331

answers: Venus's

text: The Standard Code of Parliamentary Procedure (TSC) treats the motion to adjourn as a privileged motion but under fewer circumstances. Like RONR, TSC considers it a privileged motion (and thus non-debatable) when business is pending. As a privileged motion, however, TSC allows the motion to be amended to a limited extent to establish the time when the interrupted meeting will continue. Unlike under RONR, however, it is considered a main motion (debatable and amendable) when no business is pending.

entity_name: The Standard Code of Parliamentary Procedure

text: The Standard Code of Parliamentary Procedure

text: (TSC) treats the motion to adjourn as a privileged motion but under fewer circumstances. Like RONR, TSC considers it a privileged motion (and thus non-debatable) when business is pending. As a privileged motion, however, TSC allows the motion to be amended to a limited extent to establish the time when the interrupted meeting will continue. Unlike under RONR, however, it is considered a main motion (debatable and amendable) when no business is pending.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: RONR,

answers: NDQ_006323

answers: The Standard Code of Parliamentary Procedure

answers: NDQ_006324

answers: The Standard Code of Parliamentary Procedure

answers: NDQ_006325

answers: non-debatable)

answers: NDQ_006326

answers: The Standard Code of Parliamentary Procedure

answers: NDQ_006327

answers: The Standard Code of Parliamentary Procedure

answers: NDQ_006328

answers: The Standard Code of Parliamentary Procedure

answers: NDQ_006329

answers: The Standard Code of Parliamentary Procedure

answers: NDQ_006330

answers: The Standard Code of Parliamentary Procedure

answers: NDQ_006331

answers: The Standard Code of Parliamentary Procedure

text: the mean velocity of the inhomogeneous moving medium. While the total energy (the sum of the energies of the mean motion and of the wave motion) is conserved for a non-dissipative system, the energy of the wave motion is not conserved, since in general there can be an exchange of energy with the mean motion. However, wave action is a quantity which is conserved for the wave-part of the motion.

text: the mean velocity of the inhomogeneous moving medium. While the total energy (the sum of the energies of the mean motion and of the wave motion) is conserved for a non-dissipative system, the energy of the wave motion is not conserved, since in general there can be an exchange of energy with the mean motion. However, wave action is a quantity which is conserved for the wave-part of the motion.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: NDQ_006328

answers: NDQ_006329

answers: craters

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: NDQ_006322

answers: inhomogeneous moving medium.

answers: NDQ_006323

answers: energy

answers: NDQ_006324

answers: mean velocity of the inhomogeneous moving medium.

answers: NDQ_006325

answers: mean velocity

answers: NDQ_006326

answers: the energy of the wave motion is not conserved,

answers: NDQ_006327

answers: the energy of the wave motion is not conserved,

answers: NDQ_006328

answers: the mean velocity of the inhomogeneous moving medium.

answers: NDQ_006329

answers: mean velocity of the inhomogeneous moving medium.

answers: NDQ_006330

answers: the energy of the wave motion is not conserved,

answers: NDQ_006331

answers: the energy of the wave motion is not conserved,

text: For the Winter Olympics, there are a total of 11 venues starting with the letter 'C', two venues starting with the letter 'D', three venues starting with the letter 'E', two venues starting with the letter 'F', and three letters starting with the letter 'F'.

text: For the

text: Winter Olympics

text: , there are a total of 11

text: venues

text: starting with the letter 'C', two venues starting with the letter 'D', three venues starting with the letter 'E', two venues starting with the letter 'F', and three letters starting with the letter 'F'.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: E

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: E

answers: NDQ_006328

answers: F

answers: NDQ_006329

answers: e

answers: NDQ_006330

answers: F

answers: NDQ_006331

answers: mercury

answers: NDQ_006322

answers: 'E',

answers: NDQ_006323

answers: 'E',

answers: NDQ_006324

answers: 11

answers: NDQ_006325

answers: 'E',

answers: NDQ_006326

answers: 11

answers: NDQ_006327

answers: 11 venues starting with the letter 'C',

answers: NDQ_006328

answers: 11

answers: NDQ_006329

answers: 11 venues starting with the letter 'C',

answers: NDQ_006330

answers: 11 venues starting with the letter 'C',

answers: NDQ_006331

answers: 11 venues starting with the letter 'C',

text: At the time of the bid in 1997, the venues to be used for the 2004 Games were available for 75% of the competition and 92% of the training locations. Venue locations were settled between 1998 and 2003. Construction funding started in 1998 with laws passing in 1999 and 2000 to assist this along. A total of 37 contracts were issued for venue construction and renovation involving three different governmental ministries. Monthly reports were issues to the Athens Organizing Committee (ATHOC) on venue project status, including the use of Gantt charts. Design drawings were completed by December 2002. Accessibility needs for the venues were taken into consideration into their design and construction. ATHOC hired consultants to review the venue design for accessibility. Among the needs considered are keeping corridors flat and free of obstacles, ramps and platforms longer than  with a 5% incline, and larger elevators installed for all personnel involved with the 2004 Games.

text: At the time of the bid in 1997, the venues to be used for the 2004 Games were available for 75% of the competition and 92% of the training locations. Venue locations were settled between 1998 and 2003. Construction funding started in 1998 with laws passing in 1999 and 2000 to assist this along. A total of 37 contracts were issued for venue construction and renovation involving three different governmental ministries. Monthly reports were issues to the Athens Organizing Committee (ATHOC) on venue project status, including the use of

text: Gantt chart

text: s. Design drawings were completed by December 2002.

text: Accessibility

text: needs for the venues were taken into consideration into their design and construction. ATHOC hired consultants to review the venue design for accessibility. Among the needs considered are keeping corridors flat and free of obstacles, ramps and platforms longer than  with a 5% incline, and larger elevators installed for all personnel involved with the 2004 Games.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanism on venus

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 5% incline,

answers: NDQ_006323

answers: three different governmental ministries.

answers: NDQ_006324

answers: 5% incline,

answers: NDQ_006325

answers: 5%

answers: NDQ_006326

answers: 92% of the training locations.

answers: NDQ_006327

answers: 5% incline,

answers: NDQ_006328

answers: 5% incline,

answers: NDQ_006329

answers: 5% incline,

answers: NDQ_006330

answers: 5% incline,

answers: NDQ_006331

answers: At the time of the bid in 1997,

text: He points out that if anything is the centre, it must be the sun not the earth, because all the planets are closer or further away from the earth at different times, Venus and Mars up to eight times. He encourages Simplicio to make a plan of the planets, starting with Venus and Mercury which are easily seen to rotate about the sun. Mars must also go about the sun (as well as the earth) since it is never seen horned, unlike Venus now seen through the telescope; similarly with Jupiter and Saturn. Earth, which is between Mars with a period of two years and Venus with nine months, has a period of a year which may more elegantly be attributed to motion than a state of rest.

text: He points out that if anything is the centre, it must be the sun not the earth, because all the planets are closer or further away from the earth at different times, Venus and Mars up to eight times. He encourages Simplicio to make a plan of the planets, starting with Venus and Mercury which are easily seen to rotate about the sun. Mars must also go about the sun (as well as the earth) since it is never seen

text: horned

text: , unlike Venus now seen through the telescope; similarly with Jupiter and Saturn. Earth, which is between Mars with a period of two years and Venus with nine months, has a period of a year which may more elegantly be attributed to motion than a state of rest.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: about it

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Mars must also go about the sun (as well as the earth)

answers: NDQ_006329

answers: Mars must also go about the sun

answers: NDQ_006330

answers: Earth, which is between Mars with a period of two years and Venus with nine months

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: nine months,

answers: NDQ_006325

answers: eight times.

answers: NDQ_006326

answers: Venus and Mars up to eight times.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: nine months,

answers: NDQ_006329

answers: nine months,

answers: NDQ_006330

answers: Venus now seen through the telescope;

answers: NDQ_006331

answers: Venus and Mercury

text: A design similar to Fuller's Cloud Nine might permit habitation in the upper atmosphere of Venus, where at ground level the temperature is too high and the atmospheric pressure too great. As proposed by Geoffrey A. Landis, the easiest planet (other than Earth) to place floating cities at this point would appear to be Venus. Because the thick carbon dioxide atmosphere is 50% denser than air, breathable air (21:79 Oxygen-Nitrogen mixture) is a lifting gas in the dense Venusian atmosphere, with over 60% of the lifting power that helium has on Earth. In effect, a balloon full of human-breathable air would sustain itself and extra weight (such as a colony) in midair.   This means that any large structure filled with air would float on the carbon dioxide, with the air's natural buoyancy counteracting the weight of the structure itself.

text: A design similar to Fuller's Cloud Nine might permit habitation in the upper atmosphere of

text: Venus

text: , where at ground level the temperature is too high and the

text: atmospheric pressure

text: too great. As proposed by

text: Geoffrey A. Landis

text: , the easiest planet (other than Earth) to place floating cities at this point would appear to be

text: Venus

text: . Because

text: the thick carbon dioxide atmosphere

text: is 50% denser than

text: air

text: , breathable air (21:79 Oxygen-Nitrogen mixture) is a lifting gas in the dense Venusian atmosphere, with over 60% of the lifting power that

text: helium

text: has on Earth. In effect, a

text: balloon

text: full of human-breathable air would sustain itself and extra weight (such as a colony) in midair.   This means that any large structure filled with air would float on the

text: carbon dioxide

text: , with the air's natural buoyancy counteracting the weight of the structure itself.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus has a thick carbon dioxide atmosphere

answers: NDQ_006329

answers: the easiest planet (other than Earth) to place floating cities

answers: NDQ_006330

answers: temperature is too high and the atmospheric pressure too great

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: Earth)

answers: NDQ_006327

answers: the temperature is too high

answers: NDQ_006328

answers: breathable air

answers: NDQ_006329

answers: at ground level the temperature is too high and the atmospheric pressure too great.

answers: NDQ_006330

answers: temperature is too high and the atmospheric pressure too great.

answers: NDQ_006331

answers: Venus,

text: IMRO's members select their three favourite music venues in Ireland. 400 venues are said to be eligible for the awards and included are theatres and public houses. The winning venues are then shortlisted for the IMRO Live Music Venue of the Year Awards. The Hot Press Readers Award for Best Live Music Venue is voted on by the public on the magazine's website. Several factors determine the winners: these include "ambience, staging, sound and lighting, programming, staff and promotion".:

text: IMRO's members select their three favourite music venues in Ireland. 400 venues are said to be eligible for the awards and included are theatres and public houses. The winning venues are then shortlisted for the IMRO Live Music Venue of the Year Awards. The Hot Press Readers Award for Best Live Music Venue is voted on by the public on the magazine's website. Several factors determine the winners: these include "ambience, staging, sound and lighting, programming, staff and promotion".:

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: IMRO's members select their three favourite music venues in Ireland.

answers: NDQ_006323

answers: theatres and public houses.

answers: NDQ_006324

answers: IMRO Live Music Venue of the Year Awards.

answers: NDQ_006325

answers: IMRO's

answers: NDQ_006326

answers: 400

answers: NDQ_006327

answers: IMRO's

answers: NDQ_006328

answers: IMRO Live Music Venue of the Year Awards.

answers: NDQ_006329

answers: 400

answers: NDQ_006330

answers: 400

answers: NDQ_006331

answers: IMRO Live Music Venue of the Year Awards.

text: There was a good deal of interest in the 2004 transit as scientists attempted to measure the pattern of light dimming as Venus blocked out some of the Sun's light, in order to refine techniques that they hope to use in searching for extrasolar planets. Current methods of looking for planets orbiting other stars only work for a few cases: planets that are very large (Jupiter-like, not Earth-like), whose gravity is strong enough to wobble the star sufficiently for us to detect changes in proper motion or Doppler shift changes in radial velocity; Jupiter or Neptune sized planets very close to their parent star whose transit causes changes in the luminosity of the star; or planets which pass in front of background stars with the planet-parent star separation comparable to the Einstein ring and cause gravitational microlensing. Measuring light intensity during the course of a transit, as the planet blocks out some of the light, is potentially much more sensitive, and might be used to find smaller planets. However, extremely precise measurement is needed: for example, the transit of Venus causes the Sun's light to drop by a mere 0.001 magnitude, and the dimming produced by small extrasolar planets will be similarly tiny.

text: There was a good deal of interest in the 2004 transit as scientists attempted to measure the pattern of light dimming as Venus blocked out some of the Sun's light, in order to refine techniques that they hope to use in searching for

text: extrasolar planet

text: s. Current methods of looking for planets orbiting other stars only work for a few cases: planets that are very large (

text: Jupiter

text: -like, not Earth-like), whose

text: gravity

text: is strong enough to wobble the star sufficiently for us to detect changes in

text: proper motion

text: or

text: Doppler shift

text: changes in

text: radial velocity

text: Jupiter or Neptune sized planets

text: very close to their parent star whose transit causes changes in the luminosity of the star; or planets which pass in front of background stars with the planet-parent star separation comparable to the

text: Einstein ring

text: and cause

text: gravitational microlensing

text: . Measuring light intensity during the course of a transit, as the planet blocks out some of the light, is potentially much more sensitive, and might be used to find smaller planets. However, extremely precise measurement is needed: for example, the transit of Venus causes the Sun's light to drop by a mere 0.001

text: magnitude

text: , and the dimming produced by small extrasolar planets will be similarly tiny.

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: extremely precise measurement is needed

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: (Jupiter-like,

answers: NDQ_006323

answers: (Jupiter-like, not Earth-like),

answers: NDQ_006324

answers: extrasolar planets.

answers: NDQ_006325

answers: (Jupiter-like,

answers: NDQ_006326

answers: Jupiter or Neptune sized planets very close to their parent star

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Doppler shift changes in radial velocity;

answers: NDQ_006329

answers: Einstein ring

answers: NDQ_006330

answers: 0.001 magnitude,

answers: NDQ_006331

answers: Venus

text: A runaway greenhouse effect involving carbon dioxide and water vapor may have occurred on Venus. In this scenario, early Venus may have had a global ocean. As the brightness of the early Sun increased, the amount of water vapor in the atmosphere increased, increasing the temperature and consequently increasing the evaporation of the ocean, leading eventually to the situation in which the oceans boiled, and all of the water vapor entered the atmosphere. On Venus today there is little water vapor in the atmosphere. If water vapor did contribute to the warmth of Venus at one time, this water is thought to have escaped to space. Some evidence for this scenario comes from the extremely high deuterium to hydrogen ratio in Venus' atmosphere, roughly 150 times that of Earth, since light hydrogen would escape from the atmosphere more readily than its heavier isotope, deuterium.  Venus is sufficiently strongly heated by the Sun that water vapor can rise much higher in the atmosphere and be split into hydrogen and oxygen by ultraviolet light. The hydrogen can then escape from the atmosphere and the oxygen recombines. Carbon dioxide, the dominant greenhouse gas in the current Venusian atmosphere, owes its larger concentration to the weakness of carbon recycling as compared to Earth, where the carbon dioxide emitted from volcanoes is efficiently subducted into the Earth by plate tectonics on geologic time scales.

text: A runaway greenhouse effect involving carbon dioxide and water vapor may have occurred on

text: Venus

text: . In this scenario, early Venus may have had a global ocean. As the brightness of the early Sun increased, the amount of water vapor in the atmosphere increased, increasing the temperature and consequently increasing the evaporation of the ocean, leading eventually to the situation in which the oceans boiled, and all of the water vapor entered the atmosphere. On Venus today there is little water vapor in the atmosphere. If water vapor did contribute to the warmth of Venus at one time, this water is thought to have escaped to space. Some evidence for this scenario comes from the extremely high deuterium to hydrogen ratio in Venus' atmosphere, roughly 150 times that of Earth, since light hydrogen would escape from the atmosphere more readily than its heavier

text: isotope

text: deuterium

text: .  Venus is sufficiently strongly heated by the Sun that water vapor can rise much higher in the atmosphere and be split into

text: hydrogen

text: and

text: oxygen

text: by ultraviolet light. The hydrogen can then escape from the atmosphere and the oxygen recombines. Carbon dioxide, the dominant greenhouse gas in the current Venusian atmosphere, owes its larger concentration to the weakness of carbon recycling as compared to

text: Earth

text: , where the carbon dioxide emitted from volcanoes is efficiently

text: subducted

text: into the Earth by plate tectonics on geologic time scales.

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: water vapor

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Carbon dioxide, the dominant greenhouse gas in the current Venusian atmosphere, owes its larger concentration to the weakness of carbon recycling

answers: NDQ_006329

answers: a global ocean

answers: NDQ_006330

answers: carbon dioxide emitted from volcanoes is efficiently subducted into the Earth

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: deuterium

answers: NDQ_006324

answers: water vapor

answers: NDQ_006325

answers: 150 times

answers: NDQ_006326

answers: Earth,

answers: NDQ_006327

answers: 150 times that of Earth,

answers: NDQ_006328

answers: volcanoes

answers: NDQ_006329

answers: early Venus may have had a global ocean.

answers: NDQ_006330

answers: there is little water vapor in the atmosphere.

answers: NDQ_006331

answers: Venus.

text: If the Earth were an airless world like the Moon, the above calculations would be accurate. However, Earth has an atmosphere of air, whose density and refractive index vary considerably depending on the temperature and pressure. This makes the air refract light to varying extents, affecting the appearance of the horizon. Usually, the density of the air just above the surface of the Earth is greater than its density at greater altitudes. This makes its refractive index greater near the surface than higher, which causes light that is travelling roughly horizontally to be refracted downward. This makes the actual distance to the horizon greater than the distance calculated with geometrical formulas. With standard atmospheric conditions, the difference is about 8%. This changes the factor of 3.57, in the metric formulas used above, to about 3.86. This correction can be, and often is, applied as a fairly good approximation when conditions are close to standard. When conditions are unusual, this approximation  fails. Refraction is strongly affected by temperature gradients, which can vary considerably from day to day, especially over water. In extreme cases, usually in springtime, when warm air overlies cold water, refraction can allow light to follow the Earth's surface for hundreds of kilometres. Opposite conditions occur, for example, in deserts, where the surface is very hot, so hot, low-density air is below cooler air. This causes light to be refracted upward, causing mirage effects that make the concept of the horizon somewhat meaningless. Calculated values for the effects of refraction under unusual conditions are therefore only approximate. Nevertheless, attempts have been made to calculate them more accurately than the simple approximation described above.

text: If the Earth were an airless world like the Moon, the above calculations would be accurate. However, Earth has an atmosphere of air, whose density and refractive index vary considerably depending on the temperature and pressure. This makes the air refract light to varying extents, affecting the appearance of the horizon. Usually, the density of the air just above the surface of the Earth is greater than its density at greater altitudes. This makes its

text: refractive index

text: greater near the surface than higher, which causes light that is travelling roughly horizontally to be refracted downward. This makes the actual distance to the horizon greater than the distance calculated with geometrical formulas. With standard atmospheric conditions, the difference is about 8%. This changes the factor of 3.57, in the metric formulas used above, to about 3.86. This correction can be, and often is, applied as a fairly good approximation when conditions are close to standard. When conditions are unusual, this approximation  fails. Refraction is strongly affected by temperature gradients, which can vary considerably from day to day, especially over water. In extreme cases, usually in springtime, when warm air overlies cold water, refraction can allow light to follow the Earth's surface for hundreds of kilometres. Opposite conditions occur, for example, in deserts, where the surface is very hot, so hot, low-density air is below cooler air. This causes light to be refracted upward, causing

text: mirage

text: effects that make the concept of the horizon somewhat meaningless. Calculated values for the effects of refraction under unusual conditions are therefore only approximate. Nevertheless, attempts have been made to calculate them more accurately than the simple approximation described above.

answers: NDQ_006322

answers: Moon

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: the Moon,

answers: NDQ_006323

answers: water.

answers: NDQ_006324

answers: warm air overlies cold water,

answers: NDQ_006325

answers: temperature gradients,

answers: NDQ_006326

answers: refraction can allow light to follow the Earth's surface

answers: NDQ_006327

answers: warm air

answers: NDQ_006328

answers: approximate.

answers: NDQ_006329

answers: warm air overlies cold water,

answers: NDQ_006330

answers: Earth's surface for hundreds of kilometres.

answers: NDQ_006331

answers: warm air overlies cold water,

text: For the Winter Olympics, there are six venues starting with the letter 'H', five venues starting with the letter 'I', three venues starting with the letter 'J', and ten venues starting with the letter 'K'.

text: For the

text: Winter Olympics

text: , there are six

text: venues

text: starting with the letter 'H', five venues starting with the letter 'I', three venues starting with the letter 'J', and ten venues starting with the letter 'K'.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: I

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: NDQ_006327

answers: J

answers: NDQ_006328

answers: J

answers: NDQ_006329

answers: J

answers: NDQ_006330

answers: I

answers: NDQ_006331

answers: NDQ_006322

answers: 'I',

answers: NDQ_006323

answers: 'I',

answers: NDQ_006324

answers: six venues starting with the letter 'H',

answers: NDQ_006325

answers: six venues starting with the letter 'H',

answers: NDQ_006326

answers: ten venues starting with the letter 'K'.

answers: NDQ_006327

answers: ten venues starting with the letter 'K'.

answers: NDQ_006328

answers: ten venues starting with the letter 'K'.

answers: NDQ_006329

answers: ten venues starting with the letter 'K'.

answers: NDQ_006330

answers: six venues starting with the letter 'H',

answers: NDQ_006331

answers: ten venues starting with the letter 'K'.

text: The following is a partial list of former theatres in Boston, Massachusetts, United States. It includes multi-purpose public spaces that functioned at least in part as venues for theatrical performances, including vaudeville. Most venues also served at one time or another as concert halls, lecture halls, meeting spaces, etc. Some operated as dime museums, and some as motion picture houses. Some of the buildings that formerly housed theatres have survived to the present day. However, most of the buildings no longer exist.

text: The following is a partial list of former theatres in

text: Boston

text: Massachusetts

text: , United States. It includes multi-purpose public spaces that functioned at least in part as venues for theatrical performances, including vaudeville. Most venues also served at one time or another as concert halls, lecture halls, meeting spaces, etc. Some operated as dime museums, and some as motion picture houses. Some of the buildings that formerly housed theatres have survived to the present day. However, most of the buildings no longer exist.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: NDQ_006322

answers: Boston, Massachusetts, United States.

answers: NDQ_006323

answers: dime museums,

answers: NDQ_006324

answers: most of the buildings no longer exist.

answers: NDQ_006325

answers: Massachusetts, United States.

answers: NDQ_006326

answers: most of the buildings no longer exist.

answers: NDQ_006327

answers: a partial list of former theatres in Boston, Massachusetts, United States.

answers: NDQ_006328

answers: most of the buildings no longer exist.

answers: NDQ_006329

answers: most of the buildings no longer exist.

answers: NDQ_006330

answers: most of the buildings no longer exist.

answers: NDQ_006331

answers: a partial list of former theatres in Boston, Massachusetts, United States.

text: According to the United States Department of Labor, ushers, lobby attendants and ticket takers earn an average wage of $8.41 an hour and $17,500 a year. Approximately 102,000 are employed in this line of work. Most of these workers are employed by the motion picture and video industries, secondly they work in the performing arts and sporting events venues.

text: According to the

text: United States Department of Labor

text: , ushers, lobby attendants and ticket takers earn an average wage of $8.41 an hour and $17,500 a year. Approximately 102,000 are employed in this line of work. Most of these workers are employed by the motion picture and video industries, secondly they work in the performing arts and sporting events venues.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: nuclei

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: $8.41

answers: NDQ_006323

answers: $8.41

answers: NDQ_006324

answers: $8.41 an hour

answers: NDQ_006325

answers: $8.41

answers: NDQ_006326

answers: ushers, lobby attendants and ticket takers

answers: NDQ_006327

answers: $8.41 an hour and $17,500 a year.

answers: NDQ_006328

answers: ushers, lobby attendants and ticket takers

answers: NDQ_006329

answers: $8.41 an hour and $17,500 a year.

answers: NDQ_006330

answers: ushers, lobby attendants and ticket takers

answers: NDQ_006331

answers: $8.41 an hour and $17,500 a year.

text: Category:Indoor arenas in RomaniaCategory:Sports venues in Cluj-Napoca Category:Handball venues in RomaniaCategory:Basketball venues in RomaniaCategory:Music venues in RomaniaCategory:Buildings and structures in Cluj-Napoca

text: Category:Indoor arenas in Romania

text: Category:Sports venues in Cluj-Napoca

text: Category:Handball venues in Romania

text: Category:Basketball venues in Romania

text: Category:Music venues in Romania

entity_name: Category:Buildings and structures in Cluj-Napoca

text: Category:Buildings and structures in Cluj-Napoca

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: Astronomical observatory

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Category:Astronomy

answers: NDQ_006329

answers: Venus is a planet in the solar system

answers: NDQ_006330

answers: is made of iron

answers: NDQ_006331

answers: Astronomy

answers: NDQ_006322

answers: RomaniaCategory:Sports venues in Cluj-Napoca

answers: NDQ_006323

answers: Category:Indoor arenas in RomaniaCategory:Sports

answers: NDQ_006324

answers: Category:Indoor arenas

answers: NDQ_006325

answers: RomaniaCategory:Sports venues in Cluj-Napoca

answers: NDQ_006326

answers: RomaniaCategory:Sports venues in Cluj-Napoca

answers: NDQ_006327

answers: RomaniaCategory:Sports venues in Cluj-Napoca

answers: NDQ_006328

answers: RomaniaCategory:Sports venues in Cluj-Napoca

answers: NDQ_006329

answers: RomaniaCategory:Buildings and structures in Cluj-Napoca

answers: NDQ_006330

answers: RomaniaCategory:Sports venues in Cluj-Napoca

answers: NDQ_006331

answers: RomaniaCategory:Sports venues in Cluj-Napoca

text: The primary source of rain in the Sahara is the Intertropical Convergence Zone, a continuous belt of low-pressure systems near the equator which bring the brief, short and irregular rainy season to the Sahel and southern Sahara. Rainfall in this giant desert has to overcome the physical and atmospheric barriers that normally prevent the production of precipitation. The harsh climate of the Sahara is characterized by extremely low, unreliable, highly erratic rainfall; extremely high sunshine duration values; high temperatures year-round; negligible rates of relative humidity, a significant diurnal temperature variation and extremely high levels of potential evaporation which are the highest recorded worldwide.

text: The primary source of rain in the Sahara is the

text: Intertropical Convergence Zone

text: , a continuous belt of low-pressure systems near the equator which bring the brief, short and irregular

text: rainy season

text: to the

text: Sahel

text: and southern Sahara. Rainfall in this giant desert has to overcome the physical and atmospheric barriers that normally prevent the production of precipitation. The harsh climate of the Sahara is characterized by extremely low, unreliable, highly erratic rainfall; extremely high sunshine duration values; high temperatures year-round; negligible rates of

text: relative humidity

text: , a significant

text: diurnal temperature variation

text: and extremely high levels of

text: potential evaporation

text: which are the highest recorded worldwide.

answers: NDQ_006322

answers: the sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: precipitation

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: equator

answers: NDQ_006323

answers: low-pressure systems near the equator

answers: NDQ_006324

answers: low-pressure systems

answers: NDQ_006325

answers: equator

answers: NDQ_006326

answers: near the equator

answers: NDQ_006327

answers: equator

answers: NDQ_006328

answers: low-pressure systems near the equator

answers: NDQ_006329

answers: equator

answers: NDQ_006330

answers: equator

answers: NDQ_006331

answers: high temperatures year-round;

text: Motion is a motion graphics and  compositing application similar in some ways to After Effects and Nuke. With version 3, Apple added 3D compositing, vector paint, and motion tracking to Motion's toolbox. This added power, plus the GPU accelerated nature of Motion, allows it to be seen as an alternative to those packages for titling and simple animation projects.

text: Motion is a motion graphics and

text: compositing

text: application similar in some ways to

text: After Effects

text: and

text: Nuke

text: . With version 3, Apple added 3D compositing, vector paint, and

text: motion tracking

text: to Motion's toolbox. This added power, plus the GPU accelerated nature of Motion, allows it to be seen as an alternative to those packages for titling and simple animation projects.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Motion

answers: NDQ_006323

answers: 3D

answers: NDQ_006324

answers: 3D

answers: NDQ_006325

answers: 3D

answers: NDQ_006326

answers: Motion

answers: NDQ_006327

answers: Motion is a motion graphics and compositing

answers: NDQ_006328

answers: Motion

answers: NDQ_006329

answers: Motion

answers: NDQ_006330

answers: Motion

answers: NDQ_006331

answers: Motion

text: DAVINCI would study the chemical composition of Venus' atmosphere during descent.  The DAVINCI probe would travel through the Venus atmosphere, sampling the air, and returning measurements down to the surface.  These measurements are important to understanding the origin of the Venus atmosphere, how it has evolved, and how and why it is different from Earth and Mars. DAVINCI’s measurements would reveal the history of water on Venus and the chemical processes at work in the unexplored lower atmosphere. Before it reaches the surface, the DAVINCI probe would take the first ever photos of the planet’s intriguing, ridged terrain (“tesserae”) to explore its origin and tectonic, volcanic, and weathering history.

text: DAVINCI would study the chemical composition of Venus' atmosphere during descent.  The DAVINCI probe would travel through the Venus atmosphere, sampling the air, and returning measurements down to the surface.  These measurements are important to understanding the origin of the Venus atmosphere, how it has evolved, and how and why it is different from Earth and Mars. DAVINCI’s measurements would reveal the history of water on Venus and the chemical processes at work in the unexplored lower atmosphere. Before it reaches the surface, the DAVINCI probe would take the first ever photos of the planet’s intriguing, ridged terrain (“

text: tesserae

text: ”) to explore its origin and tectonic, volcanic, and weathering history.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: it is different from Earth and Mars

answers: NDQ_006328

answers: tectonic, volcanic

answers: NDQ_006329

answers: ridged terrain

answers: NDQ_006330

answers: ridged terrain (“tesserae”)

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mars.

answers: NDQ_006323

answers: water

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: Mars.

answers: NDQ_006326

answers: ridged terrain (“tesserae”)

answers: NDQ_006327

answers: Venus'

answers: NDQ_006328

answers: tectonic, volcanic, and weathering history.

answers: NDQ_006329

answers: ridged terrain

answers: NDQ_006330

answers: ridged terrain (“tesserae”)

answers: NDQ_006331

answers: Venus'

text: |team1=Australia|team2=Belgium|venue=Burswood Entertainment Complex, Perth|date=1 January 2011|AWST]] (UTC+8)|surface=hard (indoors)|score1= 2|score2= 1|R1=|R2=|R3=}}

text: Burswood Entertainment Complex

text: Perth

text: |date=1 January 2011|AWST]] (

text: )|surface=hard (indoors)|score1= 2|score2= 1|R1=|R2=|R3=}}

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is so far away

answers: NDQ_006327

answers: Venus is a planet in the solar system

answers: NDQ_006328

answers: venus is a planet

answers: NDQ_006329

answers: venus is a planet in the solar system

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: mercury is the 2nd hottest planet in the solar system

answers: NDQ_006322

answers: |team1=Australia|team2=Belgium|venue=Burswood

answers: NDQ_006323

answers: |team1=Australia|team2=Belgium|venue=Burswood

answers: NDQ_006324

answers: |team1=Australia|team2=Belgium|venue=Burswood

answers: NDQ_006325

answers: (UTC+8)|surface=hard (indoors)|score1= 2|score2=

answers: NDQ_006326

answers: |team1=Australia|team2=Belgium|venue=Burswood

answers: NDQ_006327

answers: |team1=Australia|team2=Belgium|venue=Burswood

answers: NDQ_006328

answers: Perth|date=1 January 2011|AWST]] (UTC+8)|surface=hard

answers: NDQ_006329

answers: (UTC+8)|surface=hard

answers: NDQ_006330

answers: (UTC+8)|surface=hard (indoors)|score1=

answers: NDQ_006331

answers: |team1=Australia|team2=Belgium|venue=Burswood

text: Secondary animation also known as secondary motion, is used to refer to flat motions that are generated as a reaction to the movement of primary motion by a character. It is significant in animation because it amplifies the character's motion via effects that appear to be driven by the motion, i.e. it makes the character's motion seem natural. Examples of secondary motion include the rippling of water, swish of a cloak, or jiggle of body parts when a person is moving. These passive effects have many degrees of freedom, and complex interactions with characters, thus making them hard to animate by hand (hand animation),or via computer software.

text: Secondary

text: animation

text: also known as secondary motion, is used to refer to flat motions that are generated as a reaction to the movement of primary motion by a character. It is significant in animation because it amplifies the character's motion via effects that appear to be driven by the motion, i.e. it makes the character's motion seem natural. Examples of secondary motion include the rippling of water, swish of a cloak, or jiggle of body parts when a person is moving. These passive effects have many degrees of freedom, and complex interactions with characters, thus making them hard to animate by hand (hand animation),or via computer software.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: secondary motion

answers: NDQ_006328

answers: secondary animation

answers: NDQ_006329

answers: secondary motion

answers: NDQ_006330

answers: rippling

answers: NDQ_006331

answers: NDQ_006322

answers: water,

answers: NDQ_006323

answers: water,

answers: NDQ_006324

answers: water,

answers: NDQ_006325

answers: Secondary animation also known as secondary motion,

answers: NDQ_006326

answers: Secondary animation

answers: NDQ_006327

answers: Secondary animation

answers: NDQ_006328

answers: rippling of water,

answers: NDQ_006329

answers: Secondary animation

answers: NDQ_006330

answers: rippling of water,

answers: NDQ_006331

answers: Secondary animation

text: The surface of Venus is dominated by volcanic features and has more volcanoes than any other planet in the Solar System. It has a surface that is 90% basalt, and about 65% of the planet consists of a mosaic of volcanic lava plains, indicating that volcanism played a major role in shaping its surface. There are more than 1000 volcanic structures and possible periodic resurfacing of Venus by floods of lava. The planet may have had a major global resurfacing event about 500 million years ago, from what scientists can tell from the density of impact craters on the surface. Venus has a carbon dioxide rich atmosphere, with a density that is 90 times greater than Earth.

text: The surface of

text: Venus

text: is dominated by volcanic features and has more volcanoes than any other

text: planet

text: in the

text: Solar System

text: . It has a surface that is 90%

text: basalt

text: , and about 65% of the planet consists of a mosaic of volcanic

text: lava

text: plains, indicating that volcanism played a major role in shaping its surface. There are more than 1000 volcanic structures and possible periodic resurfacing of Venus by floods of lava. The planet may have had a major global resurfacing event about 500 million years ago, from what scientists can tell from the density of impact craters on the surface. Venus has a carbon dioxide rich atmosphere, with a density that is 90 times greater than Earth.

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: 65% of the planet consists of a mosaic of volcanic lava plains

answers: NDQ_006329

answers: volcanic lava plains

answers: NDQ_006330

answers: has more volcanoes than any other planet in the Solar System

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: basalt,

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: 90 times greater

answers: NDQ_006326

answers: Solar System.

answers: NDQ_006327

answers: carbon dioxide rich atmosphere,

answers: NDQ_006328

answers: volcanism played a major role in shaping its surface.

answers: NDQ_006329

answers: volcanic lava plains,

answers: NDQ_006330

answers: density of impact craters on the surface.

answers: NDQ_006331

answers: Venus

text: The ability of a subject to detect coherent motion is commonly tested using motion coherence discrimination tasks. For these tasks, dynamic random-dot patterns (also called random dot kinematograms) are used that consist in 'signal' dots moving in one direction and 'noise' dots moving in random directions. The sensitivity to motion coherence is assessed by measuring the ratio of 'signal' to 'noise' dots required to determine the coherent motion direction. The required ratio is called the motion coherence threshold.

text: The ability of a subject to detect coherent motion is commonly tested using motion coherence discrimination tasks. For these tasks, dynamic random-dot patterns (also called random dot kinematograms) are used that consist in 'signal' dots moving in one direction and 'noise' dots moving in random directions. The sensitivity to motion coherence is assessed by measuring the ratio of 'signal' to 'noise' dots required to determine the coherent motion direction. The required ratio is called the motion coherence threshold.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: motion coherence

answers: NDQ_006328

answers: NDQ_006329

answers: motion coherence

answers: NDQ_006330

answers: motion coherence

answers: NDQ_006331

answers: NDQ_006322

answers: random dot kinematograms)

answers: NDQ_006323

answers: random dot kinematograms)

answers: NDQ_006324

answers: random-dot patterns

answers: NDQ_006325

answers: one direction

answers: NDQ_006326

answers: The ability of a subject to detect coherent motion

answers: NDQ_006327

answers: random dot kinematograms)

answers: NDQ_006328

answers: random dot kinematograms)

answers: NDQ_006329

answers: random dot kinematograms)

answers: NDQ_006330

answers: random dot kinematograms)

answers: NDQ_006331

answers: random dot kinematograms)

text: The theater operated as both a first-run and second-run venue for motion pictures, and has been extensively renovated and redesigned during its history. The theater currently hosts cultural events, private parties, and functions as the primary venue for the professional wrestling promotion Intermountain Wrestling Revolution.

text: The theater operated as both a first-run and second-run venue for

text: motion picture

text: s, and has been extensively renovated and redesigned during its history. The theater currently hosts cultural events, private parties, and functions as the primary venue for the

text: professional wrestling

text: promotion

text: Intermountain Wrestling Revolution

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: The theater operated as both a first-run and second-run venue

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Intermountain

answers: NDQ_006323

answers: Intermountain Wrestling Revolution.

answers: NDQ_006324

answers: The theater

answers: NDQ_006325

answers: first-run and second-run

answers: NDQ_006326

answers: Intermountain Wrestling Revolution.

answers: NDQ_006327

answers: professional wrestling promotion Intermountain Wrestling Revolution.

answers: NDQ_006328

answers: The theater operated as both a first-run and second-run

answers: NDQ_006329

answers: redesigned during its history.

answers: NDQ_006330

answers: Intermountain Wrestling Revolution.

answers: NDQ_006331

answers: Intermountain Wrestling Revolution.

text: Traveling to Mercury requires an extremely large velocity change (see delta-v) because Mercury's orbit is deep in the Sun's gravity well.  On a direct course from Earth to Mercury, a spacecraft is constantly accelerated as it falls toward the Sun, and will arrive at Mercury with a velocity too high to achieve orbit without excessive use of fuel. For planets with an atmosphere, such as Venus and Mars, spacecraft can minimize their fuel consumption upon arrival by using friction with the atmosphere to enter orbit (aerocapture), or can briefly fire their rocket engines to enter into orbit followed by a reduction of the orbit by aerobraking. However, the tenuous atmosphere of Mercury is far too thin for these maneuvers.  Instead, MESSENGER extensively used gravity assist maneuvers at Earth, Venus, and Mercury to reduce the speed relative to Mercury, then used its large rocket engine to enter into an elliptical orbit around the planet.  The multi-flyby process greatly reduced the amount of propellant necessary to slow the spacecraft, but at the cost of prolonging the trip by many years and to a total distance of 4.9 billion miles.

text: Traveling to Mercury requires an extremely large velocity change (see

text: delta-v

text: ) because Mercury's orbit is deep in the Sun's

text: gravity well

text: .  On a direct course from Earth to Mercury, a spacecraft is constantly accelerated as it falls toward the Sun, and will arrive at Mercury with a velocity too high to achieve orbit without excessive use of fuel. For planets with an atmosphere, such as

text: Venus

text: and

text: Mars

text: , spacecraft can minimize their fuel consumption upon arrival by using friction with the atmosphere to enter orbit (

text: aerocapture

text: ), or can briefly fire their rocket engines to enter into orbit followed by a reduction of the orbit by

text: aerobraking

text: . However, the tenuous

text: atmosphere of Mercury

text: is far too thin for these maneuvers.  Instead, MESSENGER extensively used

text: gravity assist

text: maneuvers at Earth, Venus, and Mercury to reduce the speed relative to Mercury, then used its large rocket engine to enter into an elliptical orbit around the planet.  The multi-flyby process greatly reduced the amount of propellant necessary to slow the spacecraft, but at the cost of prolonging the trip by many years and to a total distance of 4.9 billion miles.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: For planets with an atmosphere

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: For planets with an atmosphere, such as Venus and Mars, spacecraft can minimize their fuel consumption upon arrival

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: atmosphere,

answers: NDQ_006324

answers: atmosphere,

answers: NDQ_006325

answers: elliptical

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: atmosphere,

answers: NDQ_006329

answers: atmosphere,

answers: NDQ_006330

answers: atmosphere,

answers: NDQ_006331

answers: Venus

text: On 8 June 1975 a Proton launched the Venera 9 to Venus. It consisted of an orbiter based on the Mars 2 design, and a lander which was sent the first pictured from the surface of Venus.

text: On 8 June 1975 a Proton launched the

text: Venera 9

text: to

text: Venus

text: . It consisted of an orbiter based on the

text: Mars 2

text: design, and a lander which was sent the first pictured from the surface of Venus.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: NDQ_006330

answers: surface of Venus

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: Proton

answers: NDQ_006324

answers: Mars 2

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: lander

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: Venus.

answers: NDQ_006329

answers: Venus.

answers: NDQ_006330

answers: a lander which was sent the first pictured from the surface of Venus.

answers: NDQ_006331

answers: Venus.

text: Ten probes from the Venera series successfully landed on Venus and transmitted data from the surface of Venus, including the two Vega program and Venera-Halley probes. In addition, thirteen Venera probes successfully transmitted data from the atmosphere of Venus.

text: Ten probes from the Venera series successfully landed on Venus and transmitted data from the

text: surface of Venus

text: , including the two

text: Vega program

text: and

text: Venera-Halley probe

text: s. In addition, thirteen Venera probes successfully transmitted data from the

text: atmosphere of Venus

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: surface of Venus

answers: NDQ_006330

answers: yes

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venera series

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus and transmitted data from the surface of Venus,

answers: NDQ_006327

answers: thirteen Venera probes successfully transmitted data from the atmosphere of Venus.

answers: NDQ_006328

answers: Ten probes from the Venera series successfully landed on Venus

answers: NDQ_006329

answers: surface of Venus,

answers: NDQ_006330

answers: transmitted data from the surface of Venus,

answers: NDQ_006331

answers: Venus

text: The surface of Venus is dominated by geologic features that include volcanoes, large impact craters, and aeolian erosion and sedimentation landforms. Venus has a topography reflecting its single, strong crustal plate, with a unimodal elevation distribution (over 90% of the surface lies within an elevation of -1.0 and 2.5 km) that preserves geologic structures for long periods of time. Studies of the Venusian surface are based on imaging, radar, and altimetry data collected from several exploratory space probes, particularly Magellan, since 1961 (see Venus Exploration). Despite its similarities to Earth in size, mass, density, and possibly composition, Venus has a unique geology that is unlike Earth's. Although much older than Earth's, the surface of Venus is relatively young compared to other terrestrial planets (<500 million years old), possibly due to a global-scale resurfacing event that buried much of the previous rock record. Venus is believed to have approximately the same bulk elemental composition as Earth, due to the physical similarities, but the exact composition is unknown. The surface conditions on Venus are more extreme than on Earth, with temperatures ranging from 453 to 473 °C and pressures of 95 bar. Venus lacks water, which makes crustal rock stronger and helps preserve surface features. The features observed provide evidence for the geological processes at work. Twenty feature types have been categorized thus far. These classes include local features, such as craters, coronae, and undae, as well as regional-scale features, such as planitiae, plana, and tesserae.

text: The surface of

text: Venus

text: is dominated by geologic features that include volcanoes, large impact craters, and aeolian erosion and sedimentation landforms. Venus has a topography reflecting its single, strong crustal plate, with a unimodal elevation distribution (over 90% of the surface lies within an elevation of -1.0 and 2.5 km) that preserves geologic structures for long periods of time. Studies of the Venusian surface are based on imaging,

text: radar

text: , and

text: altimetry

text: data collected from several exploratory

text: space probe

text: s, particularly

text: Magellan

text: , since 1961 (see

text: Venus Exploration

text: ). Despite its similarities to Earth in size, mass, density, and possibly composition, Venus has a unique geology that is unlike Earth's. Although much older than Earth's, the surface of Venus is relatively young compared to other terrestrial planets (<500 million years old), possibly due to a global-scale resurfacing event that buried much of the previous rock record. Venus is believed to have approximately the same bulk elemental composition as Earth, due to the physical similarities, but the exact composition is unknown. The surface conditions on Venus are more extreme than on Earth, with temperatures ranging from 453 to 473 °C and pressures of 95 bar. Venus lacks water, which makes crustal rock stronger and helps preserve surface features. The features observed provide evidence for the geological processes at work. Twenty feature types have been categorized thus far. These classes include local features, such as craters, coronae, and undae, as well as regional-scale features, such as planitiae, plana, and tesserae.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: Venus lacks water

answers: NDQ_006325

answers: much faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: The surface of Venus is dominated by geologic features that include volcanoes

answers: NDQ_006329

answers: unimodal elevation distribution

answers: NDQ_006330

answers: is dominated by geologic features

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: crustal rock

answers: NDQ_006324

answers: Venus lacks water,

answers: NDQ_006325

answers: older

answers: NDQ_006326

answers: Venus are more extreme than on Earth,

answers: NDQ_006327

answers: 95 bar.

answers: NDQ_006328

answers: volcanoes,

answers: NDQ_006329

answers: its single, strong crustal plate,

answers: NDQ_006330

answers: imaging, radar, and altimetry data

answers: NDQ_006331

answers: Venus

text: Main Article: Magellan (spacecraft), Synthetic aperture radarThe surface of Venus was mapped in detail by the Magellan Spacecraft in 1990-91. The spacecraft orbited around Venus and captured images of the adjacent surface. During three orbits, the surface image were transmitted back to the Earth. These three orbiting motions of the spacecraft are called cycle 1, 2 and 3.

text: Main Article:

text: Magellan (spacecraft)

text: Synthetic aperture radar

text: The surface of Venus was mapped in detail by the Magellan Spacecraft in 1990-91. The spacecraft orbited around Venus and captured images of the adjacent surface. During three orbits, the surface image were transmitted back to the

text: Earth

text: . These three orbiting motions of the spacecraft are called cycle 1, 2 and 3.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: sand

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: The surface image were transmitted back to the Earth

answers: NDQ_006330

answers: The surface of Venus was mapped in detail

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: Synthetic aperture radarThe

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: adjacent surface.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: cycle 1, 2 and 3.

answers: NDQ_006329

answers: Magellan Spacecraft in 1990-91.

answers: NDQ_006330

answers: Magellan Spacecraft in 1990-91.

answers: NDQ_006331

answers: Venus

text: On long timescales, atmospheric  concentration is determined by the balance among geochemical processes including organic carbon burial in sediments, silicate rock weathering, and volcanism. The net effect of slight imbalances in the carbon cycle over tens to hundreds of millions of years has been to reduce atmospheric . On a timescale of billions of years, such downward trend appears bound to continue indefinitely as occasional massive historical releases of buried carbon due to volcanism will become less frequent (as earth mantle cooling and progressive exhaustion of  internal radioactive heat proceeds further). The rates of these processes are extremely slow; hence they are of no relevance to the atmospheric  concentration over the next hundreds or thousands of years.

text: On long timescales, atmospheric  concentration is determined by the balance among

text: geochemical processes

text: including organic carbon burial in sediments, silicate rock

text: weathering

text: , and

text: volcanism

text: . The net effect of slight imbalances in the

text: carbon cycle

text: over tens to hundreds of millions of years has been to reduce atmospheric . On a timescale of billions of years, such downward trend appears bound to continue indefinitely as occasional massive historical releases of buried carbon due to volcanism will become less frequent (as earth mantle cooling and progressive exhaustion of

text: internal radioactive heat

text: proceeds further). The rates of these processes are extremely slow; hence they are of no relevance to the atmospheric  concentration over the next hundreds or thousands of years.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: silicate

answers: NDQ_006324

answers: silicate rock

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanic eruptions

answers: NDQ_006329

answers: volcanic activity

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: volcanism.

answers: NDQ_006323

answers: silicate rock

answers: NDQ_006324

answers: organic carbon

answers: NDQ_006325

answers: On long timescales,

answers: NDQ_006326

answers: On long timescales,

answers: NDQ_006327

answers: volcanism.

answers: NDQ_006328

answers: volcanism

answers: NDQ_006329

answers: volcanism.

answers: NDQ_006330

answers: volcanism.

answers: NDQ_006331

answers: On long timescales,

text: The observers were ordered to record the transit in four phases of Venus' journey across of the sun. The first phase was when Venus began "touching" the outside rim of the sun. In the second phase, Venus was completely within the sun's disc, but was still "touching" the outer rim. In the third phase, Venus has crossed the sun, was still completely within the disc, but was "touching" the opposite rim. Finally in the fourth phase, Venus was completely off the sun, but was still "touching" its outer rim.

text: The observers were ordered to record the transit in four phases of Venus' journey across of the sun. The first phase was when Venus began "touching" the outside rim of the sun. In the second phase, Venus was completely within the sun's disc, but was still "touching" the outer rim. In the third phase, Venus has crossed the sun, was still completely within the disc, but was "touching" the opposite rim. Finally in the fourth phase, Venus was completely off the sun, but was still "touching" its outer rim.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: In the fourth phase, Venus was completely off the sun, but was still "touching" its outer rim.

answers: NDQ_006329

answers: a topographical map of venus

answers: NDQ_006330

answers: was still "touching" its outer rim

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus'

answers: NDQ_006323

answers: sun.

answers: NDQ_006324

answers: sun.

answers: NDQ_006325

answers: Venus'

answers: NDQ_006326

answers: Venus' journey across of the sun.

answers: NDQ_006327

answers: Venus'

answers: NDQ_006328

answers: Venus began "touching" the outside rim of the sun.

answers: NDQ_006329

answers: Venus began "touching" the outside rim of the sun.

answers: NDQ_006330

answers: Venus began "touching" the outside rim of the sun.

answers: NDQ_006331

answers: Venus'

text: motion was conceived by motion graphic designers Elaine Montoya and Becky Padilla, who observed that while there were numerous opportunities for working professionals in the motion picture and broadcast industries to further their technical skills, there were no venues where experienced creative professionals could come together as a community to address common issues and be inspired.

text: motion was conceived by motion graphic designers Elaine Montoya and Becky Padilla, who observed that while there were numerous opportunities for working professionals in the

text: motion picture

text: and

text: broadcast

text: industries to further their technical skills, there were no venues where experienced creative professionals could come together as a community to address common issues and be inspired.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: isotope

answers: NDQ_006329

answers: craters

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: motion was conceived by motion graphic designers Elaine Montoya

answers: NDQ_006323

answers: motion picture and broadcast industries

answers: NDQ_006324

answers: Becky Padilla,

answers: NDQ_006325

answers: motion was conceived by motion graphic designers Elaine Montoya

answers: NDQ_006326

answers: inspired.

answers: NDQ_006327

answers: motion was conceived by motion graphic designers Elaine Montoya

answers: NDQ_006328

answers: motion was conceived by motion graphic designers Elaine Montoya

answers: NDQ_006329

answers: a community to address common issues and be inspired.

answers: NDQ_006330

answers: motion was conceived by motion graphic designers Elaine Montoya

answers: NDQ_006331

answers: motion

text: The probe transmitted information to Earth for 53 minutes, which included 20 minutes from the surface. It was found that the temperature at the surface of Venus was  ° ± 20 ° C and the pressure was 90 ± 15 atmospheres. The pressure corresponded to approximately 900 m below sea level. The probe provided information about the surface of Venus, which could not be seen through a thick veil of atmosphere. The spacecraft definitively confirmed that humans cannot survive on the surface of Venus, and excluded the possibility that there is any liquid water on Venus.

text: The probe transmitted information to Earth for 53 minutes, which included 20 minutes from the surface. It was found that the temperature at the surface of Venus was  ° ± 20 ° C and the pressure was 90 ± 15 atmospheres. The pressure corresponded to approximately 900 m below sea level. The probe provided information about the surface of Venus, which could not be seen through a thick veil of atmosphere. The spacecraft definitively confirmed that humans cannot survive on the surface of Venus, and excluded the possibility that there is any liquid water on Venus.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The pressure corresponded to approximately 900 m below sea level.

answers: NDQ_006329

answers: 900 m below sea level

answers: NDQ_006330

answers: humans cannot survive on the surface of Venus

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: liquid water

answers: NDQ_006324

answers: atmosphere.

answers: NDQ_006325

answers: Earth

answers: NDQ_006326

answers: could not be seen through a thick veil of atmosphere.

answers: NDQ_006327

answers: 90 <unk> 15 atmospheres.

answers: NDQ_006328

answers: ° <unk> 20 ° C

answers: NDQ_006329

answers: liquid water

answers: NDQ_006330

answers: humans cannot survive on the surface of Venus,

answers: NDQ_006331

answers: Venus was ° <unk> 20 ° C

text: The Sun and the Moon, the two luminaries, do not have Vakra state, they do not acquire retrograde motion, the other five planets (Tara grahas) have Vakra state, they acquire retrograde motion from time to time when they transit from 5th to the 8th house from the Sun. Rahu and Ketu, which are not planets in true sense, have perpetual retrograde motion. Suryasiddhanta refers to eight varieties of motion of which Vakra, Ativakra and Kutila refer to Vakragati i.e. retrograde motion, when they are believed to be moving away from light, and the remaining five verities viz;  manda, manda tara, sama, sighra and atisighra refer to Rujugati i.e. direct motion, when planets are freed from vakragati and are known as Margi grahas that are believed to be moving towards light. A planet hemmed between two Vakri grahas behaves as a Vakri graha, this applies to the Moon. Whereas Mars, Jupiter and Saturn appear to retrograde in the signs opposite to the one occupied by the Sun, Mercury and Venus appear to retrograde when they are farthest away from the Sun. Mercury and Venus can never be in the 5th to the 8th house from the Sun. According to Sanketa Nidhi of Ramadayalu when it is retrograde Mars gives the results of the 3rd house from the house of its occupation, Mercury gives the results of the 4th, Jupiter of the 5th, Venus of the 7th and Saturn of the 8th house. Vakri grahas and Paramuchcha grahas no doubt gain superior strength but do not produce identical results and even become over-powered in Grahayuddhas. If the Sun is Arohi a Vakri graha although very strong but because of the variations in its motion does not produce results uniformly.  Situated in their debilitation sign if owning good houses Vakri grahas produce good results, if owning bad houses they give bad results. Phaladeepika holds the view that a retrograde planet in its sign of debilitation is equal to its occupation of exaltation sign, and that exalted retrograde planets act as though they are debilitated. And, excepting the retrograde ones, those planets which occupy unfriendly signs take away 1/3rd of their allotted term of life. Vakra also means Kuja (Mars). Vakri grahas having gained exceptional strength give thrice the term of life allotted to them.

text: The

text: Sun

text: and the

text: Moon

text: , the two luminaries, do not have Vakra state, they do not acquire retrograde motion, the other five planets (Tara grahas) have Vakra state, they acquire retrograde motion from time to time when they transit from 5th to the 8th house from the Sun.

text: Rahu

text: and

text: Ketu

text: , which are not planets in true sense, have perpetual retrograde motion.

text: Suryasiddhanta

text: refers to eight varieties of motion of which Vakra, Ativakra and Kutila refer to Vakragati i.e. retrograde motion, when they are believed to be moving away from light, and the remaining five verities viz;  manda, manda tara, sama, sighra and atisighra refer to Rujugati i.e. direct motion, when planets are freed from vakragati and are known as Margi grahas that are believed to be moving towards light. A planet hemmed between two Vakri grahas behaves as a Vakri graha, this applies to the Moon. Whereas Mars, Jupiter and Saturn appear to retrograde in the signs opposite to the one occupied by the Sun, Mercury and Venus appear to retrograde when they are farthest away from the Sun. Mercury and Venus can never be in the 5th to the 8th house from the Sun. According to

text: Sanketa Nidhi

text: of Ramadayalu when it is retrograde Mars gives the results of the 3rd house from the house of its occupation, Mercury gives the results of the 4th, Jupiter of the 5th, Venus of the 7th and Saturn of the 8th house. Vakri grahas and Paramuchcha grahas no doubt gain superior strength but do not produce identical results and even become over-powered in Grahayuddhas. If the Sun is Arohi a Vakri graha although very strong but because of the variations in its motion does not produce results uniformly.  Situated in their debilitation sign if owning good houses Vakri grahas produce good results, if owning bad houses they give bad results.

text: Phaladeepika

text: holds the view that a retrograde planet in its sign of debilitation is equal to its occupation of exaltation sign, and that exalted retrograde planets act as though they are debilitated. And, excepting the retrograde ones, those planets which occupy unfriendly signs take away 1/3rd of their allotted term of life. Vakra also means Kuja (

text: Mars

text: ). Vakri grahas having gained exceptional strength give thrice the term of life allotted to them.

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: sand

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus can never be in the 5th to the 8th house

answers: NDQ_006329

answers: Vakragati

answers: NDQ_006330

answers: can never be in the 5th to the 8th house from the Sun

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Saturn

answers: NDQ_006323

answers: good results,

answers: NDQ_006324

answers: Vakri graha

answers: NDQ_006325

answers: Arohi

answers: NDQ_006326

answers: Vakri grahas produce good results,

answers: NDQ_006327

answers: If the Sun is Arohi

answers: NDQ_006328

answers: retrograde when they are farthest away from the Sun.

answers: NDQ_006329

answers: farthest away from the Sun.

answers: NDQ_006330

answers: farthest away from the Sun.

answers: NDQ_006331

answers: 4th,

text: The motion planning is performed based on a Mapped Virtual Reality (MVR), displayed in Fig. 6. This 3D-model of the environment is built from the information within the world model which was perceived by the sensors. Before any motion of the robot arm is performed the trajectory from the current to the goal configuration is calculated within this 3D-model. During motion on-line collision checking is done, since obstacles can move during motion. Obstacles are in this case all objects of the environment, which are not included in the current motion, also in some tasks the user in the wheelchair. It is important that there is at any time no danger for the user.

text: The motion planning is performed based on a Mapped

text: Virtual Reality

text: (MVR), displayed in Fig. 6. This 3D-model of the environment is built from the information within the world model which was perceived by the sensors. Before any motion of the robot arm is performed the trajectory from the current to the goal configuration is calculated within this 3D-model. During motion on-line collision checking is done, since obstacles can move during motion. Obstacles are in this case all objects of the environment, which are not included in the current motion, also in some tasks the user in the wheelchair. It is important that there is at any time no danger for the user.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: NDQ_006328

answers: volcanism on venus

answers: NDQ_006329

answers: 3D-model

answers: NDQ_006330

answers: 3D-model

answers: NDQ_006331

answers: NDQ_006322

answers: 6.

answers: NDQ_006323

answers: 6.

answers: NDQ_006324

answers: 6.

answers: NDQ_006325

answers: 6.

answers: NDQ_006326

answers: 6.

answers: NDQ_006327

answers: 6.

answers: NDQ_006328

answers: 6.

answers: NDQ_006329

answers: Fig. 6.

answers: NDQ_006330

answers: 6.

answers: NDQ_006331

answers: 6.

text: All times are local: UTC+0/GMT in English venues. UTC+1/CET in French venues. UTC+0/WET in Irish venues. UTC+0/GMT in Welsh venues. UTC+0/GMT in Scottish venues.

text: All times are local:

text: GMT

text: in English venues.

text: CET

text: in French venues.

text: WET

text: in Irish venues.

text: GMT

text: in Welsh venues.

text: GMT

text: in Scottish venues.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: UTC+0/GMT

answers: NDQ_006327

answers: UTC+1/CET

answers: NDQ_006328

answers: UTC+0

answers: NDQ_006329

answers: UTC+0/GMT

answers: NDQ_006330

answers: UTC+0/GMT

answers: NDQ_006331

answers: Mercury

answers: NDQ_006322

answers: French

answers: NDQ_006323

answers: UTC+1/CET

answers: NDQ_006324

answers: UTC+1/CET

answers: NDQ_006325

answers: UTC+1/CET

answers: NDQ_006326

answers: UTC+1/CET

answers: NDQ_006327

answers: UTC+1/CET

answers: NDQ_006328

answers: All times are local: UTC+0/GMT

answers: NDQ_006329

answers: All times are local: UTC+0/GMT

answers: NDQ_006330

answers: UTC+1/CET

answers: NDQ_006331

answers: UTC+1/CET

text: The program trains directors and producers who are familiar with all parts of the movie-making process.  Students in the SNHF Program produce works that range from documentary to experimental.  Many of these student films have received festival awards, while others have been broadcast in many major venues such as PBS, The Discovery Channel, National Geographic Channel, The Science Channel, CNN, 60 Minutes II, CBS Evening News, and NBC Nightly News.  The students have produced films for the National Park Service, the National Science Foundation, the U.S. Department of Agriculture, National Oceanic and Atmospheric Administration, NASA, and such non-profit organizations including the Wildlife Conservation Society, the Sierra Club, the Audubon Society, and the Nature Conservancy.  Student work from the SNHF Program has appeared in major museums, schools, and cultural venues.

text: The program trains directors and producers who are familiar with all parts of the movie-making process.  Students in the SNHF Program produce works that range from documentary to

text: experimental

text: .  Many of these student films have received festival awards, while others have been broadcast in many major venues such as

text: PBS

text: The Discovery Channel

text: National Geographic Channel

text: The Science Channel

text: CNN

text: 60 Minutes II

text: CBS Evening News

text: , and

text: NBC Nightly News

text: .  The students have produced films for the

text: National Park Service

text: , the

text: National Science Foundation

text: , the

text: U.S. Department of Agriculture

entity_name: National Oceanic and Atmospheric Administration

text: National Oceanic and Atmospheric Administration

text: NASA

text: , and such non-profit organizations including the

text: Wildlife Conservation Society

text: , the

text: Sierra Club

text: , the

text: Audubon Society

text: , and the

text: Nature Conservancy

text: .  Student work from the SNHF Program has appeared in major museums, schools, and cultural venues.

answers: NDQ_006322

answers: Neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: NASA

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: NASA,

answers: NDQ_006323

answers: NBC Nightly News.

answers: NDQ_006324

answers: National Oceanic and Atmospheric Administration,

answers: NDQ_006325

answers: NBC Nightly News.

answers: NDQ_006326

answers: NASA,

answers: NDQ_006327

answers: NBC Nightly News.

answers: NDQ_006328

answers: NBC Nightly News.

answers: NDQ_006329

answers: NBC Nightly News.

answers: NDQ_006330

answers: NBC Nightly News.

answers: NDQ_006331

answers: NBC Nightly News.

text: The motion analysis processing can in the simplest case be to detect motion, i.e., find the points in the image where something is moving.  More complex types of processing can be to track a specific object in the image over time, to group points that belong to the same rigid object that is moving in the scene, or to determine the magnitude and direction of the motion of every point in the image.  The information that is produced is often related to a specific image in the sequence, corresponding to a specific time-point, but then depends also on the neighboring images.  This means that motion analysis can produce time time-dependent information about motion.

text: The motion analysis processing can in the simplest case be to detect motion, i.e., find the points in the image where something is moving.  More complex types of processing can be to track a specific object in the image over time, to group points that belong to the same rigid object that is moving in the scene, or to determine the magnitude and direction of the motion of every point in the image.  The information that is produced is often related to a specific image in the sequence, corresponding to a specific time-point, but then depends also on the neighboring images.  This means that motion analysis can produce time time-dependent information about motion.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: motion analysis

answers: NDQ_006328

answers: NDQ_006329

answers: direction of motion

answers: NDQ_006330

answers: is moving

answers: NDQ_006331

answers: NDQ_006322

answers: object

answers: NDQ_006323

answers: rigid object

answers: NDQ_006324

answers: The motion analysis processing can in the simplest case be to detect motion,

answers: NDQ_006325

answers: direction

answers: NDQ_006326

answers: neighboring images.

answers: NDQ_006327

answers: The motion analysis processing can in the simplest case be to detect motion,

answers: NDQ_006328

answers: The motion analysis processing can in the simplest case be to detect motion,

answers: NDQ_006329

answers: magnitude and direction of the motion of every point in the image.

answers: NDQ_006330

answers: The motion analysis processing can in the simplest case be to detect motion,

answers: NDQ_006331

answers: The motion analysis processing can in the simplest case be to detect motion,

text: Using the measured stellar luminosity of Gliese 581 is of 0.013 times that of our Sun, it is possible to calculate Gliese 581 c's effective temperature a.k.a. black body temperature. (note: this probably differs from its surface temperature). According to Udry's team, the effective temperature for Gliese 581 c, assuming an albedo (reflectivity) such as Venus' (0.64), would be , and assuming an Earth-like albedo (0.296), then it would be , a range of temperatures which overlaps with the range that water would be liquid at a pressure of 1 atmosphere. However, the effective temperature and actual surface temperature can be very different due to the greenhouse properties of the planetary atmosphere: for example, Venus has an effective temperature of , but a surface temperature of  (mainly due to a 96.5% carbon dioxide atmosphere), a difference of about . Studies of the habitability (i.e. liquid water for extremophile forms of life) conclude that Gliese 581 c is likely to suffer from a runaway greenhouse effect similar to that found on Venus, as such, is highly unlikely to be habitable. Nevertheless, this runaway greenhouse effect could be prevented by the presence of sufficient reflective cloud cover on the planet's day side. Alternatively, if the surface were covered in ice, it would have a high albedo (reflectivity), and thus could reflect enough of the incident sunlight back into space to render the planet too cold for habitability, although this situation is expected to be very unstable except for very high albedos greater than about 0.95 (i.e. ice): release of carbon dioxide by volcanic activity or of water vapor due to heating at the substellar point would trigger a runaway greenhouse effect.

text: Using the measured stellar luminosity of Gliese 581 is of 0.013 times that of our Sun, it is possible to calculate Gliese 581 c's

text: effective temperature

text: a.k.a.

text: black body

text: temperature. (note: this probably differs from its

text: surface temperature

text: ). According to Udry's team, the effective temperature for Gliese 581 c, assuming an

text: albedo

text: (reflectivity) such as Venus' (0.64), would be , and assuming an Earth-like albedo (0.296), then it would be , a range of temperatures which overlaps with the

text: range that water would be liquid at a pressure of 1 atmosphere

text: . However, the effective temperature and actual surface temperature can be very different due to the greenhouse properties of the planetary atmosphere: for example, Venus has an effective temperature of , but a surface temperature of  (mainly due to a 96.5%

text: carbon dioxide atmosphere

text: ), a difference of about . Studies of the habitability (i.e. liquid water for extremophile forms of life) conclude that Gliese 581 c is likely to suffer from a

text: runaway greenhouse effect

text: similar to that found on

text: Venus

text: , as such, is highly unlikely to be habitable. Nevertheless, this runaway greenhouse effect could be prevented by the presence of sufficient reflective cloud cover on the planet's day side. Alternatively, if the surface were covered in ice, it would have a high

text: albedo

text: (reflectivity), and thus could reflect enough of the incident sunlight back into space to render the planet too cold for habitability, although this situation is expected to be very unstable except for very high albedos greater than about 0.95 (i.e. ice): release of

text: carbon dioxide

text: by volcanic activity or of water vapor due to heating at the substellar point would trigger a runaway greenhouse effect.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: release of carbon dioxide by volcanic activity

answers: NDQ_006329

answers: albedo (reflectivity) such as Venus'

answers: NDQ_006330

answers: 96.5% carbon dioxide atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: 0.013 times

answers: NDQ_006326

answers: Venus, as such, is highly unlikely to be habitable.

answers: NDQ_006327

answers: c

answers: NDQ_006328

answers: release of carbon dioxide by volcanic activity

answers: NDQ_006329

answers: reflective cloud cover on the planet's day side.

answers: NDQ_006330

answers: a runaway greenhouse effect

answers: NDQ_006331

answers: liese 581 c

text: The proper recourse for challenging venue is a motion to dismiss for improper venue. Fed. R. Civ. P 12(b)(3). This is one of the waivable defenses, meaning that this must be made in the initial response to the complaint or it will be waived.

text: The proper recourse for challenging venue is a motion to dismiss for improper venue. Fed. R. Civ. P 12(b)(3). This is one of the waivable defenses, meaning that this must be made in the initial response to the

text: complaint

text: or it will be waived.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: It's impossible to say

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The proper recourse for challenging venue is a motion to dismiss for improper venue

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Fed. R. Civ. P 12(b)(3).

answers: NDQ_006323

answers: Fed. R. Civ. P 12(b)(3).

answers: NDQ_006324

answers: Fed. R. Civ. P 12(b)(3).

answers: NDQ_006325

answers: 12(b)(3).

answers: NDQ_006326

answers: The proper recourse for challenging venue

answers: NDQ_006327

answers: motion to dismiss for improper venue.

answers: NDQ_006328

answers: The proper recourse for challenging venue

answers: NDQ_006329

answers: The proper recourse for challenging venue

answers: NDQ_006330

answers: The proper recourse for challenging venue

answers: NDQ_006331

answers: The proper recourse for challenging venue

text: An atmosphere that is dense will circulate heat, potentially allowing a wide area on the surface to be habitable. For example, Venus has a solar rotation rate approximately 117 times slower than Earth's, producing prolonged days and nights. Despite the uneven distribution of sunlight over time intervals shorter than several months, unilluminated areas of Venus are kept almost as hot as the day side by globally circulating winds. Simulations have shown that an atmosphere containing appropriate levels of CO and HO need only be a tenth the pressure of Earth's atmosphere (100 mbar) to effectively distribute heat to the night side. Current technology cannot determine the atmospheric or surface composition of the planet due to the overpowering light of its parent star.

text: An atmosphere that is dense will circulate heat, potentially allowing a wide area on the surface to be habitable. For example,

text: Venus

text: has a

text: solar

text: rotation rate approximately 117 times slower than Earth's, producing prolonged days and nights. Despite the uneven distribution of sunlight over time intervals shorter than several months, unilluminated areas of Venus are kept almost as hot as the day side by globally circulating winds. Simulations have shown that an atmosphere containing appropriate levels of CO and HO need only be a tenth the pressure of Earth's atmosphere (100

text: mbar

text: ) to effectively distribute heat to the night side. Current technology cannot determine the atmospheric or surface composition of the planet due to the overpowering light of its parent star.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: CO and HO

answers: NDQ_006325

answers: slower

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unilluminated areas of Venus are kept almost as hot as the day side by globally circulating winds

answers: NDQ_006329

answers: unilluminated areas of Venus

answers: NDQ_006330

answers: unilluminated areas of Venus are kept almost as hot as the day side by globally circulating winds

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: CO and HO

answers: NDQ_006324

answers: CO and HO

answers: NDQ_006325

answers: 117 times slower

answers: NDQ_006326

answers: overpowering light of its parent star.

answers: NDQ_006327

answers: Venus are kept almost as hot as the day side by globally circulating winds.

answers: NDQ_006328

answers: globally circulating winds.

answers: NDQ_006329

answers: unilluminated areas

answers: NDQ_006330

answers: Current technology cannot determine the atmospheric or surface composition of the planet

answers: NDQ_006331

answers: Venus

text: Compared to the situation on bodies such as the Moon, it is more difficult to determine the ages of different areas of the surface on Venus, on the basis of crater counts, due to the small number of craters at hand. However, the surface characteristics are consistent with a completely random distribution, implying that the surface of the entire planet is roughly the same age, or at least that very large areas are not very different in age from the average.

text: Compared to the situation on bodies such as the Moon, it is more difficult to determine the ages of different areas of the surface on Venus, on the basis of crater counts, due to the small number of craters at hand. However, the surface characteristics are consistent with a completely random distribution, implying that the surface of the entire planet is roughly the same age, or at least that very large areas are not very different in age from the average.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: it is more difficult to determine the ages of different areas of the surface on Venus

answers: NDQ_006329

answers: crater counts

answers: NDQ_006330

answers: it is more difficult to determine the ages of different areas of the surface on Venus, on the basis of crater counts

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: crater counts,

answers: NDQ_006324

answers: crater counts,

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: crater counts, due to the small number of craters at hand.

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: crater counts,

answers: NDQ_006329

answers: the surface characteristics are consistent with a completely random distribution,

answers: NDQ_006330

answers: the surface of the entire planet is roughly the same age,

answers: NDQ_006331

answers: Venus,

text: The Capitoline Venus is a type of statue of Venus, specifically one of several Venus Pudica (modest Venus) types (others include the Venus de' Medici type), of which several examples exist. The type ultimately derives from the Aphrodite of Cnidus. The Capitoline Venus and her variants are recognisable from the position of the arms—standing after a bath, Venus begins to cover her breasts with her right hand, and her groin with her left hand.

text: The Capitoline Venus is a type of statue of

text: Venus

text: , specifically one of several Venus Pudica (modest Venus) types (others include the

text: Venus de' Medici

text: type), of which several examples exist. The type ultimately derives from the

text: Aphrodite of Cnidus

text: . The Capitoline Venus and her variants are recognisable from the position of the arms—standing after a bath, Venus begins to cover her breasts with her right hand, and her groin with her left hand.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: The Capitoline Venus

answers: NDQ_006330

answers: The Capitoline Venus

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Cnidus.

answers: NDQ_006324

answers: Aphrodite of Cnidus.

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus begins to cover her breasts

answers: NDQ_006329

answers: Aphrodite of Cnidus.

answers: NDQ_006330

answers: Venus begins to cover her breasts

answers: NDQ_006331

answers: Venus,

text: Dunthorne published papers in the Philosophical Transactions, including On the motion of the Moon (1746), On the acceleration of the Moon (1749), and the letter Concerning comets in 1751. He observed the transits of Venus in 1761 and 1769,and also published tables on the motion of Jupiter's satellites in 1762.

text: Dunthorne published papers in the Philosophical Transactions, including On the motion of the Moon (1746), On the acceleration of the Moon (1749), and the letter Concerning comets in 1751. He observed the transits of

text: Venus

text: in 1761 and 1769,and also published tables on the motion of

text: Jupiter

text: 's satellites in 1762.

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: He observed the transits of Venus

answers: NDQ_006329

answers: no

answers: NDQ_006330

answers: transits

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: comets in 1751.

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answers: comets

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: transits of Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: transits of Venus in 1761 and 1769,and

answers: NDQ_006329

answers: Jupiter's satellites

answers: NDQ_006330

answers: transits of Venus in 1761 and 1769,and

answers: NDQ_006331

answers: Venus

text: The Phases of Venus result from the planet's orbit around the Sun inside the Earth's orbit giving the telescopic observer a sequence of progressive lighting similar in appearance to the moon's phases. It presents a full image when it is on the opposite side of the Sun. It shows a quarter phase when it is at its maximum elongation from the Sun. Venus presents a thin crescent in telescopic views as it comes around to the near side between the Earth and the Sun and presents its new phase when it is between the Earth and the Sun. Since the planet has an atmosphere it can be seen at new in a telescope by the halo of light refracted around the planet. The full cycle from new to full to new again takes 584 days (the time it takes Venus to overtake the Earth in its orbit). The planet also changes in apparent size from 9.9 arc seconds at full (superior conjunction) up to a maximum of 68 arc seconds at new (inferior conjunction). Venus reaches its greatest magnitude of −4.5 when it is an intermediate crescent shape at the point in its orbit, when it is 68 million km away from the Earth (a combination of its closeness and the fact that it is 28% illuminated).

text: The Phases of Venus result from the planet's

text: orbit

text: around the

text: Sun

text: inside the

text: Earth

text: 's orbit giving the

text: telescopic

text: observer a sequence of progressive lighting similar in appearance to the

text: moon's phases

text: . It presents a

text: full

text: image when it is on the opposite side of the Sun. It shows a

text: quarter phase

text: when it is at its maximum

text: elongation

text: from the Sun. Venus presents a thin crescent in telescopic views as it comes around to the near side between the Earth and the Sun and presents its

text: new phase

text: when it is between the Earth and the Sun. Since the planet has an atmosphere it can be seen at new in a telescope by the halo of light refracted around the planet. The full cycle from new to full to new again takes 584 days (the time it takes Venus to overtake the Earth in its orbit). The planet also changes in apparent size from 9.9

text: arc seconds

text: at full (

text: superior conjunction

text: ) up to a maximum of 68 arc seconds at new (

text: inferior conjunction

text: ). Venus reaches its greatest

text: magnitude

text: of −4.5 when it is an intermediate crescent shape at the point in its orbit, when it is 68 million km away from the Earth (a combination of its closeness and the fact that it is 28% illuminated).

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus presents a thin crescent

answers: NDQ_006329

answers: a thin crescent in telescopical views as it comes around to the near side between the Earth and the Sun

answers: NDQ_006330

answers: reaches its greatest magnitude of  4.5

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: inside the Earth's orbit

answers: NDQ_006326

answers: Since the planet has an atmosphere

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus reaches its greatest magnitude of <unk>4.5

answers: NDQ_006329

answers: 68 million km away from the Earth

answers: NDQ_006330

answers: Since the planet has an atmosphere

answers: NDQ_006331

answers: Venus

text: The removal of Venus's atmosphere could be attempted by a variety of methods, possibly in combination. Directly lifting atmospheric gas from Venus into space would probably prove difficult. Venus has sufficiently high escape velocity to make blasting it away with asteroid impacts impractical. Pollack and Sagan calculated in 1994 that an impactor of 700 km diameter striking Venus at greater than 20 km/s, would eject all the atmosphere above the horizon as seen from the point of impact, but because this is less than a thousandth of the total atmosphere and there would be diminishing returns as the atmosphere's density decreases, a very great number of such giant impactors would be required. Landis calculated that to lower the pressure from 92 bar to 1 bar would require a minimum of 2,000 impacts, even if the efficiency of atmosphere removal was perfect. Smaller objects would not work, either, because more would be required. The violence of the bombardment could well result in significant outgassing that would replace removed atmosphere. Most of the ejected atmosphere would go into solar orbit near Venus, and, without further intervention, could be captured by Venus's gravitational field and become part of the atmosphere once again.

text: The removal of Venus's atmosphere could be attempted by a variety of methods, possibly in combination. Directly lifting atmospheric gas from Venus into space would probably prove difficult. Venus has sufficiently high escape velocity to make blasting it away with asteroid impacts impractical.

text: Pollack

text: and

text: Sagan

text: calculated in 1994 that an impactor of 700 km diameter striking Venus at greater than 20 km/s, would eject all the atmosphere above the horizon as seen from the point of impact, but because this is less than a thousandth of the total atmosphere and there would be diminishing returns as the atmosphere's density decreases, a very great number of such giant impactors would be required. Landis calculated that to lower the pressure from 92 bar to 1 bar would require a minimum of 2,000 impacts, even if the efficiency of atmosphere removal was perfect. Smaller objects would not work, either, because more would be required. The violence of the bombardment could well result in significant outgassing that would replace removed atmosphere. Most of the ejected atmosphere would go into solar orbit near Venus, and, without further intervention, could be captured by Venus's gravitational field and become part of the atmosphere once again.

answers: NDQ_006322

answers: solar

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmospheric gas

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: directly lifting atmospheric gas from Venus into space

answers: NDQ_006329

answers: horizon as seen from the point of impact

answers: NDQ_006330

answers: would eject all the atmosphere above the horizon

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus's

answers: NDQ_006323

answers: Venus has sufficiently high escape velocity

answers: NDQ_006324

answers: atmospheric gas

answers: NDQ_006325

answers: Venus's gravitational field

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus has sufficiently high escape velocity

answers: NDQ_006328

answers: Venus has sufficiently high escape velocity

answers: NDQ_006329

answers: horizon

answers: NDQ_006330

answers: Venus has sufficiently high escape velocity

answers: NDQ_006331

answers: Venus has sufficiently high escape velocity

text: The circulation in Venus's troposphere follows the so-called cyclostrophic approximation. Its windspeeds are roughly determined by the balance of the pressure gradient and centrifugal forces in almost purely zonal flow. In contrast, the circulation in the Earth's atmosphere is governed by the geostrophic balance. Venus's windspeeds can be directly measured only in the upper troposphere (tropopause), between 60–70 km, altitude, which corresponds to the upper cloud deck. The cloud motion is usually observed in the ultraviolet part of the spectrum, where the contrast between clouds is the highest. The linear wind speeds at this level are about 100 ± 10 m/s at lower than 50° latitude. They are retrograde in the sense that they blow in the direction of the retrograde rotation of the planet. The winds quickly decrease towards the higher latitudes, eventually reaching zero at the poles. Such strong cloud-top winds cause a phenomenon known as the super-rotation of the atmosphere. In other words, these high-speed winds circle the whole planet faster than the planet itself rotates. The super-rotation on Venus is differential, which means that the equatorial troposphere super-rotates more slowly than the troposphere at the midlatitudes. The winds also have a strong vertical gradient. They decline deep in the troposphere with the rate of 3 m/s per km. The winds near the surface of Venus are much slower than that on Earth. They actually move at only a few kilometres per hour (generally less than 2 m/s and with an average of 0.3 to 1.0 m/s), but due to the high density of the atmosphere at the surface, this is still enough to transport dust and small stones across the surface, much like a slow-moving current of water.

text: The circulation in Venus's troposphere follows the so-called cyclostrophic approximation. Its windspeeds are roughly determined by the balance of the

text: pressure gradient

text: and

text: centrifugal

text: forces in almost purely

text: zonal flow

text: . In contrast, the circulation in the Earth's atmosphere is governed by the

text: geostrophic

text: balance. Venus's windspeeds can be directly measured only in the upper troposphere (tropopause), between 60–70 km, altitude, which corresponds to the upper cloud deck. The cloud motion is usually observed in the

text: ultraviolet

text: part of the

text: spectrum

text: , where the contrast between clouds is the highest. The linear wind speeds at this level are about 100 ± 10 m/s at lower than 50° latitude. They are

text: retrograde

text: in the sense that they blow in the direction of the retrograde rotation of the planet. The winds quickly decrease towards the higher latitudes, eventually reaching zero at the poles. Such strong cloud-top winds cause a phenomenon known as the super-rotation of the atmosphere. In other words, these high-speed winds circle the whole planet faster than the planet itself rotates. The super-rotation on Venus is differential, which means that the

text: equatorial

text: troposphere super-rotates more slowly than the troposphere at the midlatitudes. The winds also have a strong vertical gradient. They decline deep in the troposphere with the rate of 3 m/s per km. The winds near the surface of Venus are much slower than that on Earth. They actually move at only a few kilometres per hour (generally less than 2 m/s and with an average of 0.3 to 1.0 m/s), but due to the high density of the atmosphere at the surface, this is still enough to transport dust and small stones across the surface, much like a slow-moving current of water.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: dust and small stones

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus's windspeeds can be directly measured only in the upper troposphere (tropopause), between 60–70 km, altitude, which corresponds to the upper cloud deck.

answers: NDQ_006329

answers: The winds quickly decrease towards the higher latitudes, eventually reaching zero at the poles

answers: NDQ_006330

answers: The winds near the surface of Venus are much slower than that on Earth

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: winds

answers: NDQ_006324

answers: dust

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: The winds near the surface of Venus are much slower than that on Earth.

answers: NDQ_006327

answers: super-rotation

answers: NDQ_006328

answers: The super-rotation on Venus

answers: NDQ_006329

answers: The winds near the surface of Venus are much slower than that on Earth.

answers: NDQ_006330

answers: The winds near the surface of Venus are much slower than that on Earth.

answers: NDQ_006331

answers: Venus

text: The club moved from venue to venue around London 7 times over the first 5 years but in 1998 settled for 15 years at Charlie's in Crosswall (off Minories) in the City of LondonIn June 2012 Charlie's had to close and the club moved using two venues on the same block. Abbey - 33 Minories, City of London, EC3N 1DD and 2AD - 2 Crutched Friars, City of London, EC3N 2HTthe reason for using two venues was due to availability of Saturday dates at short notice. After Abbey giving up its Saturday late licence Vicky lee took the club to Gilt in Crutched Friars. This venue changed management and again The WayOut Club moved this time to two venues The Minories and Mary Janes both in Minories, City of London, EC3N. The club is now settled at these two venues for the foreseeable future.

text: The club moved from venue to venue around London 7 times over the first 5 years but in 1998 settled for 15 years at Charlie's in Crosswall (off Minories) in the City of LondonIn June 2012 Charlie's had to close and the club moved using two venues on the same block. Abbey - 33 Minories, City of London, EC3N 1DD and 2AD - 2 Crutched Friars, City of London, EC3N 2HTthe reason for using two venues was due to availability of Saturday dates at short notice. After Abbey giving up its Saturday late licence Vicky lee took the club to Gilt in Crutched Friars. This venue changed management and again The WayOut Club moved this time to two venues The Minories and Mary Janes both in Minories, City of London, EC3N. The club is now settled at these two venues for the foreseeable future.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is too far

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: NDQ_006322

answers: Minories) in the City of LondonIn

answers: NDQ_006323

answers: EC3N 1DD

answers: NDQ_006324

answers: (off Minories) in the City of LondonIn

answers: NDQ_006325

answers: City of LondonIn

answers: NDQ_006326

answers: LondonIn

answers: NDQ_006327

answers: LondonIn

answers: NDQ_006328

answers: 1998 settled for 15 years at Charlie's

answers: NDQ_006329

answers: EC3N 2HTthe

answers: NDQ_006330

answers: City of LondonIn

answers: NDQ_006331

answers: LondonIn

text: Other unique features of Venus's surface are novae (radial networks of dikes or grabens) and arachnoids. A nova is formed when large quantities of magma are extruded onto the surface to form radiating ridges and trenches which are highly reflective to radar. These dikes form a symmetrical network around the central point where the lava emerged, where there may also be a depression caused by the collapse of the magma chamber.

text: Other unique features of Venus's surface are novae (radial networks of

text: dike

text: s or

text: graben

text: s) and

text: arachnoid

text: s. A nova is formed when large quantities of magma are extruded onto the surface to form radiating ridges and trenches which are highly reflective to radar. These dikes form a symmetrical network around the central point where the lava emerged, where there may also be a depression caused by the collapse of the

text: magma chamber

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: magma

answers: NDQ_006324

answers: magma

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: These dikes form a symmetrical network around the central point where the lava emerged

answers: NDQ_006329

answers: novae

answers: NDQ_006330

answers: novae

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus's

answers: NDQ_006323

answers: magma

answers: NDQ_006324

answers: magma

answers: NDQ_006325

answers: symmetrical

answers: NDQ_006326

answers: novae

answers: NDQ_006327

answers: novae

answers: NDQ_006328

answers: A nova is formed when large quantities of magma

answers: NDQ_006329

answers: novae

answers: NDQ_006330

answers: novae

answers: NDQ_006331

answers: Venus's surface are novae

text: It entered the atmosphere of Venus on December 15, 1970. The lander remained attached to the interplanetary bus during the initial stages of atmospheric entry to allow the bus to cool the lander to −8 °C for as long as possible. The lander was ejected once atmospheric buffeting broke the interplanetary bus's lock-on with Earth. The parachute opened at a height of 60 km and atmospheric testing began with results showing the atmosphere to be 97% carbon dioxide. The parachute appeared to fail during the descent, resulting in a descent more rapid than planned. As a result the lander struck the surface of Venus at about  at 05:37:10 UTC. Landing coordinates are .<ref>Patrick Moore, The data book of astronomy. CRC Press, 2000, p. 92.

text: It entered the

text: atmosphere of Venus

text: on December 15, 1970. The lander remained attached to the interplanetary bus during the initial stages of atmospheric entry to allow the bus to cool the lander to −8 °C for as long as possible. The lander was ejected once atmospheric buffeting broke the interplanetary bus's lock-on with Earth. The parachute opened at a height of 60 km and atmospheric testing began with results showing the atmosphere to be 97% carbon dioxide. The parachute appeared to fail during the descent, resulting in a descent more rapid than planned. As a result the lander struck the surface of Venus at about  at 05:37:10 UTC. Landing coordinates are .<ref>Patrick Moore, The data book of astronomy. CRC Press, 2000, p. 92.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanism on venus

answers: NDQ_006329

answers: Landing coordinates are

answers: NDQ_006330

answers: landing coordinates are

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide.

answers: NDQ_006324

answers: carbon dioxide.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Earth.

answers: NDQ_006327

answers: 97% carbon dioxide.

answers: NDQ_006328

answers: 05:37:10 UTC.

answers: NDQ_006329

answers: 97% carbon dioxide.

answers: NDQ_006330

answers: 05:37:10 UTC.

answers: NDQ_006331

answers: Venus

text: Impact craters are roughly circular shaped depressions in the surface of a planet due to high velocity impacts with extraterrestrial bodies. The surface of Venus contains almost 1000 impact craters. However, unlike some planets in our system, Venus' thick atmosphere creates a strong shield that decelerates, flattens, and can fracture incoming projectiles. The Venusian surface is devoid of small craters (≤30–50 km in size) because of the effect the atmosphere has on small bodies. Depending on the angle of impact, velocity, size, and strength of the approaching body, the atmosphere may tear and crush the projectile, essentially melting it in the air. This is an important observation for studies of the surface of Venus, as crater are used to determine relative ages and to approximate absolute ages of surface features.

text: Impact craters

text: are roughly circular shaped depressions in the surface of a planet due to high velocity impacts with extraterrestrial bodies. The surface of Venus contains almost 1000 impact craters. However, unlike some planets in our system, Venus' thick atmosphere creates a strong shield that decelerates, flattens, and can fracture incoming projectiles. The Venusian surface is devoid of small craters (≤30–50 km in size) because of the effect the atmosphere has on small bodies. Depending on the angle of impact, velocity, size, and strength of the approaching body, the atmosphere may tear and crush the projectile, essentially melting it in the air. This is an important observation for studies of the surface of Venus, as crater are used to determine relative ages and to approximate absolute ages of surface features.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: Venus' thick atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The surface of Venus contains almost 1000 impact craters

answers: NDQ_006329

answers: impact craters

answers: NDQ_006330

answers: contains almost 1000 impact craters

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus' thick atmosphere

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: Venus'

answers: NDQ_006326

answers: crater are used to determine relative ages

answers: NDQ_006327

answers: Venus' thick atmosphere

answers: NDQ_006328

answers: Venus' thick atmosphere

answers: NDQ_006329

answers: 1000 impact craters.

answers: NDQ_006330

answers: The surface of Venus contains almost 1000 impact craters.

answers: NDQ_006331

answers: Venus

text: The actual brightness of sunlight that would be observed at the surface depends also on the presence and composition of an atmosphere. For example, Venus's thick atmosphere reflects more than 60% of the solar light it receives. The actual illumination of the surface is about 14,000 lux, comparable to that on Earth "in the daytime with overcast clouds".

text: The actual brightness of sunlight that would be observed at the surface depends also on the presence and composition of an

text: atmosphere

text: . For example,

text: Venus's thick atmosphere

text: reflects more than 60% of the solar light it receives. The actual illumination of the surface is about 14,000 lux, comparable to that on Earth "in the daytime with overcast clouds".

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: the presence and composition of an atmosphere

answers: NDQ_006330

answers: illumination of the surface is about 14,000 lux

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus's

answers: NDQ_006323

answers: Venus's

answers: NDQ_006324

answers: thick atmosphere

answers: NDQ_006325

answers: Venus's

answers: NDQ_006326

answers: Venus's

answers: NDQ_006327

answers: Venus's

answers: NDQ_006328

answers: Venus's

answers: NDQ_006329

answers: Venus's

answers: NDQ_006330

answers: The actual illumination of the surface is about 14,000 lux,

answers: NDQ_006331

answers: Venus's

text: In 2001, Printup helped promotional newcomers Reed Harris and Scott Adams develop the World Extreme Cage Fighting (WEC) organization through his position as Director of Entertainment at the Tachi Palace Hotel & Casino in Lemoore, California. The WEC almost exclusively presented their events at the casino venue. Printup co-produced and promoted the first 23 WEC events and is considered one of the driving forces in the growth of mixed martial arts in California. Printup also traveled with the WEC to other venues to help coordinate shows that did not take place in Lemoore.

text: In 2001, Printup helped promotional newcomers Reed Harris and Scott Adams develop the

text: World Extreme Cage Fighting

text: (WEC) organization through his position as Director of Entertainment at the

text: Tachi Palace Hotel & Casino

text: in

text: Lemoore, California

text: . The WEC almost exclusively presented their events at the casino venue. Printup co-produced and promoted the first 23 WEC events and is considered one of the driving forces in the growth of mixed martial arts in California. Printup also traveled with the WEC to other venues to help coordinate shows that did not take place in Lemoore.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The WEC almost exclusively presented their events at the casino venue

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: California.

answers: NDQ_006323

answers: World Extreme Cage Fighting

answers: NDQ_006324

answers: World Extreme Cage Fighting

answers: NDQ_006325

answers: California.

answers: NDQ_006326

answers: California.

answers: NDQ_006327

answers: California.

answers: NDQ_006328

answers: World Extreme Cage Fighting

answers: NDQ_006329

answers: Lemoore, California.

answers: NDQ_006330

answers: World Extreme Cage Fighting

answers: NDQ_006331

answers: World Extreme Cage Fighting

text: |team1=United States of America|team2=Italy|venue=Burswood Entertainment Complex, Perth|date=5 January 2011|AWST]] (UTC+8)|surface=hard (indoors)|score1= 2|score2= 1|R1=|R2=|R3=}}

text: |team1=United States of America|team2=Italy|venue=

text: Burswood Entertainment Complex

text: Perth

text: |date=5 January 2011|AWST]] (

text: )|surface=hard (indoors)|score1= 2|score2= 1|R1=|R2=|R3=}}

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is so far away

answers: NDQ_006327

answers: Venus has an intense greenhouse effect.

answers: NDQ_006328

answers: venus is a planet

answers: NDQ_006329

answers: venus has a surface area of .

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: mercury is the 2nd hottest planet in the solar system

answers: NDQ_006322

answers: America|team2=Italy|venue=Burswood

answers: NDQ_006323

answers: America|team2=Italy|venue=Burswood

answers: NDQ_006324

answers: America|team2=Italy|venue=Burswood

answers: NDQ_006325

answers: America|team2=Italy|venue=Burswood

answers: NDQ_006326

answers: America|team2=Italy|venue=Burswood

answers: NDQ_006327

answers: America|team2=Italy|venue=Burswood

answers: NDQ_006328

answers: America|team2=Italy|venue=Burswood

answers: NDQ_006329

answers: America|team2=Italy|venue=Burswood

answers: NDQ_006330

answers: (UTC+8)|surface=hard (indoors)|score1=

answers: NDQ_006331

answers: America|team2=Italy|venue=Burswood

text: They were followed on court by the opening match in the Maroon Group. Where defending champion Venus Williams faced Elena Dementieva. The American grabbed the advantage by breaking in the second game. The rest of the set went with serve as Venus won it 6-3. The opening game of the 2nd set saw Dementiva save 3 break points, before being broken at the 4th opportunity. A battling hold in the third game, when she saved another break point. Dementieva then reeled off three games in a row. Venus recovered to  brake again in the 11th game, with Dementieva once again producing a double fault. But the Russian broke straight back. Dementieva sealed the set with a 4th break point when Venus produced double fault. The Russian broke in the first and third games of the final set. In the 6th game Venus had break points only for Dementieva to hold.  The Russian clinched the match 2 games later.

text: They were followed on court by the opening match in the Maroon Group. Where defending champion

text: Venus Williams

text: faced

text: Elena Dementieva

text: . The American grabbed the advantage by breaking in the second game. The rest of the set went with serve as Venus won it 6-3. The opening game of the 2nd set saw Dementiva save 3 break points, before being broken at the 4th opportunity. A battling hold in the third game, when she saved another break point. Dementieva then reeled off three games in a row. Venus recovered to  brake again in the 11th game, with Dementieva once again producing a double fault. But the Russian broke straight back. Dementieva sealed the set with a 4th break point when Venus produced double fault. The Russian broke in the first and third games of the final set. In the 6th game Venus had break points only for Dementieva to hold.  The Russian clinched the match 2 games later.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus won it 6-3.

answers: NDQ_006329

answers: a topographical map of venus

answers: NDQ_006330

answers: yes

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Maroon Group.

answers: NDQ_006324

answers: Venus Williams faced Elena Dementieva.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus Williams faced Elena Dementieva.

answers: NDQ_006327

answers: Venus Williams

answers: NDQ_006328

answers: Venus won it 6-3.

answers: NDQ_006329

answers: Venus Williams faced Elena Dementieva.

answers: NDQ_006330

answers: Venus Williams

answers: NDQ_006331

answers: Venus

text: In the mid-18th century, the dynamics of the Solar System were reasonably well understood, but astronomers only had an approximate idea of its scale. If the distance between two planets could be measured, all the other distances would be known from Kepler's laws of planetary motion. The best candidate for an accurate measurement was the distance between the Earth and Venus, which could be calculated from observations of transits of Venus, when Venus passes directly between the Earth and the Sun, appearing as a small black dot moving across the face of the Sun.

text: In the mid-18th century, the

text: dynamics

text: of the

text: Solar System

text: were reasonably well understood, but astronomers only had an approximate idea of its scale. If the distance between two planets could be measured, all the other distances would be known from

text: Kepler's laws of planetary motion

text: . The best candidate for an accurate measurement was the distance between the Earth and

text: Venus

text: , which could be calculated from observations of

text: transits of Venus

text: , when Venus passes directly between the Earth and the Sun, appearing as a small black dot moving across the face of the Sun.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Venus passes directly between the Earth and the Sun,

answers: NDQ_006324

answers: Venus passes directly between the Earth and the Sun,

answers: NDQ_006325

answers: directly between the Earth and the Sun,

answers: NDQ_006326

answers: transits of Venus,

answers: NDQ_006327

answers: Venus, which could be calculated from observations of transits of Venus,

answers: NDQ_006328

answers: Venus passes directly between the Earth and the Sun,

answers: NDQ_006329

answers: small black dot

answers: NDQ_006330

answers: Venus passes directly between the Earth and the Sun,

answers: NDQ_006331

answers: Venus,

text: After arriving in Singapore, there a miscommunication about having dinner, and El Hefe has gone missing. Kent explains wandering through Singapore to find him would be a bad idea, and Jay has to attempt to soothe the restless crowd at the venue. Finally, 5 minutes after the band is supposed to be on stage, El Hefe shows up, completely oblivious to the fact that he's extremely late. The band rushes to the venue as fast they can and make it to the show 15 minutes late.

text: After arriving in Singapore, there a miscommunication about having dinner, and El Hefe has gone missing. Kent explains wandering through Singapore to find him would be a bad idea, and Jay has to attempt to soothe the restless crowd at the venue. Finally, 5 minutes after the band is supposed to be on stage, El Hefe shows up, completely oblivious to the fact that he's extremely late. The band rushes to the venue as fast they can and make it to the show 15 minutes late.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is a planet

answers: NDQ_006327

answers: it is a hot planet

answers: NDQ_006328

answers: NDQ_006329

answers: a crater

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: NDQ_006322

answers: Singapore,

answers: NDQ_006323

answers: Singapore,

answers: NDQ_006324

answers: Singapore,

answers: NDQ_006325

answers: Singapore,

answers: NDQ_006326

answers: Singapore,

answers: NDQ_006327

answers: Singapore

answers: NDQ_006328

answers: Singapore,

answers: NDQ_006329

answers: Singapore,

answers: NDQ_006330

answers: Singapore

answers: NDQ_006331

answers: Singapore to find him would be a bad idea,

text: Beneath a constant shroud of clouds, Venus is a swamp world drenched by nearly continuous rainfall. Much of the surface is covered by a shallow ocean that averages less than ten feet deep. The plants are similar to those of the Mesozoic age of Earth, and dinosaurs roam the jungles.

text: Beneath a constant shroud of clouds, Venus is a swamp world drenched by nearly continuous rainfall. Much of the surface is covered by a shallow ocean that averages less than ten feet deep. The plants are similar to those of the

text: Mesozoic

text: age of Earth, and dinosaurs roam the jungles.

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: a swamp world

answers: NDQ_006330

answers: is covered by a shallow ocean

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus is a swamp world drenched by nearly continuous rainfall.

answers: NDQ_006324

answers: swamp world drenched by nearly continuous rainfall.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus is a swamp world drenched by nearly continuous rainfall.

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: Venus is a swamp world

answers: NDQ_006330

answers: a shallow ocean that averages less than ten feet deep.

answers: NDQ_006331

answers: Venus

text: Venus was never quite so popular as Mars, probably because it obdurately refused to display any surface features (it is covered with sulfuric acid clouds only dimly translucent to visible light), making any statement about its nature disturbingly speculative. In 1918, chemist Svante Arrhenius, deciding that Venus' cloud cover was necessarily water, decreed in The Destinies of the Stars that "A very great part of the surface of Venus is no doubt covered with swamps" and compared Venus' humidity to the tropical rain forests of the Congo. Venus thus became, until the early 1960s, a place for science fiction writers to place all manner of unusual life forms, from quasi-dinosaurs to intelligent carnivorous plants, and where hostile interactions with Venusian natives were reminiscent of European colonial projects in Africa and Asia (see Venus in fiction). In fact Venus's surface is hot enough to melt lead, and it is extremely hostile to life.

text: Venus

text: was never quite so popular as Mars, probably because it obdurately refused to display any surface features (it is covered with sulfuric acid clouds only dimly translucent to visible light), making any statement about its nature disturbingly speculative. In 1918, chemist

text: Svante Arrhenius

text: , deciding that Venus' cloud cover was necessarily water, decreed in The Destinies of the Stars that "A very great part of the surface of Venus is no doubt covered with swamps" and compared Venus' humidity to the tropical

text: rain forest

text: s of the

text: Congo

text: . Venus thus became, until the early 1960s, a place for science fiction writers to place all manner of unusual life forms, from quasi-dinosaurs to intelligent carnivorous plants, and where hostile interactions with Venusian natives were reminiscent of European

text: colonial

text: projects in Africa and Asia (see

text: Venus in fiction

text: ). In fact Venus's surface is hot enough to melt lead, and it is extremely hostile to life.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: sulfuric acid

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus's surface is hot enough to melt lead

answers: NDQ_006329

answers: A very great part of the surface of Venus is no doubt covered with swamps

answers: NDQ_006330

answers: hot enough to melt lead

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mars,

answers: NDQ_006323

answers: lead,

answers: NDQ_006324

answers: sulfuric acid

answers: NDQ_006325

answers: Venus was never quite so popular as Mars,

answers: NDQ_006326

answers: Mars,

answers: NDQ_006327

answers: Venus's surface is hot enough to melt lead,

answers: NDQ_006328

answers: Venus's surface is hot enough to melt lead,

answers: NDQ_006329

answers: swamps"

answers: NDQ_006330

answers: hot enough to melt lead,

answers: NDQ_006331

answers: Venus's surface is hot enough to melt lead,

text: Close to the earth's surface, the atmosphere normally gets colder with height, but on certain days, the atmosphere begins to get warmer with height a short distance from the earth's surface, and air emissions build up under this "cap" on the vertical mixing. Topographic features (such as a valley) that prevent lateral atmospheric mixing, coupled with the vertical cap on atmospheric mixing caused by an inversion, can lead to especially high air pollutant concentrations, for example, the 1948 Donora smog.

text: Close to the earth's surface, the atmosphere normally gets colder with height, but on certain days, the atmosphere begins to get warmer with height a short distance from the earth's surface, and air emissions build up under this "cap" on the vertical mixing. Topographic features (such as a valley) that prevent lateral atmospheric mixing, coupled with the vertical cap on atmospheric mixing caused by an inversion, can lead to especially high air pollutant concentrations, for example, the

text: 1948 Donora smog

answers: NDQ_006322

answers: Donora

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: air

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: valleys

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Donora

answers: NDQ_006323

answers: inversion,

answers: NDQ_006324

answers: valley) that prevent lateral atmospheric mixing,

answers: NDQ_006325

answers: vertical mixing. Topographic features

answers: NDQ_006326

answers: Close to the earth's surface,

answers: NDQ_006327

answers: Close to the earth's surface,

answers: NDQ_006328

answers: Close to the earth's surface,

answers: NDQ_006329

answers: a valley)

answers: NDQ_006330

answers: Close to the earth's surface,

answers: NDQ_006331

answers: Close to the earth's surface,

text: The morning star is an appearance of the planet Venus, an inferior planet, meaning that its orbit lies between that of the Earth and the Sun. Depending on the orbital locations of both Venus and Earth, it can be seen in the eastern morning sky for an hour or so before the Sun rises and dims it, or (as the evening star) in the western evening sky for an hour or so after the Sun sets, when Venus itself then sets. Venus is the brightest object in the sky after the Sun and the Moon, outshining the planets Jupiter and Saturn but, while these rise high in the sky, Venus never does. This may lie behind myths about deities associated with the morning star proudly striving for the highest place among the gods and being cast down.

text: The morning star is an appearance of the planet Venus, an

text: inferior planet

text: , meaning that its

text: orbit

text: lies between that of the

text: Earth

text: and the

text: Sun

text: . Depending on the orbital locations of both Venus and Earth, it can be seen in the eastern morning sky for an hour or so before the Sun rises and dims it, or (as the evening star) in the western evening sky for an hour or so after the Sun sets, when Venus itself then sets. Venus is the brightest object in the sky after the Sun and the Moon, outshining the planets

text: Jupiter

text: and

text: Saturn

text: but, while these rise high in the sky, Venus never does. This may lie behind myths about deities associated with the morning star proudly striving for the highest place among the gods and being cast down.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: less

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: a topographic map of venus reveals

answers: NDQ_006330

answers: is an inferior planet

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Earth and the Sun.

answers: NDQ_006324

answers: Venus

answers: NDQ_006325

answers: inferior planet,

answers: NDQ_006326

answers: Earth and the Sun.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus never does.

answers: NDQ_006329

answers: orbit lies between that of the Earth and the Sun.

answers: NDQ_006330

answers: Venus never does.

answers: NDQ_006331

answers: Jupiter and Saturn

text: At least two Hollywood motion pictures were partially filmed on the venue -- Lawrence of Arabia, 1962, and Knight and Day, 2010.

text: At least two

text: Hollywood

text: motion pictures were partially filmed on the venue --

text: Lawrence of Arabia

text: , 1962, and

text: Knight and Day

text: , 2010.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanoes on Venus are a type of volcanic activity that occurs on the surface of the planet.

answers: NDQ_006329

answers: Venus is a planet in the solar system.

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Arabia,

answers: NDQ_006323

answers: Lawrence of Arabia,

answers: NDQ_006324

answers: Hollywood motion pictures were partially filmed on the venue -- Lawrence of Arabia,

answers: NDQ_006325

answers: Lawrence of Arabia,

answers: NDQ_006326

answers: Lawrence of Arabia, 1962, and Knight and Day, 2010.

answers: NDQ_006327

answers: Lawrence of Arabia, 1962, and Knight and Day, 2010.

answers: NDQ_006328

answers: Lawrence of Arabia, 1962, and Knight and Day, 2010.

answers: NDQ_006329

answers: Lawrence of Arabia,

answers: NDQ_006330

answers: Lawrence of Arabia, 1962, and Knight and Day, 2010.

answers: NDQ_006331

answers: Lawrence of Arabia, 1962, and Knight and Day, 2010.

text: Unfortunately, it was impossible to time the exact moment of the start and end of the transit because of the phenomenon known as the "black drop effect". This effect was long thought to be due to Venus's thick atmosphere, and initially it was held to be the first real evidence that Venus had an atmosphere. However, recent studies demonstrate that it is an optical effect caused by the smearing of the image of Venus by turbulence in the Earth's atmosphere or imperfections in the viewing apparatus.

text: Unfortunately, it was impossible to time the exact moment of the start and end of the transit because of the phenomenon known as the "

text: black drop effect

text: ". This effect was long thought to be due to Venus's thick atmosphere, and initially it was held to be the first real evidence that Venus had an atmosphere. However, recent studies demonstrate that it is an optical effect caused by the smearing of the image of Venus by turbulence in the Earth's atmosphere or imperfections in the viewing apparatus.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: It was thought to be due to Venus's thick atmosphere

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: turbulence in the Earth's atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus's

answers: NDQ_006323

answers: "black drop effect".

answers: NDQ_006324

answers: thick atmosphere,

answers: NDQ_006325

answers: Venus had an atmosphere.

answers: NDQ_006326

answers: turbulence in the Earth's atmosphere or imperfections in the viewing apparatus.

answers: NDQ_006327

answers: Venus's thick atmosphere,

answers: NDQ_006328

answers: "black drop effect".

answers: NDQ_006329

answers: Venus had an atmosphere.

answers: NDQ_006330

answers: turbulence in the Earth's atmosphere or imperfections in the viewing apparatus.

answers: NDQ_006331

answers: "black drop effect".

text: In 2006, the Extremity Games was formed for people with limb loss or limb difference to compete in extreme sports. College Park Industries, a manufacturer of prosthetic feet, organized this event to give amputee athletes a venue to compete in this increasingly popular sports genre also referred to as action sports.  This annual event held in the summer in Orlando, FL includes competitions in skateboarding, wakeboarding, rock climbing, mountain biking, surfing, moto-x and kayaking. Various organizations, such as Paradox Sports, have arisen to help empower and inspire disabled people through equipping and welcoming them into the extreme sports community.

text: In 2006, the

text: Extremity Games

text: was formed for people with limb loss or limb difference to compete in

text: extreme sports

text: College Park Industries

text: , a manufacturer of prosthetic feet, organized this event to give amputee athletes a venue to compete in this increasingly popular sports genre also referred to as

text: action sports

text: .  This annual event held in the summer in Orlando, FL includes competitions in skateboarding, wakeboarding, rock climbing, mountain biking, surfing, moto-x and kayaking. Various organizations, such as Paradox Sports, have arisen to help empower and inspire disabled people through equipping and welcoming them into the extreme sports community.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: moto-x

answers: NDQ_006323

answers: rock climbing, mountain biking, surfing, moto-x

answers: NDQ_006324

answers: prosthetic feet,

answers: NDQ_006325

answers: skateboarding, wakeboarding,

answers: NDQ_006326

answers: In 2006, the Extremity Games

answers: NDQ_006327

answers: moto-x and kayaking.

answers: NDQ_006328

answers: In 2006, the Extremity Games

answers: NDQ_006329

answers: rock climbing, mountain biking, surfing, moto-x and kayaking.

answers: NDQ_006330

answers: surfing, moto-x and kayaking.

answers: NDQ_006331

answers: In 2006, the Extremity Games

text: Motions can be divided into direct and indirect motions.Direct, proper or rigid motions are motions like translations and rotations that preserve the orientation of a chiral shape.Indirect, or inproper motions are motions like reflections, glide reflections and Improper rotations that invert the orientation of a chiral shape.Some geometers define motion in such a way that only direct motions are motions.

text: Motions can be divided into

entity_section: Classification of Euclidean plane isometries

text: direct

text: and indirect motions.Direct, proper or rigid motions are motions like

text: translation

text: s and

text: rotation

text: s that preserve the

text: orientation

text: of a

text: chiral

text: shape

text: .Indirect, or inproper motions are motions like

text: reflection

text: s,

text: glide reflection

text: s and

text: Improper rotation

text: s that invert the

text: orientation

text: of a

text: chiral

text: shape

text: .Some geometers define motion in such a way that only direct motions are motions.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: direct motions

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: direct

answers: NDQ_006327

answers: direct

answers: NDQ_006328

answers: direct

answers: NDQ_006329

answers: direct motions

answers: NDQ_006330

answers: direct motions

answers: NDQ_006331

answers: Mercury

answers: NDQ_006322

answers: motions.Direct,

answers: NDQ_006323

answers: rigid motions

answers: NDQ_006324

answers: reflections, glide reflections

answers: NDQ_006325

answers: direct

answers: NDQ_006326

answers: Motions can be divided into direct and indirect motions.Direct,

answers: NDQ_006327

answers: Motions can be divided into direct and indirect motions.Direct,

answers: NDQ_006328

answers: Motions can be divided into direct and indirect motions.Direct,

answers: NDQ_006329

answers: chiral shape.Indirect,

answers: NDQ_006330

answers: Motions can be divided into direct and indirect motions.Direct,

answers: NDQ_006331

answers: Motions can be divided into direct and indirect motions.Direct,

text: In a parliament, it may also be called a parliamentary motion and may include legislative motions, budgetary motions, supplementary budgetary motions, and petitionary motions.

text: In a

text: parliament

text: , it may also be called a parliamentary motion and may include

text: legislative motion

text: s, budgetary motions, supplementary budgetary motions, and petitionary motions.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanism on venus

answers: NDQ_006329

answers: ecliptic

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: In a parliament,

answers: NDQ_006323

answers: In a parliament, it may also be called a parliamentary motion

answers: NDQ_006324

answers: parliamentary motion

answers: NDQ_006325

answers: In a parliament,

answers: NDQ_006326

answers: parliamentary motion

answers: NDQ_006327

answers: parliamentary motion

answers: NDQ_006328

answers: parliamentary motion

answers: NDQ_006329

answers: parliamentary motion

answers: NDQ_006330

answers: parliamentary motion

answers: NDQ_006331

answers: parliamentary motion

text: In view of this extreme development on both sides, the atmosphere between the two national groups was extremely tense after the war and the Slovene language continued to retreat steadily despite the fact that in the mixed-language areas every schoolchild now had to undergo bilingual instruction. Because of this, however, members of German-speaking families were counted among the numbers of the Slovene Carinthians in publications from Ljubljana, which then caused such families to deny their knowledge of the Slovene dialect so that every-day communication in this Slovene dialect between the ethnic groups ceased.

text: In view of this extreme development on both sides, the atmosphere between the two national groups was extremely tense after the war and the Slovene language continued to retreat steadily despite the fact that in the mixed-language areas every schoolchild now had to undergo bilingual instruction. Because of this, however, members of German-speaking families were counted among the numbers of the Slovene Carinthians in publications from

text: Ljubljana

text: , which then caused such families to deny their knowledge of the Slovene dialect so that every-day communication in this Slovene dialect between the ethnic groups ceased.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: Slovene language

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Slovene Carinthians

answers: NDQ_006323

answers: German-speaking families were counted

answers: NDQ_006324

answers: Slovene language

answers: NDQ_006325

answers: extreme development

answers: NDQ_006326

answers: the atmosphere between the two national groups was extremely tense after the war

answers: NDQ_006327

answers: extremely tense

answers: NDQ_006328

answers: the Slovene language continued to retreat steadily

answers: NDQ_006329

answers: Slovene language continued to retreat steadily

answers: NDQ_006330

answers: Ljubljana,

answers: NDQ_006331

answers: extremely tense

text: Throughout 2015, debate over venues and possible case dismissals ensued. Ultimately, the case moved to Nevada federal courts, where Zuffa was denied its motion to stay discovery for 15 years of its financial records.

text: Throughout 2015, debate over venues and possible case dismissals ensued. Ultimately, the case moved to Nevada federal courts, where Zuffa was denied its motion to stay

text: discovery

text: for 15 years of its financial records.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Throughout 2015, debate over venues and possible case dismissals

answers: NDQ_006323

answers: Throughout 2015, debate over venues and possible case dismissals

answers: NDQ_006324

answers: Throughout 2015, debate over venues and possible case dismissals

answers: NDQ_006325

answers: 15 years

answers: NDQ_006326

answers: Throughout 2015, debate over venues and possible case dismissals ensued.

answers: NDQ_006327

answers: Throughout

answers: NDQ_006328

answers: Throughout 2015, debate over venues and possible case dismissals

answers: NDQ_006329

answers: Throughout 2015, debate over venues and possible case dismissals

answers: NDQ_006330

answers: Throughout 2015, debate over venues and possible case dismissals

answers: NDQ_006331

answers: Throughout

text: Tesserae are regions of heavily deformed terrain on Venus, characterized by two or more intersecting tectonic elements, high topography, and subsequent high radar backscatter. Tesserae often represent the oldest material at any given location and are among the most tectonically deformed terrains on Venus's surface. Diverse types of tessera terrain exist. It is not currently clear if this is due to a variety in the interactions of Venus's mantle with regional crustal or lithospheric stresses, or if these diverse terrains represent different locations in the timeline of crustal plateau formation and fall. Multiple models of tessera formation exist and further extensive studies of Venus's surface are necessary to fully understand this complex terrain.

text: Tesserae are regions of heavily deformed terrain on

text: Venus

text: , characterized by two or more intersecting

text: tectonic element

text: s, high

text: topography

text: , and subsequent high radar

text: backscatter

text: . Tesserae often represent the oldest material at any given location and are among the most tectonically deformed terrains on Venus's surface. Diverse types of tessera terrain exist. It is not currently clear if this is due to a variety in the interactions of Venus's mantle with regional crustal or lithospheric stresses, or if these diverse terrains represent different locations in the timeline of crustal plateau formation and fall. Multiple models of tessera formation exist and further extensive studies of Venus's surface are necessary to fully understand this complex terrain.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: Lithospheric stresses

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Tesserae

answers: NDQ_006329

answers: Tesserae

answers: NDQ_006330

answers: Multiple models of tessera formation exist

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: crustal or lithospheric

answers: NDQ_006324

answers: Tesserae

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Tesserae are regions of heavily deformed terrain on Venus,

answers: NDQ_006328

answers: Tesserae

answers: NDQ_006329

answers: Tesserae

answers: NDQ_006330

answers: Multiple models of tessera formation

answers: NDQ_006331

answers: Venus,

text: There are various technical aspects of virtual reality that can induce sickness, such as mismatched motion, field of view, motion parallax, and viewing angle.  Additionally, the amount of time spent in virtual reality can increase the presence of symptoms. Mismatched motion can be defined as a discrepancy between the motion of the simulation and the motion that the user expects.  It is possible to induce motion sickness in virtual reality when the frequencies of mismatched motion are similar to those for motion sickness in reality, such as seasickness.  These frequencies can be experimentally manipulated, but also have the propensity to arise from system errors.Generally, increasing the field of view increases incidence of simulator sickness symptoms.  This relationship has been shown to be curvilinear, with symptoms approaching an asymptote for fields of view above 140°.Altering motion parallax distances to those less than the distance between the human eyes in large multiple-screen simulation setups can induce oculomotor distress, such as headaches, eyestrain, and blurred vision.  There are fewer reports of oculomotor distress on smaller screens; however, most simulation setups with motion parallax effects can still induce eyestrain, fatigue, and general discomfort over time.Viewing angle has been shown to increase a user's sickness symptoms, especially at extreme angles.  One example of such an extreme angle would be when a user must look downwards a short distance in front of their virtual feet.  As opposed to a forward viewing angle, an extreme downward angle such as this has been shown to markedly increase sickness in virtual environments.Time spent immersed in a virtual environment contributes to sickness symptom presence due to the increasing effects of fatigue on the user.  Oculomotor symptoms are the most common to occur due to immersion time, but the nature of the user's movements (e.g., whole-body vs. head-only) is suggested to be the primary cause of nausea or physical sickness.

text: There are various technical aspects of virtual reality that can induce sickness, such as mismatched motion, field of view, motion parallax, and viewing angle.  Additionally, the amount of time spent in virtual reality can increase the presence of symptoms. Mismatched motion can be defined as a discrepancy between the motion of the simulation and the motion that the user expects.  It is possible to induce motion sickness in virtual reality when the frequencies of mismatched motion are similar to those for motion sickness in reality, such as seasickness.  These frequencies can be experimentally manipulated, but also have the propensity to arise from system errors.Generally, increasing the

text: field of view

text: increases incidence of simulator sickness symptoms.  This relationship has been shown to be curvilinear, with symptoms approaching an asymptote for fields of view above 140°.Altering motion parallax distances to those less than the distance between the human eyes in large multiple-screen simulation setups can induce oculomotor distress, such as headaches,

text: eyestrain

text: , and blurred vision.  There are fewer reports of oculomotor distress on smaller screens; however, most simulation setups with motion parallax effects can still induce eyestrain, fatigue, and general discomfort over time.Viewing angle has been shown to increase a user's sickness symptoms, especially at extreme angles.  One example of such an extreme angle would be when a user must look downwards a short distance in front of their virtual feet.  As opposed to a forward viewing angle, an extreme downward angle such as this has been shown to markedly increase sickness in virtual environments.Time spent immersed in a virtual environment contributes to sickness symptom presence due to the increasing effects of fatigue on the user.  Oculomotor symptoms are the most common to occur due to immersion time, but the nature of the user's movements (e.g., whole-body vs. head-only) is suggested to be the primary cause of nausea or physical sickness.

answers: NDQ_006322

answers: the sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: NDQ_006322

answers: seasickness.

answers: NDQ_006323

answers: virtual reality

answers: NDQ_006324

answers: smaller screens;

answers: NDQ_006325

answers: environments.Time

answers: NDQ_006326

answers: the amount of time spent in virtual reality

answers: NDQ_006327

answers: time.Viewing angle

answers: NDQ_006328

answers: screens; however, most simulation setups with motion parallax effects

answers: NDQ_006329

answers: Oculomotor symptoms

answers: NDQ_006330

answers: virtual feet.

answers: NDQ_006331

answers: the amount of time spent in virtual reality can increase the presence of symptoms.

text: The study of extraterrestrial atmospheres is an active field of research, both as an aspect of astronomy and to gain insight into Earth's atmosphere. In addition to Earth, many of the other astronomical objects in the Solar System have atmospheres. These include all the gas giants, as well as Mars, Venus, and Pluto. Several moons and other bodies also have atmospheres, as do comets and the Sun. There is evidence that extrasolar planets can have an atmosphere. Comparisons of these atmospheres to one another and to Earth's atmosphere broaden our basic understanding of atmospheric processes such as the greenhouse effect, aerosol and cloud physics, and atmospheric chemistry and dynamics.

text: The study of extraterrestrial atmospheres is an active field of research, both as an aspect of astronomy and to gain insight into Earth's atmosphere. In addition to Earth, many of the other

text: astronomical object

text: s in the

text: Solar System

text: have

text: atmosphere

text: s. These include all the

text: gas giants

text: , as well as

text: Mars

text: Venus

text: , and

text: Pluto

text: . Several

text: moons

text: and other bodies also have atmospheres, as do

text: comet

text: s and the

text: Sun

text: . There is evidence that

text: extrasolar planet

text: s can have an atmosphere. Comparisons of these atmospheres to one another and to Earth's atmosphere broaden our basic understanding of atmospheric processes such as the

text: greenhouse effect

text: aerosol

text: and cloud physics, and

text: atmospheric chemistry

text: and dynamics.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: aerosols

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: unanswerable

answers: NDQ_006328

answers: Several moons and other bodies also have atmospheres

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: There is evidence that extrasolar planets can have an atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mars, Venus,

answers: NDQ_006323

answers: Venus,

answers: NDQ_006324

answers: aerosol

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: Venus,

answers: NDQ_006329

answers: extrasolar planets can have an atmosphere.

answers: NDQ_006330

answers: Venus,

answers: NDQ_006331

answers: Venus,

text: Defendants can waive venue at the time of trial  (Neirbo Co. v. Bethlehem Shipbuilding Corp.,  ).   Plaintiffs can waive venue at the time of trial.  Plaintiffs may also waive their right to sue in certain venues through a contract that contains a valid and reasonable  forum selection clause or venue selection clause.  Forum selection clauses, establishing venue convenient to the offeror, are near universal in form contracts offered by a party that does business in many places.

text: Defendants can waive venue at the time of trial  (

text: Neirbo Co. v. Bethlehem Shipbuilding Corp.

text: ,  ).   Plaintiffs can waive venue at the time of trial.  Plaintiffs may also waive their right to sue in certain venues through a contract that contains a valid and reasonable

text: forum selection clause

text: or venue selection clause.  Forum selection clauses, establishing venue convenient to the offeror, are near universal in form contracts offered by a party that does business in many places.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: a topographical map of Venus

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: (Neirbo

answers: NDQ_006323

answers: Defendants can waive venue at the time of trial

answers: NDQ_006324

answers: NDQ_006325

answers: Defendants can waive venue at the time of trial

answers: NDQ_006326

answers: Defendants can waive venue at the time of trial

answers: NDQ_006327

answers: Defendants can waive venue at the time of trial

answers: NDQ_006328

answers: Defendants can waive venue at the time of trial

answers: NDQ_006329

answers: Defendants can waive venue at the time of trial

answers: NDQ_006330

answers: Defendants can waive venue at the time of trial

answers: NDQ_006331

answers: Defendants

text: Akatsuki is a Japanese space mission to the planet Venus. Planned observations include cloud and surface imaging from an orbit around the planet with an infrared camera, which are aimed at investigation of the complex Venusian meteorology. Other experiments are designed to confirm the presence of lightning and to determine whether volcanism occurs currently on Venus.  In most planets, the atmosphere circulates much slower than the rotation speed of the planet. However, on Venus, while the planet rotates at 6 km/h at the equator, the atmosphere spins around the planet at 300 km/h.

text: Akatsuki is a Japanese space mission to the planet

text: Venus

text: . Planned observations include cloud and surface imaging from an orbit around the planet with an

text: infrared camera

text: , which are aimed at investigation of the complex Venusian

text: meteorology

text: . Other experiments are designed to confirm the presence of

text: lightning

text: and to determine whether

text: volcanism

text: occurs currently on Venus.  In most planets, the atmosphere circulates much slower than the rotation speed of the planet. However, on Venus, while the planet rotates at 6 km/h at the equator, the atmosphere spins around the planet at 300 km/h.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: to determine whether volcanism occurs currently on Venus

answers: NDQ_006329

answers: surface imaging

answers: NDQ_006330

answers: the atmosphere spins around the planet at 300 km/h

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: infrared

answers: NDQ_006324

answers: infrared

answers: NDQ_006325

answers: 6 km/h at the equator,

answers: NDQ_006326

answers: orbit around the planet with an infrared camera,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: to determine whether volcanism occurs currently on Venus.

answers: NDQ_006329

answers: the atmosphere spins around the planet at 300 km/h.

answers: NDQ_006330

answers: lightning

answers: NDQ_006331

answers: Venus.

text: The SFS also scheduled a post-screening debate on the motion that "This house believes that Stanford University would be well served by welcoming back Condoleezza Rice to its faculty". The SFS invited conservative supporters of Rice, including Stanford fellow, Donald Rumsfeld, to debate in support of the motion. The film's director, Sebastian Doggart, was due to oppose the motion. The 500-seater Cubberley Auditorium was tagged as the venue; flyers and posters were ready for circulation, and invitations sent to the Hoover Institute, Stanford Daily, Intermissions, Stanford College Republicans, Stanford Review, Stanford Conservative Society, Stanford Amnesty, and Stanford Iraq Coalition.

text: The SFS also scheduled a post-screening debate on the motion that "This house believes that Stanford University would be well served by welcoming back Condoleezza Rice to its faculty". The SFS invited conservative supporters of Rice, including Stanford fellow,

text: Donald Rumsfeld

text: , to debate in support of the motion. The film's director, Sebastian Doggart, was due to oppose the motion. The 500-seater Cubberley Auditorium was tagged as the venue; flyers and posters were ready for circulation, and invitations sent to the Hoover Institute, Stanford Daily, Intermissions, Stanford College Republicans, Stanford Review, Stanford Conservative Society, Stanford Amnesty, and Stanford Iraq Coalition.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Stanford University would be well served by welcoming back Condoleezza Rice

answers: NDQ_006323

answers: Stanford fellow, Donald Rumsfeld,

answers: NDQ_006324

answers: Donald Rumsfeld,

answers: NDQ_006325

answers: The SFS

answers: NDQ_006326

answers: The SFS

answers: NDQ_006327

answers: The SFS

answers: NDQ_006328

answers: The SFS

answers: NDQ_006329

answers: Cubberley Auditorium

answers: NDQ_006330

answers: invitations sent to the Hoover Institute, Stanford Daily, Intermissions,

answers: NDQ_006331

answers: The SFS

text: When The Basement opened its doors it became Sydney's major jazz club during the seventies, and its success encouraged many other venue owners to hire jazz groups. Jazz producer Horst Liepolt, who was booking bands for The Basement, became very active at that time and he set in motion a number of jazz venues and events, including The Manly Jazz Festival, Jazz at the Sydney Festival and his own series of jazz concerts titled "Music is an Open Sky". Horst Liepolt also set up the 44 record label (a subsidiary of Phonogram records) which recorded over 30 albums of local jazz. He also organised numerous successful concerts at many of Sydney's high-profile entertainment venues including the Sydney Opera House and the Regent Theatre.

text: When The Basement opened its doors it became Sydney's major jazz club during the seventies, and its success encouraged many other venue owners to hire jazz groups. Jazz producer

text: Horst Liepolt

text: , who was booking bands for The Basement, became very active at that time and he set in motion a number of jazz venues and events, including The

text: Manly Jazz Festival

text: , Jazz at the

text: Sydney Festival

text: and his own series of jazz concerts titled "Music is an Open Sky". Horst Liepolt also set up the 44 record label (a subsidiary of Phonogram records) which recorded over 30 albums of local jazz. He also organised numerous successful concerts at many of Sydney's high-profile entertainment venues including the

text: Sydney Opera House

text: and the

text: Regent Theatre

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Sky".

answers: NDQ_006323

answers: Phonogram records)

answers: NDQ_006324

answers: "Music is an Open Sky".

answers: NDQ_006325

answers: Sky".

answers: NDQ_006326

answers: "Music is an Open Sky".

answers: NDQ_006327

answers: "Music is an Open Sky".

answers: NDQ_006328

answers: "Music is an Open Sky".

answers: NDQ_006329

answers: "Music is an Open Sky".

answers: NDQ_006330

answers: "Music is an Open Sky".

answers: NDQ_006331

answers: Jazz producer Horst Liepolt,

text: For the Winter Olympics, there are 22 venues that have been or will be used for cross-country skiing. The first events took near the main stadium. In 1936, the first efforts to hold all of Nordic skiing (Nordic combined, ski jumping) in one location took place. This was repeated in 1952. For the 1956 games, the venue was among the first in the Winter Olympics to meet the television needs of RAI, Italy's national broadcaster. The 1956 venue was constructed in an oblong  area in an east-west direction with the Grand Stands facing south. A temporary venue was created for the 1960 Games which also included biathlon for the first time. The first permanent Olympic venue in cross-country skiing took place in 1980. For all of Nordic skiing and biathlon, the first time they were in the same location was at the 2010 Games.

text: For the

text: Winter Olympics

text: , there are 22

text: venues

text: that have been or will be used for

entity_name: Cross-country skiing at the Winter Olympics

text: cross-country skiing

text: . The first events took near the main stadium. In

entity_name: Cross-country skiing at the 1936 Winter Olympics

text: , the first efforts to hold all of

text: Nordic skiing

text: Nordic combined

text: ski jumping

text: ) in one location took place. This was repeated in

entity_name: Cross-country skiing at the 1952 Winter Olympics

text: . For the

entity_name: Cross-country skiing at the 1956 Winter Olympics

text: 1956 games

text: , the venue was among the first in the Winter Olympics to meet the

text: television

text: needs of

text: RAI

text: Italy

text: 's national broadcaster. The 1956 venue was constructed in an oblong  area in an east-west direction with the Grand Stands facing south. A temporary venue was created for the

entity_name: Cross-country skiing at the 1960 Winter Olympics

text: 1960 Games

text: which also included

text: biathlon

text: for the first time. The first permanent Olympic venue in cross-country skiing took place in

entity_name: Cross-country skiing at the 1980 Winter Olympics

text: . For all of Nordic skiing and biathlon, the first time they were in the same location was at the

entity_name: Cross-country skiing at the 2010 Winter Olympics

text: 2010 Games

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: the Grand Stands facing south

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Italy's

answers: NDQ_006323

answers: 22 venues that have been or will be used for cross-country skiing.

answers: NDQ_006324

answers: 22 venues that have been or will be used for cross-country skiing.

answers: NDQ_006325

answers: east-west

answers: NDQ_006326

answers: 1980.

answers: NDQ_006327

answers: 1980.

answers: NDQ_006328

answers: 1980.

answers: NDQ_006329

answers: south.

answers: NDQ_006330

answers: 1980.

answers: NDQ_006331

answers: 22 venues that have been or will be used for cross-country skiing.

text: In the late 1960s and early 1970s, following his Ph.D. dissertation, Hansen published several papers on the planet Venus. Venus has a high brightness temperature in the radio frequencies compared to the infrared. Hansen proposed that the hot surface was the result of aerosols trapping the internal energy of the planet. More recent studies have suggested that several billion years ago, Venus's atmosphere was much more like Earth's than it is now, and that there were probably substantial quantities of liquid water on the surface, but a runaway greenhouse effect was caused by the evaporation of that original water, which generated a critical level of greenhouse gases in its atmosphere.

text: In the late 1960s and early 1970s, following his Ph.D. dissertation, Hansen published several papers on the planet

text: Venus

text: . Venus has a high

text: brightness temperature

text: in the radio frequencies compared to the infrared. Hansen proposed that the hot surface was the result of aerosols trapping the internal energy of the planet. More recent studies have suggested that several billion years ago,

text: Venus's atmosphere

text: was much more like Earth's than it is now, and that there were probably substantial quantities of liquid water on the surface, but a

text: runaway greenhouse effect

text: was caused by the evaporation of that original water, which generated a critical level of

text: greenhouse gas

text: es in its atmosphere.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: aerosols

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: has a high brightness temperature in the radio frequencies

answers: NDQ_006329

answers: a high brightness temperature

answers: NDQ_006330

answers: has a high brightness temperature

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: aerosols

answers: NDQ_006324

answers: aerosols

answers: NDQ_006325

answers: Venus. Venus has a high brightness temperature in the radio frequencies

answers: NDQ_006326

answers: Earth's

answers: NDQ_006327

answers: evaporation of that original water,

answers: NDQ_006328

answers: Venus has a high brightness temperature in the radio frequencies

answers: NDQ_006329

answers: Venus's atmosphere was much more like Earth's than it is now,

answers: NDQ_006330

answers: high brightness temperature in the radio frequencies compared to the infrared.

answers: NDQ_006331

answers: Venus.

text: About 80% of the Venusian surface is covered by smooth, volcanic plains, consisting of 70% plains with wrinkle ridges and 10% smooth or lobate plains. Two highland "continents" make up the rest of its surface area, one lying in the planet's northern hemisphere and the other just south of the equator. The northern continent is called Ishtar Terra, after Ishtar the Babylonian goddess of love, and is about the size of Australia. Maxwell Montes, the highest mountain on Venus, lies on Ishtar Terra. Its peak is 11 km above the Venusian average surface elevation. The southern continent is called Aphrodite Terra, after the Greek goddess of love, and is the larger of the two highland regions at roughly the size of South America. A network of fractures and faults covers much of this area.

text: About 80% of the Venusian surface is covered by smooth, volcanic plains, consisting of 70% plains with wrinkle ridges and 10% smooth or lobate plains. Two

text: highland "continents"

text: make up the rest of its surface area, one lying in the planet's northern hemisphere and the other just south of the equator. The northern continent is called

text: Ishtar Terra

text: , after

text: Ishtar

text: the

text: Babylon

text: ian goddess of love, and is about the size of Australia.

text: Maxwell Montes

text: , the highest mountain on Venus, lies on Ishtar Terra. Its peak is 11 km above the Venusian average surface elevation. The southern continent is called

text: Aphrodite Terra

text: , after the

text: Greek

text: goddess of love, and is the larger of the two highland regions at roughly the size of South America. A network of fractures and faults covers much of this area.

answers: NDQ_006322

answers: Australia

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: smooth, volcanic plains

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: About 80% of the Venusian surface is covered by smooth, volcanic plains

answers: NDQ_006329

answers: 80% of the Venusian surface is covered by smooth, volcanic plains

answers: NDQ_006330

answers: 80% of the Venusian surface is covered by smooth, volcanic plains

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Australia.

answers: NDQ_006323

answers: volcanic

answers: NDQ_006324

answers: volcanic plains, consisting of 70% plains with wrinkle ridges

answers: NDQ_006325

answers: equator.

answers: NDQ_006326

answers: 80% of the Venusian surface is covered by smooth, volcanic plains,

answers: NDQ_006327

answers: 80% of the Venusian surface is covered by smooth, volcanic plains,

answers: NDQ_006328

answers: 80% of the Venusian surface is covered by smooth, volcanic plains,

answers: NDQ_006329

answers: 80% of the Venusian surface is covered by smooth, volcanic plains,

answers: NDQ_006330

answers: 80% of the Venusian surface is covered by smooth, volcanic plains,

answers: NDQ_006331

answers: Venusian surface is covered by smooth, volcanic plains,

text: In United States law, a motion is a procedural device for decision. It is a request to the judge (or judges) to make a decision about the case. Motions may be made at any point in administrative, criminal or civil proceedings, although that right is regulated by court rules which vary from place to place. The party requesting the motion may be called the movant, or may simply be the moving party. The party opposing the motion is the nonmovant or nonmoving party.

text: In

text: United States law

text: , a motion is a

text: procedural device

text: for decision. It is a request to the

text: judge

text: (or judges) to make a decision about the

text: case

text: . Motions may be made at any point in

text: administrative

text: criminal

text: or

text: civil proceedings

text: , although that right is

text: regulated

text: by court rules which vary from place to place. The party requesting the motion may be called the movant, or may simply be the moving party. The party opposing the motion is the nonmovant or nonmoving party.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: motion

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: In United States

answers: NDQ_006323

answers: movant, or may simply be the moving party.

answers: NDQ_006324

answers: movant, or may simply be the moving party.

answers: NDQ_006325

answers: In United States

answers: NDQ_006326

answers: a motion is a procedural device for decision.

answers: NDQ_006327

answers: a motion is a procedural device for decision.

answers: NDQ_006328

answers: a motion is a procedural device for decision.

answers: NDQ_006329

answers: movant, or may simply be the moving party.

answers: NDQ_006330

answers: a motion is a procedural device for decision.

answers: NDQ_006331

answers: a motion is a procedural device for decision.

text: A terrestrial planet of the right size is needed to retain an atmosphere, like Earth and Venus. On Earth, once the giant impact of Theia thinned Earth's Atmosphere other events were needed to make the atmosphere capable of sustaining life for a long time span. On Earth the Late Heavy Bombardment reseeded Earth with water lost after the impact of Theia. The development of an ozone layer formed protection from ultraviolet (UV) radiation from the Sun.  Nitrogen and carbon dioxide are needed in a correct ratio for life to form. Nitrogen is needed for amino and nucleic acids. Lightning is needed for nitrogen fixation to happen. The carbon dioxide gas needed for life comes from sources such as volcanoes and geysers. Carbon dioxide is only needed at low levels, in Earth's atmosphere it is at 0.04 percent (400 ppm) by volume of the atmosphere. At high levels carbon dioxide is a poisonous. Precipitation is needed to have a stable water cycle. A proper atmosphere must reduce temperature extremes between day and night (the diurnal temperature variation).

text: A terrestrial planet of the right size is needed to retain an atmosphere, like Earth and Venus. On Earth, once the giant impact of

text: Theia

text: thinned

text: Earth's Atmosphere

text: other events were needed to make the atmosphere capable of sustaining life for a long time span. On Earth the

text: Late Heavy Bombardment

text: reseeded Earth with water lost after the impact of Theia. The development of an

text: ozone layer

text: formed protection from

text: ultraviolet

text: (UV) radiation from the Sun.

text: Nitrogen

text: and

text: carbon dioxide

text: are needed in a correct ratio for life to form. Nitrogen is needed for

text: amino

text: and

text: nucleic acid

text: s.

text: Lightning

text: is needed for

text: nitrogen fixation

text: to happen. The carbon dioxide

text: gas

text: needed for life comes from sources such as

text: volcano

text: es and

text: geyser

text: s. Carbon dioxide is only needed at low levels, in Earth's atmosphere it is at 0.04 percent (400

text: ppm

text: ) by volume of the atmosphere. At high levels carbon dioxide is a poisonous.

text: Precipitation

text: is needed to have a stable water cycle. A proper atmosphere must reduce

text: temperature

text: extremes between

text: day

text: and

text: night

text: (the

text: diurnal temperature variation

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: nitrogen

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The carbon dioxide gas needed for life comes from sources such as volcanoes

answers: NDQ_006329

answers: a proper atmosphere

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: Nitrogen

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: size

answers: NDQ_006326

answers: Venus.

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: The carbon dioxide gas needed for life comes from sources such as volcanoes

answers: NDQ_006329

answers: temperature extremes between day and night

answers: NDQ_006330

answers: Venus.

answers: NDQ_006331

answers: Venus.

text: The United States Geological Survey defines sixty two cartographic quadrangles for the surface of Venus, with V-1 as the north pole region and V-62 as the south pole region. Base on the FMAPs, different groups of Venus researchers are mapping different quadrangles for the surface of Venus, resulting in different type of units defined.

text: The

text: United States Geological Survey

text: defines sixty two cartographic quadrangles for the surface of Venus, with V-1 as the north pole region and V-62 as the south pole region. Base on the FMAPs, different groups of Venus researchers are mapping different quadrangles for the surface of Venus, resulting in different type of units defined.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: V-1 as the north pole region

answers: NDQ_006329

answers: V-1

answers: NDQ_006330

answers: sixty two cartographic quadrangles for the surface of Venus

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: V-1 as the north pole region and V-62

answers: NDQ_006324

answers: Venus,

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: north pole region and V-62 as the south pole region.

answers: NDQ_006329

answers: north pole region and V-62 as the south pole region.

answers: NDQ_006330

answers: The United States Geological Survey defines sixty two cartographic quadrangles

answers: NDQ_006331

answers: Venus,

text: As well using around fifty venues around the town and outside it, Fringe 2015 included the professionally managed venue group at Underground Venues. Since 2011, Underground Venues has been programming events at the newly refurbished Pavilion Arts Centre and Studio with Ed Reardon, Isy Suttie, Henning Wehn and Terry Christian being among the artists who have featured. A new managed venue, The Market Place, ran for a year in 2014.

text: As well using around fifty venues around the town and outside it, Fringe 2015 included the professionally managed venue group at Underground Venues. Since 2011, Underground Venues has been programming events at the newly refurbished Pavilion Arts Centre and Studio with

text: Ed Reardon

text: Isy Suttie

text: Henning Wehn

text: and Terry Christian being among the artists who have featured. A new managed venue, The Market Place, ran for a year in 2014.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Henning Wehn

answers: NDQ_006323

answers: Henning Wehn

answers: NDQ_006324

answers: Underground Venues.

answers: NDQ_006325

answers: 2014.

answers: NDQ_006326

answers: Fringe 2015 included the professionally managed venue group at Underground Venues.

answers: NDQ_006327

answers: Fringe 2015 included the professionally managed venue group at Underground Venues.

answers: NDQ_006328

answers: Fringe 2015 included the professionally managed venue group at Underground Venues.

answers: NDQ_006329

answers: fifty venues

answers: NDQ_006330

answers: Fringe 2015 included the professionally managed venue group at Underground Venues.

answers: NDQ_006331

answers: Underground Venues.

text: Venus and Serena Williams, two very successful American players, refused to play the Indian Wells tournament from 2001 to 2014 despite threats of financial sanctions and rating point penalties. The two were scheduled to play in the 2001 semi-final but Venus withdrew due to an injury. Amid speculations of match fixing, the crowd for the final loudly booed Serena Williams when she came out to play the final and continued to boo her intermittently through the entire match, even to the point of cheering unforced errors and double faults. Williams won the tournament and was subsequently booed during the awards ceremony. The following month at the Ericsson Open, Richard Williams, Serena and Venus's father, claimed racial slurs were directed at him while in the stands. Neither Venus nor Serena played the tournament until 2014. In 2015, Serena Williams played in the tournament, ending her 14-year boycott of the event.  Venus Williams ended her boycott by competing in 2016.

text: Venus

text: and

text: Serena Williams

text: , two very successful American players, refused to play the Indian Wells tournament from 2001 to 2014 despite threats of financial sanctions and rating point penalties. The two were scheduled to play in the 2001 semi-final but Venus withdrew due to an injury. Amid speculations of match fixing, the crowd for the final loudly booed Serena Williams when she came out to play the final and continued to boo her intermittently through the entire match, even to the point of cheering unforced errors and double faults. Williams won the tournament and was subsequently booed during the awards ceremony. The following month at the

text: Ericsson Open

text: Richard Williams

text: , Serena and Venus's father, claimed racial slurs were directed at him while in the stands. Neither Venus nor Serena played the tournament until 2014. In 2015, Serena Williams played in the tournament, ending her 14-year boycott of the event.  Venus Williams ended her boycott by competing in 2016.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus withdrew due to an injury

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: slurred

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus Williams ended her boycott by competing in 2016.

answers: NDQ_006324

answers: Venus Williams ended her boycott by competing in 2016.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus withdrew due to an injury.

answers: NDQ_006329

answers: Venus

answers: NDQ_006330

answers: Venus Williams ended her boycott by competing in 2016.

answers: NDQ_006331

answers: Venus

text: For the Summer Olympics, there are 25 venues starting with the letter 'W', no venues starting with the letter 'X', three venues starting with the letter 'Y', and four venues starting with the letter 'Z'.

text: For the

text: Summer Olympics

text: , there are 25 venues starting with the letter 'W', no venues starting with the letter 'X', three venues starting with the letter 'Y', and four venues starting with the letter 'Z'.

answers: NDQ_006322

answers: X

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: X

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: X

answers: NDQ_006327

answers: X

answers: NDQ_006328

answers: X

answers: NDQ_006329

answers: Y

answers: NDQ_006330

answers: Y

answers: NDQ_006331

answers: NDQ_006322

answers: 'W',

answers: NDQ_006323

answers: 'W',

answers: NDQ_006324

answers: 25 venues starting with the letter 'W',

answers: NDQ_006325

answers: no venues starting with the letter 'X',

answers: NDQ_006326

answers: 'Y', and four venues starting with the letter 'Z'.

answers: NDQ_006327

answers: 25 venues starting with the letter 'W',

answers: NDQ_006328

answers: 25 venues starting with the letter 'W',

answers: NDQ_006329

answers: no venues starting with the letter 'X',

answers: NDQ_006330

answers: 25 venues starting with the letter 'W',

answers: NDQ_006331

answers: 25 venues starting with the letter 'W',

text: Hambantota planned on building many new venues if it won the bid, including an athletics stadium, an aquatic centre, a multi-sports complex, a velodrome stadium and a hockey stadium. The athletes village would have been located around the Mahinda Rajapaksa International Stadium, which would have been one of the venues. The remaining venues would have been built near the cricket stadium. Unlike the Gold Coast's plan, which include venues in the nearby city of  Townsville, Hambantota's venues were all planned for the same area.

text: Hambantota planned on building many new venues if it won the bid, including an athletics stadium, an aquatic centre, a multi-sports complex, a velodrome stadium and a hockey stadium. The athletes village would have been located around the

entity_name: Mahinda Rajapaksa International Cricket Stadium

text: Mahinda Rajapaksa International Stadium

text: , which would have been one of the venues. The remaining venues would have been built near the cricket stadium. Unlike the Gold Coast's plan, which include venues in the nearby city of

text: Townsville

text: , Hambantota's venues were all planned for the same area.

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Gold Coast's

answers: NDQ_006323

answers: cricket stadium. Unlike the Gold Coast's

answers: NDQ_006324

answers: Hambantota

answers: NDQ_006325

answers: velodrome stadium and a hockey stadium.

answers: NDQ_006326

answers: nearby city of Townsville,

answers: NDQ_006327

answers: Hambantota

answers: NDQ_006328

answers: Hambantota

answers: NDQ_006329

answers: Hambantota

answers: NDQ_006330

answers: Hambantota

answers: NDQ_006331

answers: hockey stadium.

text: It became the first venue in the United States to make motion pictures a standard part of programming until it closed.

text: It became the first venue in the United States to make motion pictures a standard part of programming until it closed.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: craters

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: It became the first venue in the United States

answers: NDQ_006323

answers: It became the first venue in the United States

answers: NDQ_006324

answers: It became the first venue in the United States to make motion pictures

answers: NDQ_006325

answers: It became the first venue in the United States

answers: NDQ_006326

answers: It became the first venue in the United States

answers: NDQ_006327

answers: It became the first venue in the United States

answers: NDQ_006328

answers: It became the first venue in the United States

answers: NDQ_006329

answers: It became the first venue in the United States

answers: NDQ_006330

answers: It became the first venue in the United States

answers: NDQ_006331

answers: It became the first venue in the United States

text: The Venus Express spacecraft contains an infrared sensor which has detected near-IR emissions from the upper atmosphere of Venus.  The emissions come from nitric oxide (NO) and from molecular oxygen.  Scientists had previously determined in laboratory testing that during NO production, ultraviolet emissions and near-IR emissions were produced.  The UV radiation has been detected in the atmosphere, but until this mission, the atmosphere-produced near-IR emissions were only theoretical.

text: The

text: Venus Express

text: spacecraft contains an

text: infrared

text: sensor which has detected near-IR emissions from the upper atmosphere of

text: Venus

text: .  The emissions come from

text: nitric oxide

text: (NO) and from molecular oxygen.  Scientists had previously determined in laboratory testing that during NO production,

text: ultraviolet

text: emissions and near-IR emissions were produced.  The UV radiation has been detected in the atmosphere, but until this mission, the atmosphere-produced near-IR emissions were only theoretical.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: uranium

answers: NDQ_006324

answers: molecular oxygen

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: ultraviolet emissions and near-IR emissions

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: nitric oxide

answers: NDQ_006324

answers: nitric oxide

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: Venus.

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: near-IR emissions from the upper atmosphere of Venus.

answers: NDQ_006329

answers: nitric oxide (NO) and from molecular oxygen.

answers: NDQ_006330

answers: The UV radiation has been detected in the atmosphere,

answers: NDQ_006331

answers: Venus.

text: Interest in the geological characteristics of Venus was stimulated by the refinement of imaging techniques between 1970 and 1985. Early radar observations suggested merely that the surface of Venus was more compacted than the dusty surface of the Moon. The first radar images taken from the Earth showed very bright (radar-reflective) highlands christened Alpha Regio, Beta Regio, and Maxwell Montes; improvements in radar techniques later achieved an image resolution of 1–2 kilometres.

text: Interest in the

text: geological

text: characteristics of Venus was stimulated by the refinement of imaging techniques between 1970 and 1985. Early radar observations suggested merely that the surface of Venus was more compacted than the dusty surface of the Moon. The first radar images taken from the Earth showed very bright (radar-reflective) highlands christened

text: Alpha Regio

text: Beta Regio

text: , and

text: Maxwell Montes

text: ; improvements in radar techniques later achieved an image resolution of 1–2 kilometres.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: dust

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Early radar observations suggested merely that the surface of Venus was more compacted than the dusty surface of the Moon.

answers: NDQ_006329

answers: christened Alpha Regio, Beta Regio, and Maxwell Montes

answers: NDQ_006330

answers: more compacted

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Earth

answers: NDQ_006324

answers: dusty

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Earth

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: very bright (radar-reflective) highlands

answers: NDQ_006329

answers: very bright (radar-reflective) highlands

answers: NDQ_006330

answers: more compacted

answers: NDQ_006331

answers: Venus

text: Boss is noted for his work in cataloguing the locations and proper motions of stars. He also led an expedition to Chile in 1882 to observe the transit of Venus, and catalogued information concerning cometary orbits. His most significant discovery was the calculation of the convergent point of the Hyades star cluster. He was awarded the Gold Medal of the Royal Astronomical Society in 1905.

text: Boss is noted for his work in cataloguing the locations and

text: proper motion

text: s of stars. He also led an expedition to

text: Chile

text: in 1882 to observe the

text: transit

text: of

text: Venus

text: , and catalogued information concerning

text: comet

text: ary

text: orbit

text: s. His most significant discovery was the calculation of the convergent point of the

text: Hyades

text: star cluster

text: . He was awarded the

entity_name: Gold Medal of the Royal Astronomical Society

text: Gold Medal of the Royal Astronomical Society

text: in 1905.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: comets

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: the convergent point

answers: NDQ_006330

answers: He also led an expedition to Chile in 1882 to observe the transit

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: cometary orbits.

answers: NDQ_006324

answers: cometary orbits.

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: the transit of Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: transit of Venus,

answers: NDQ_006329

answers: convergent point of the Hyades star cluster.

answers: NDQ_006330

answers: transit of Venus,

answers: NDQ_006331

answers: Venus,

text: The 7th St Entry is a smaller venue (capacity 250) attached to the historic First Avenue (capacity 1500). This space was once used as a restaurant area (the "Greyhound Cafe") in the bus station, before it became the music venue that is known today as "The Entry" among the locals.  "The Entry" opened its doors in March 1980 (under club Sam's) as a venue that catered to local bands.  The 7th St Entry is a venue where smaller and lesser known bands play (more popular bands play the First Avenue main-room).  Several recordings have been recorded live at The Entry, including Hüsker Dü's first album, Land Speed Record; the song, "Cables," on Big Black's Atomizer album; Rifle Sport's live album, Live at the Entry, Dead at the Exit; and Motion City Soundtrack's, Commit This to Memory live DVD.

text: The 7th St Entry is a smaller venue (capacity 250) attached to the historic First Avenue (capacity 1500). This space was once used as a restaurant area (the "Greyhound Cafe") in the bus station, before it became the music venue that is known today as "The Entry" among the locals.  "The Entry" opened its doors in March 1980 (under club Sam's) as a venue that catered to local bands.  The 7th St Entry is a venue where smaller and lesser known bands play (more popular bands play the First Avenue main-room).  Several recordings have been recorded live at The Entry, including

text: Hüsker Dü

text: 's first album,

text: Land Speed Record

text: ; the song, "Cables," on

text: Big Black

text: 's

text: Atomizer

text: album;

text: Rifle Sport

text: 's live album,

text: Live at the Entry, Dead at the Exit

text: ; and

text: Motion City Soundtrack

text: 's,

text: Commit This to Memory

text: live DVD.

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Atomizer

answers: NDQ_006323

answers: Hüsker Dü's

answers: NDQ_006324

answers: The 7th St Entry

answers: NDQ_006325

answers: 250) attached to the historic First Avenue

answers: NDQ_006326

answers: The 7th St Entry

answers: NDQ_006327

answers: The 7th St Entry

answers: NDQ_006328

answers: The 7th St Entry

answers: NDQ_006329

answers: The 7th St Entry

answers: NDQ_006330

answers: The 7th St Entry

answers: NDQ_006331

answers: The 7th St Entry

text: The  building houses a 200-meter oval with banked turns.  The track surface is Red and Grey Mondo. There is a 60-meter straight in the center of the oval.  Inside the oval there are shot put areas, high jump areas, and elevated horizontal jumping and pole vault runways.  A new  by  video scoreboard was installed in 2005.    There is also a  warm up area (commonly called "The Green Room", because of the green colored Mondo surface) with restrooms for the athletes in the south wing of the venue.

text: The  building houses a 200-meter oval with banked turns.  The track surface is Red and Grey Mondo. There is a 60-meter straight in the center of the oval.  Inside the oval there are shot put areas, high jump areas, and elevated horizontal jumping and pole vault runways.  A new  by  video scoreboard was installed in 2005.    There is also a  warm up area (commonly called "The Green Room", because of the green colored Mondo surface) with restrooms for the athletes in the south wing of the venue.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: "The Green Room",

answers: NDQ_006323

answers: Red and Grey Mondo.

answers: NDQ_006324

answers: Red and Grey Mondo.

answers: NDQ_006325

answers: 200-meter oval with banked turns.

answers: NDQ_006326

answers: elevated horizontal jumping and pole vault runways.

answers: NDQ_006327

answers: 2005.

answers: NDQ_006328

answers: 2005.

answers: NDQ_006329

answers: 200-meter oval with banked turns.

answers: NDQ_006330

answers: Red and Grey Mondo.

answers: NDQ_006331

answers: 2005.

text: Traditionally the main speed skating venues in Oslo was Frogner stadion and Bislett stadion. In 1933, the city council decided to build a skating rink at Tryvann to allow for a longer season. Unlike the city-center venues which were just above mean sea level, Tryvann stadion was located at  above mean sea level. This allowed the skating season to last from 1 November to 1 April. Transport was available via the Holmenkollen Line. During the 1952 Winter Olympics, the venue was designated as a reserve venue for Bislett, but never used. During the 1970s, the venue was demolished to make room for parking.

text: Traditionally the main speed skating venues in Oslo was

text: Frogner stadion

text: and

text: Bislett stadion

text: . In 1933, the city council decided to build a skating rink at Tryvann to allow for a longer season. Unlike the city-center venues which were just above mean sea level, Tryvann stadion was located at

text: above mean sea level

text: . This allowed the skating season to last from 1 November to 1 April. Transport was available via the

text: Holmenkollen Line

text: . During the

text: 1952 Winter Olympics

text: , the venue was designated as a reserve venue for Bislett, but never used. During the 1970s, the venue was demolished to make room for parking.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: sea level.

answers: NDQ_006323

answers: mean sea level,

answers: NDQ_006324

answers: above mean sea level.

answers: NDQ_006325

answers: mean sea level,

answers: NDQ_006326

answers: Tryvann stadion was located at above mean sea level.

answers: NDQ_006327

answers: Unlike the city-center venues which were just above mean sea level,

answers: NDQ_006328

answers: Tryvann stadion was located at above mean sea level.

answers: NDQ_006329

answers: mean sea level,

answers: NDQ_006330

answers: above mean sea level.

answers: NDQ_006331

answers: Tryvann stadion was located at above mean sea level.

text: also makes close approaches to Venus and will pass  from Venus on 24 January 2115.

text: also makes close approaches to Venus and will pass  from Venus on 24 January 2115.

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is impossible to say

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: will pass from Venus

answers: NDQ_006329

answers: venus is a planet

answers: NDQ_006330

answers: is hot

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus on 24 January 2115.

answers: NDQ_006324

answers: Venus on 24 January 2115.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: close approaches to Venus and will pass from Venus on 24 January 2115.

answers: NDQ_006327

answers: Venus on 24 January 2115.

answers: NDQ_006328

answers: 24 January 2115.

answers: NDQ_006329

answers: close approaches to Venus and will pass from Venus on 24 January 2115.

answers: NDQ_006330

answers: close approaches to Venus and will pass from Venus on 24 January 2115.

answers: NDQ_006331

answers: Venus on 24 January 2115.

text: Since the late 1950s, increasingly clear evidence from various space probes showed Venus has an extreme climate, with a greenhouse effect generating a constant temperature of about 500 °C on the surface. The atmosphere contains sulfuric acid clouds and the atmospheric pressure at the surface is 90 bar, almost 100 times that of Earth and similar to that of more than  deep in Earth's oceans. In such environment, and given the increasingly hostile characteristics of the Venusian weather, the chances of life as we know it are excluded from the surface of Venus. However, there are still some opinions in favor of such a possibility in the atmosphere.

text: Since the late 1950s, increasingly clear evidence from various space probes showed Venus has an extreme climate, with a

text: greenhouse effect

text: generating a constant temperature of about 500 °C on the surface. The atmosphere contains

text: sulfuric acid

text: clouds and the atmospheric pressure at the surface is 90

text: bar

text: , almost 100 times that of Earth and similar to that of more than  deep in Earth's oceans. In such environment, and given the increasingly hostile characteristics of the Venusian weather, the chances of life as we know it are excluded from the surface of Venus. However, there are still some opinions in favor of such a possibility in the atmosphere.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: sulfuric acid

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: a constant temperature of about 500 °C on the surface

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: a constant temperature of about 500 °C

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: sulfuric acid

answers: NDQ_006324

answers: sulfuric acid

answers: NDQ_006325

answers: 100 times

answers: NDQ_006326

answers: space probes

answers: NDQ_006327

answers: 90 bar,

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: Venus has an extreme climate,

answers: NDQ_006330

answers: Venus has an extreme climate,

answers: NDQ_006331

answers: Venus

text: A participant needs to choose a venue to present the work, liaise with the venue so the show time can be set. The policy of every venue is different but there are some venues that would give discount to participants to People's Fringe participants. There is a list of venues on the festival website but the participant is not limited to it. Then a registration form is to be completed, together with images for the show. There is no selection process. Everyone is welcome. Registration is open until the end of the festival and is for free.

text: A participant needs to choose a venue to present the work, liaise with the venue so the show time can be set. The policy of every venue is different but there are some venues that would give discount to participants to People's Fringe participants. There is a list of venues on the festival website but the participant is not limited to it. Then a registration form is to be completed, together with images for the show. There is no selection process. Everyone is welcome. Registration is open until the end of the festival and is for free.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: People's Fringe

answers: NDQ_006323

answers: free.

answers: NDQ_006324

answers: free.

answers: NDQ_006325

answers: free.

answers: NDQ_006326

answers: People's Fringe

answers: NDQ_006327

answers: People's Fringe

answers: NDQ_006328

answers: People's Fringe

answers: NDQ_006329

answers: People's Fringe

answers: NDQ_006330

answers: People's Fringe

answers: NDQ_006331

answers: free.

text: The People's Choice Awards are a venue for the American public to honor their favorite actors and actresses, musical performers, television shows, and motion pictures. It is fans who voted.

text: The

text: People's Choice Awards

text: are a venue for the American public to honor their favorite actors and actresses, musical performers, television shows, and motion pictures. It is fans who voted.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanoes on Venus

answers: NDQ_006329

answers: Venus is a planet in the solar system.

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: The People's Choice Awards

answers: NDQ_006323

answers: The People's Choice Awards

answers: NDQ_006324

answers: The People's Choice Awards

answers: NDQ_006325

answers: American public to honor their favorite actors and actresses,

answers: NDQ_006326

answers: The People's Choice Awards

answers: NDQ_006327

answers: The People's Choice Awards

answers: NDQ_006328

answers: The People's Choice Awards

answers: NDQ_006329

answers: The People's Choice Awards

answers: NDQ_006330

answers: The People's Choice Awards

answers: NDQ_006331

answers: The People's Choice Awards

text: Upon receipt of the guilty verdict against their client, Collins' defense attorneys announced their intention to appeal upon the grounds of "tainted identification and the change of venue question." The first motion by Collins' attorneys, contending denial of defense motions to move the trial outside of Washtenaw County and the prejudice of prosecution witnesses, was filed with the Michigan Court of Appeals on December 14, 1970. This first appeal was formally rejected on October 24, 1972.

text: Upon receipt of the guilty verdict against their client, Collins' defense attorneys announced their intention to

text: appeal

text: upon the grounds of "tainted identification and the change of venue question." The first motion by Collins' attorneys, contending denial of defense motions to move the trial outside of Washtenaw County and the prejudice of prosecution witnesses, was filed with the

text: Michigan Court of Appeals

text: on December 14, 1970. This first appeal was formally rejected on October 24, 1972.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: "tainted identification

answers: NDQ_006323

answers: Michigan Court of Appeals on December 14, 1970.

answers: NDQ_006324

answers: "tainted identification

answers: NDQ_006325

answers: Michigan Court of Appeals on December 14, 1970.

answers: NDQ_006326

answers: Michigan Court of Appeals on December 14, 1970.

answers: NDQ_006327

answers: October 24, 1972.

answers: NDQ_006328

answers: October 24, 1972.

answers: NDQ_006329

answers: "tainted identification

answers: NDQ_006330

answers: "tainted identification

answers: NDQ_006331

answers: 1970.

text: It may be possible for other parts of the Solar System to be inhabited by humanity at some point in the future. Geoffrey Landis of NASA's Glenn Research Center in particular has pointed out that "[at] cloud-top level, Venus is the paradise planet", as one could construct aerostat habitats and floating cities there easily, based on the concept that breathable air is a lifting gas in the dense Venusian atmosphere. Venus would, like also Saturn, Uranus, and Neptune, in the upper layers of their atmospheres, even afford a gravitation almost exactly as strong as that on Earth (see colonization of Venus).

text: It may be possible for other parts of the Solar System to be inhabited by humanity at some point in the future.

text: Geoffrey Landis

text: of

text: NASA

text: 's

text: Glenn Research Center

text: in particular has pointed out that "[at] cloud-top level, Venus is the paradise planet", as one could construct

text: aerostat

text: habitats and

text: floating cities

text: there easily, based on the concept that breathable air is a lifting gas in the dense

text: Venusian atmosphere

text: Venus

text: would, like also

text: Saturn

text: Uranus

text: , and

text: Neptune

text: , in the upper layers of their atmospheres, even afford a

text: gravitation

text: almost exactly as strong as

text: that on Earth

text: (see

text: colonization of Venus

answers: NDQ_006322

answers: Uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: breathable air

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: cloud-top level

answers: NDQ_006330

answers: dense Venusian atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Saturn, Uranus, and Neptune,

answers: NDQ_006323

answers: breathable air is a lifting gas

answers: NDQ_006324

answers: breathable air

answers: NDQ_006325

answers: gravitation almost exactly as strong

answers: NDQ_006326

answers: Earth

answers: NDQ_006327

answers: dense Venusian atmosphere.

answers: NDQ_006328

answers: gravitation almost exactly as strong as that on Earth

answers: NDQ_006329

answers: gravitation almost exactly as strong as that on Earth

answers: NDQ_006330

answers: breathable air is a lifting gas in the dense Venusian atmosphere.

answers: NDQ_006331

answers: Venus

text: On January 6, 1969 the sky was clear in Leary and the planet Venus was near its maximum brightness and in the direction described by Carter.  Ufologist Robert Sheaffer concluded that the object that Carter witnessed was a misidentification of Venus . Ufologist Allan Hendry did calculations and agrees with the assessment of it being Venus .  This could also be the Venus "Halo" , as was discussed on The Skeptics' Guide to the Universe podcast #105 in a 2007 interview with Jimmy Carter.   In the interview Carter stated that he did not believe the object was Venus, explaining that he was an amateur astronomer and knew what Venus looked like. He also said that as a scientist he did not believe it was an alien craft and at the time assumed it was probably a military aircraft from a nearby base. However, he said that the object did not make any sound like a helicopter would do. Carter also said that he did not believe that any extraterrestrials have visited Earth. He also stated he knows of no government cover-up of extraterrestrial visits and that the rumors that the CIA refused to give him information about UFOs are not true.

text: On January 6, 1969 the sky was clear in Leary and the planet

text: Venus

text: was near its maximum brightness and in the direction described by Carter.  Ufologist

text: Robert Sheaffer

text: concluded that the object that Carter witnessed was a misidentification of Venus . Ufologist

text: Allan Hendry

text: did calculations and agrees with the assessment of it being Venus .  This could also be the Venus "Halo" , as was discussed on

text: The Skeptics' Guide to the Universe

text: podcast #105 in a 2007 interview with Jimmy Carter.   In the interview Carter stated that he did not believe the object was Venus, explaining that he was an amateur astronomer and knew what Venus looked like. He also said that as a scientist he did not believe it was an alien craft and at the time assumed it was probably a military aircraft from a nearby base. However, he said that the object did not make any sound like a helicopter would do. Carter also said that he did not believe that any extraterrestrials have visited Earth. He also stated he knows of no government cover-up of extraterrestrial visits and that the rumors that the CIA refused to give him information about UFOs are not true.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: NDQ_006328

answers: On January 6, 1969

answers: NDQ_006329

answers: a topographical map of Venus reveals

answers: NDQ_006330

answers: he was an amateur astronomer

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Earth.

answers: NDQ_006324

answers: military aircraft from a nearby base.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: nearby base.

answers: NDQ_006327

answers: Venus was near its maximum brightness and in the direction described by Carter.

answers: NDQ_006328

answers: Venus was near its maximum brightness and in the direction described by Carter.

answers: NDQ_006329

answers: direction described by Carter.

answers: NDQ_006330

answers: Venus looked like.

answers: NDQ_006331

answers: Venus

text: Petitioner, a corporate citizen of Virginia, entered into a contract to build a child development center in Fort Hood, Texas. The Petitioner then entered into a subcontract with a Texas corporation for work on the project. The contract specified that any litigation resulting from the contract would be brought in state court in Norfolk, Virginia or in the United States District Court for the Eastern District of Virginia. When a dispute arose under the contract, the Texas corporation filed suit in the United States District Court for the Western District of Texas, invoking that court's diversity jurisdiction. The Petitioner moved to dismiss the suit on the grounds that venue was "wrong" under 28 U.S.C. 1406(a) and "improper" under Federal Rule of Civil Procedure 12(b)(3), citing the contract's forum selection clause. In the alternative, the Petitioner sought transfer to the Eastern District of Virginia under 28 U.S.C. 1404(a). The district court denied both motions. On appeal, the United States Court of Appeals for the Fifth Circuit refused to grant a writ of mandamus directing the district court to grant either motion.

text: Petitioner, a corporate citizen of Virginia, entered into a contract to build a child development center in

text: Fort Hood, Texas

text: . The Petitioner then entered into a subcontract with a Texas corporation for work on the project. The contract specified that any litigation resulting from the contract would be brought in state court in

text: Norfolk, Virginia

text: or in the

entity_name: United States District Court for the Eastern District of Virginia

text: United States District Court for the Eastern District of Virginia

text: . When a dispute arose under the contract, the Texas corporation filed suit in the

entity_name: United States District Court for the Western District of Texas

text: United States District Court for the Western District of Texas

text: , invoking that court's

text: diversity jurisdiction

text: . The Petitioner moved to dismiss the suit on the grounds that venue was "wrong" under 28 U.S.C. 1406(a) and "improper" under Federal Rule of Civil Procedure 12(b)(3), citing the contract's forum selection clause. In the alternative, the Petitioner sought transfer to the Eastern District of Virginia under 28 U.S.C. 1404(a). The district court denied both motions. On appeal, the

entity_name: United States Court of Appeals for the Fifth Circuit

text: United States Court of Appeals for the Fifth Circuit

text: refused to grant a writ of mandamus directing the district court to grant either motion.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Western District of Texas,

answers: NDQ_006323

answers: Eastern District of Virginia.

answers: NDQ_006324

answers: Texas,

answers: NDQ_006325

answers: 12(b)(3),

answers: NDQ_006326

answers: Virginia or in the United States District Court for the Eastern District of Virginia.

answers: NDQ_006327

answers: Western District of Texas,

answers: NDQ_006328

answers: United States Court of Appeals for the Fifth Circuit

answers: NDQ_006329

answers: Western District of Texas,

answers: NDQ_006330

answers: Western District of Texas,

answers: NDQ_006331

answers: Eastern District of Virginia.

text: The Indian Venusian orbiter mission is a proposed orbiter to Venus by the Indian Space Research Organisation (ISRO) to study the atmosphere of Venus. If funded, it would be launched between 2017 and 2020.

text: The Indian Venusian orbiter mission is a proposed orbiter to

text: Venus

text: by the

text: Indian Space Research Organisation

text: (ISRO) to study the

text: atmosphere of Venus

text: . If funded, it would be launched between 2017 and 2020.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: no

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Indian Space Research Organisation

answers: NDQ_006324

answers: atmosphere of Venus.

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: Venus.

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: Venus.

answers: NDQ_006329

answers: atmosphere of Venus.

answers: NDQ_006330

answers: atmosphere

answers: NDQ_006331

answers: Venus.

text: The surface of Venus is effectively isothermal; it retains a constant temperature not only between day and night sides but between the equator and the poles. Venus's minute axial tilt—less than 3°, compared to 23° on Earth—also minimises seasonal temperature variation. The only appreciable variation in temperature occurs with altitude. The highest point on Venus, Maxwell Montes, is therefore the coolest point on Venus, with a temperature of about  and an atmospheric pressure of about . In 1995, the Magellan spacecraft imaged a highly reflective substance at the tops of the highest mountain peaks that bore a strong resemblance to terrestrial snow. This substance likely formed from a similar process to snow, albeit at a far higher temperature. Too volatile to condense on the surface, it rose in gaseous form to higher elevations, where it is cooler and could precipitate. The identity of this substance is not known with certainty, but speculation has ranged from elemental tellurium to lead sulfide (galena).

text: The surface of Venus is effectively

text: isothermal

text: ; it retains a constant temperature not only between day and night sides but between the equator and the poles. Venus's minute

text: axial tilt

text: —less than 3°, compared to 23° on Earth—also minimises seasonal temperature variation. The only appreciable variation in temperature occurs with altitude. The highest point on Venus,

text: Maxwell Montes

text: , is therefore the coolest point on Venus, with a temperature of about  and an atmospheric pressure of about . In 1995, the

text: Magellan spacecraft

text: imaged a

text: highly reflective substance

text: at the tops of the highest mountain peaks that bore a strong resemblance to terrestrial snow. This substance likely formed from a similar process to snow, albeit at a far higher temperature. Too volatile to condense on the surface, it rose in gaseous form to higher elevations, where it is cooler and could precipitate. The identity of this substance is not known with certainty, but speculation has ranged from elemental

text: tellurium

text: to lead sulfide (

text: galena

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: too volatile to condense

answers: NDQ_006325

answers: less

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanoes on Venus

answers: NDQ_006329

answers: The only appreciable variation in temperature occurs with altitude

answers: NDQ_006330

answers: is effectively isothermal

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: lead sulfide

answers: NDQ_006324

answers: lead sulfide (galena).

answers: NDQ_006325

answers: tilt—less than 3°,

answers: NDQ_006326

answers: Earth—also

answers: NDQ_006327

answers: about.

answers: NDQ_006328

answers: it rose in gaseous form to higher elevations,

answers: NDQ_006329

answers: The only appreciable variation in temperature occurs with altitude.

answers: NDQ_006330

answers: effectively isothermal;

answers: NDQ_006331

answers: Venus

text: An equestrian drill team is a group of horses and riders performing choreographed maneuvers to music.  Teams typically perform at rodeos, horse fairs, parades, benefits, and drill team competitions. Drill teams are intended to entertain, show sportsmanship, horsemanship, teamwork and dedication. Competition drill at the national level is a controlled ride and has continuous forward motion. Some competition venues have set up special divisions of competition to provide for novice, rodeo, youth, gaited and special effects (as allowed at the venue) such as theme and drama. Theme drill provides a division that allows teams to showcase their uniforms, horse ability, music, and inclusions of trick riding or other variations.

text: An equestrian drill team is a group of

text: horse

text: s and riders performing choreographed maneuvers to music.  Teams typically perform at

text: rodeo

text: s, horse fairs,

text: parade

text: s, benefits, and drill team competitions. Drill teams are intended to entertain, show sportsmanship, horsemanship, teamwork and dedication. Competition drill at the national level is a controlled ride and has continuous forward motion. Some competition venues have set up special divisions of competition to provide for novice,

text: rodeo

text: , youth,

text: gaited

text: and special effects (as allowed at the venue) such as theme and drama. Theme drill provides a division that allows teams to showcase their uniforms, horse ability, music, and inclusions of trick riding or other variations.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: equestrian drill team

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: NDQ_006322

answers: horses

answers: NDQ_006323

answers: gaited

answers: NDQ_006324

answers: horses and riders performing choreographed

answers: NDQ_006325

answers: gaited

answers: NDQ_006326

answers: An equestrian drill team

answers: NDQ_006327

answers: An equestrian drill team

answers: NDQ_006328

answers: equestrian drill team

answers: NDQ_006329

answers: novice, rodeo, youth, gaited

answers: NDQ_006330

answers: equestrian drill team

answers: NDQ_006331

answers: An equestrian drill team

text: The last day saw another showdown between Serena Williams and defending champion Venus Williams for the title. Serena progressed to the finals undefeated; beating, Elena Dementieva, Svetlana Kuznetsova and Venus in the group stage. Before defeating Caroline Wozniacki in the semifinals. Venus progressed to the finals after having a bad start, losing close three setters to Serena and Dementieva, whilst defeating Kuznetsova. Venus received a lucky break as Dementieva lost to Kuznetsova, tying all 3 players with Venus winning and progressing to the semifinals. Venus progressed to the final when she defeated Jelena Janković. Serena held the lifetime match record at 12-10 against Venus; coming into the final. With Serena winning their last 3 meetings. The first set saw Serena as dominate as she lost only 4 points on serve. Serena took advantage of her sister's poor service game converting two of six break points in the 3rd and 7th game to take the first set 6-2. The 2nd set featured no break point opportunities as it came down to a tie-break. In the tie-break Serena got the mini-break on the first point and rallied to a 5-1 lead only to see Venus cut it back to 5-4, but Serena won the tie-break 7-4 and the title. This win meant that Serena was the first player female to surpass the 6 million mark.

text: The last day saw another showdown between

text: Serena Williams

text: and defending champion

text: Venus Williams

text: for the title. Serena progressed to the finals undefeated; beating,

text: Elena Dementieva

text: Svetlana Kuznetsova

text: and Venus in the group stage. Before defeating

text: Caroline Wozniacki

text: in the semifinals. Venus progressed to the finals after having a bad start, losing close three setters to Serena and Dementieva, whilst defeating Kuznetsova. Venus received a lucky break as Dementieva lost to Kuznetsova, tying all 3 players with Venus winning and progressing to the semifinals. Venus progressed to the final when she defeated

text: Jelena Janković

text: . Serena held the lifetime match record at 12-10 against Venus; coming into the final. With Serena winning their last 3 meetings. The first set saw Serena as dominate as she lost only 4 points on serve. Serena took advantage of her sister's poor service game converting two of six break points in the 3rd and 7th game to take the first set 6-2. The 2nd set featured no break point opportunities as it came down to a tie-break. In the tie-break Serena got the mini-break on the first point and rallied to a 5-1 lead only to see Venus cut it back to 5-4, but Serena won the tie-break 7-4 and the title. This win meant that Serena was the first player female to surpass the 6 million mark.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus received a lucky break

answers: NDQ_006329

answers: Venus received a lucky break

answers: NDQ_006330

answers: Serena won the tie-break 7-4 and the title

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: Venus

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: losing close three setters to Serena

answers: NDQ_006329

answers: Venus

answers: NDQ_006330

answers: 6 million mark.

answers: NDQ_006331

answers: Venus

text: Craic agus ceol: "fun and music" in Irish, is a frequent description for the atmosphere. During the week, crowds come to Miltown solely for informal playing, or to listen to traditional Irish music in all kinds of venues - pubs, kitchens, and streets. This audience does not necessarily attend classes. Many attendees will come for the craic, with the local Spanish Point beach a well known hot spot for various parties of different musical varieties. Attendees will regularly get just one hour of sleep due to the level of banter. The density of musicians leads to pubs being jammed with sessions. Some venues may simultaneously host up to five sessions.

text: Craic agus ceol: "fun and music" in Irish, is a frequent description for the atmosphere. During the week, crowds come to Miltown solely for informal playing, or to listen to traditional Irish music in all kinds of venues - pubs, kitchens, and streets. This audience does not necessarily attend classes. Many attendees will come for the craic, with the local Spanish Point beach a well known hot spot for various parties of different musical varieties. Attendees will regularly get just one hour of sleep due to the level of banter. The density of musicians leads to pubs being jammed with sessions. Some venues may simultaneously host up to five sessions.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: craic agus ceol

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Spanish Point beach

answers: NDQ_006323

answers: Craic agus ceol:

answers: NDQ_006324

answers: Craic agus ceol:

answers: NDQ_006325

answers: one hour of sleep due to the level of banter.

answers: NDQ_006326

answers: Craic agus ceol:

answers: NDQ_006327

answers: one hour of sleep due to the level of banter.

answers: NDQ_006328

answers: Craic agus ceol:

answers: NDQ_006329

answers: Spanish Point beach

answers: NDQ_006330

answers: Spanish Point beach

answers: NDQ_006331

answers: one hour of sleep due to the level of banter.

text: A planet that is too small cannot hold much of an atmosphere. Hence the surface temperature becomes more variable and the average temperature drops. Substantial and long-lasting oceans become impossible. A small planet will also tend to have a rough surface, with large mountains and deep canyons. The core will cool faster, and plate tectonics will either not last as long as they would on a larger planet or may not occur at all. A planet that is too large will retain too much of its atmosphere and will be like Venus. Venus is similar in size and mass to Earth, but has a surface atmosphere pressure that is 92 times that of Earth's. Venus mean surface temperature is 735 K (462 °C; 863 °F) making Venus the hottest planet in the Solar System. Earth had a similar early atmosphere to Venus, but lost it in the giant impact event.

text: A planet that is too small cannot hold much of an atmosphere. Hence the surface temperature becomes more variable and the average temperature drops. Substantial and long-lasting oceans become impossible. A small planet will also tend to have a rough surface, with large mountains and deep canyons. The core will cool faster, and

text: plate tectonics

text: will either not last as long as they would on a larger planet or may not occur at all. A planet that is too large will retain too much of its atmosphere and will be like

text: Venus

text: . Venus is similar in size and mass to Earth, but has a surface atmosphere pressure that is 92 times that of Earth's. Venus mean surface temperature is 735 K (462 °C; 863 °F) making Venus the hottest planet in the Solar System. Earth had a similar early atmosphere to Venus, but lost it in the

text: giant impact event

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: a small planet will also tend to have a rough surface, with large mountains and deep canyons

answers: NDQ_006329

answers: mountains and deep canyons

answers: NDQ_006330

answers: surface temperature is 735 K

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: plate tectonics

answers: NDQ_006324

answers: A planet that is too large will retain too much of its atmosphere

answers: NDQ_006325

answers: 92

answers: NDQ_006326

answers: Venus is similar in size and mass to Earth,

answers: NDQ_006327

answers: 92 times that of Earth's.

answers: NDQ_006328

answers: A planet that is too large

answers: NDQ_006329

answers: large mountains and deep canyons.

answers: NDQ_006330

answers: 92 times that of Earth's.

answers: NDQ_006331

answers: Venus the hottest planet in the Solar System.

text: Red Room Stage- Quantum Turbo, Radio Deception, Venus Bogards, Hiphopapotamus, 8 Bit Cynics, Scales of Motion, Algebra, Eagle Claw

text: Red Room Stage- Quantum Turbo, Radio Deception, Venus Bogards, Hiphopapotamus, 8 Bit Cynics, Scales of Motion, Algebra, Eagle Claw

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: Hiphopapotamus

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: Astronomy

answers: NDQ_006327

answers: Venus Bogards

answers: NDQ_006328

answers: Hiphopapotamus

answers: NDQ_006329

answers: Hiphopapotamus

answers: NDQ_006330

answers: Hiphopapotamus

answers: NDQ_006331

answers: algebra

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus Bogards, Hiphopapotamus,

answers: NDQ_006324

answers: Venus Bogards, Hiphopapotamus,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus Bogards, Hiphopapotamus,

answers: NDQ_006327

answers: Venus Bogards,

answers: NDQ_006328

answers: Venus Bogards,

answers: NDQ_006329

answers: Venus Bogards,

answers: NDQ_006330

answers: Venus Bogards, Hiphopapotamus,

answers: NDQ_006331

answers: Venus Bogards, Hiphopapotamus,

text: Judge Roberts denied a defense motion for a change of venue although one of the victims, Diane Dosso Patisso, was an Assistant State Attorney for Polk County. The judge hid this information from the jury.

text: Judge Roberts denied a defense motion for a change of venue although one of the victims, Diane Dosso Patisso, was an Assistant State Attorney for Polk County. The judge hid this information from the jury.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: a crater

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Polk County.

answers: NDQ_006323

answers: Polk County.

answers: NDQ_006324

answers: jury.

answers: NDQ_006325

answers: Assistant State Attorney for Polk County.

answers: NDQ_006326

answers: one of the victims, Diane Dosso Patisso,

answers: NDQ_006327

answers: jury.

answers: NDQ_006328

answers: The judge hid this information from the jury.

answers: NDQ_006329

answers: Polk County.

answers: NDQ_006330

answers: The judge hid this information from the jury.

answers: NDQ_006331

answers: jury.

text: Venus has been the subject of a number of terraforming proposals. The proposals seek to remove or convert the dense carbon dioxide atmosphere, reduce Venus's  surface temperature, and establish a day/night light cycle closer to that of Earth. On the other hand, research has demonstrated that the planet's 243-day rotation period is actually an advantage in preserving Earth-like conditions on Venus if the planet is successfully terraformed.

text: Venus has been the subject of a number of

text: terraforming

text: proposals. The proposals seek to remove or convert the dense carbon dioxide atmosphere, reduce Venus's  surface temperature, and establish a day/night light cycle closer to that of Earth. On the other hand, research has demonstrated that the planet's 243-day rotation period is actually an advantage in preserving Earth-like conditions on Venus if the planet is successfully terraformed.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Earth-like conditions on Venus if the planet is successfully terraformed.

answers: NDQ_006329

answers: a day/night light cycle closer to that of Earth

answers: NDQ_006330

answers: has been the subject of a number of terraforming proposals

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: 243-day

answers: NDQ_006326

answers: Earth.

answers: NDQ_006327

answers: Venus's surface temperature,

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: Venus's surface temperature,

answers: NDQ_006330

answers: temperature,

answers: NDQ_006331

answers: Venus

text: All times are local: UTC+1/CET in French venues. UTC+0/WET in Irish venues. UTC+0/GMT in Welsh venues. UTC+0/GMT in Scottish venues.

text: All times are local:

text: CET

text: in French venues.

text: WET

text: in Irish venues.

text: GMT

text: in Welsh venues.

text: GMT

text: in Scottish venues.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: UTC+0

answers: NDQ_006327

answers: UTC+0/WET

answers: NDQ_006328

answers: UTC+0/GMT

answers: NDQ_006329

answers: UTC+0/GMT

answers: NDQ_006330

answers: UTC+0

answers: NDQ_006331

answers: Mercury

answers: NDQ_006322

answers: French

answers: NDQ_006323

answers: UTC+0/WET

answers: NDQ_006324

answers: UTC+0/WET

answers: NDQ_006325

answers: UTC+1/CET

answers: NDQ_006326

answers: UTC+0/WET

answers: NDQ_006327

answers: UTC+1/CET

answers: NDQ_006328

answers: All times are local: UTC+1/CET

answers: NDQ_006329

answers: All times are local: UTC+1/CET

answers: NDQ_006330

answers: All times are local: UTC+1/CET

answers: NDQ_006331

answers: UTC+1/CET

text: In physics, motion is a change in position of an object over time. Motion is typically described in terms of displacement, distance, velocity, acceleration, time and speed. Motion of a body is observed by attaching a frame of reference to an observer and measuring the change in position of the body relative to that frame.

text: In

text: physics

text: , motion is a change in

text: position

text: of an object over time. Motion is typically described in terms of

text: displacement

text: distance

text: velocity

text: acceleration

text: time

text: and

text: speed

text: . Motion of a body is observed by attaching a

text: frame of reference

text: to an observer and measuring the change in position of the body relative to that frame.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: distance

answers: NDQ_006327

answers: acceleration

answers: NDQ_006328

answers: NDQ_006329

answers: motion

answers: NDQ_006330

answers: is moving

answers: NDQ_006331

answers: NDQ_006322

answers: In physics, motion is a change in position of an object

answers: NDQ_006323

answers: displacement, distance, velocity, acceleration, time and speed.

answers: NDQ_006324

answers: motion

answers: NDQ_006325

answers: distance,

answers: NDQ_006326

answers: Motion is typically described in terms of displacement, distance,

answers: NDQ_006327

answers: In physics,

answers: NDQ_006328

answers: motion is a change in position of an object over time.

answers: NDQ_006329

answers: displacement, distance, velocity, acceleration, time and speed.

answers: NDQ_006330

answers: motion is a change in position of an object over time.

answers: NDQ_006331

answers: In

text: Venus has an extremely dense atmosphere composed of 96.5% carbon dioxide, 3.5% nitrogen, and traces of other gases, most notably sulfur dioxide. The mass of its atmosphere is 93 times that of Earth's, whereas the pressure at its surface is about 92 times that at Earth's—a pressure equivalent to that at a depth of nearly 1 kilometre under Earth's oceans. The density at the surface is 65 kg/m, 6.5% that of water or 50 times as dense as Earth's atmosphere at 20 °C at sea level. The -rich atmosphere generates the strongest greenhouse effect in the Solar System, creating surface temperatures of at least . This makes Venus's surface hotter than Mercury's, which has a minimum surface temperature of  and maximum surface temperature of , even though Venus is nearly twice Mercury's distance from the Sun and thus receives only 25% of Mercury's solar irradiance. This temperature is higher than that used for sterilization. The surface of Venus is often said to resemble traditional accounts of Hell.

text: Venus has an extremely dense

text: atmosphere

text: composed of 96.5%

text: carbon dioxide

text: , 3.5%

text: nitrogen

text: , and traces of other gases, most notably

text: sulfur dioxide

text: . The mass of its atmosphere is 93 times that of Earth's, whereas the pressure at its surface is about 92 times that at Earth's—a pressure equivalent to that at a depth of nearly 1 kilometre under Earth's oceans. The density at the surface is 65 kg/m, 6.5% that of water or 50 times as dense as Earth's atmosphere at 20 °C at sea level. The -rich atmosphere generates the strongest

text: greenhouse effect

text: in the Solar System, creating surface temperatures of at least . This makes Venus's surface hotter than

text: Mercury

text: 's, which has a minimum surface temperature of  and maximum surface temperature of , even though Venus is nearly twice Mercury's distance from the Sun and thus receives

text: only 25%

text: of Mercury's solar

text: irradiance

text: . This temperature is higher than that used for

text: sterilization

text: . The surface of Venus is often said to resemble traditional accounts of

text: Hell

answers: NDQ_006322

answers: Mercury

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus has an extremely dense atmosphere

answers: NDQ_006329

answers: density at the surface is 65 kg/m

answers: NDQ_006330

answers: is hotter than Mercury's

answers: NDQ_006331

answers: yes

answers: NDQ_006322

answers: Mercury's,

answers: NDQ_006323

answers: carbon dioxide,

answers: NDQ_006324

answers: 96.5% carbon dioxide,

answers: NDQ_006325

answers: 93 times

answers: NDQ_006326

answers: Venus is nearly twice Mercury's distance from the Sun

answers: NDQ_006327

answers: 92 times that at Earth's—a

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: The surface of Venus is often said to resemble traditional accounts of Hell.

answers: NDQ_006330

answers: The surface of Venus is often said to resemble traditional accounts of Hell.

answers: NDQ_006331

answers: Venus's surface hotter than Mercury's,

text: The second Quarterfinal day of the Women' side saw Venus Williams taking on Li Na first. The first set saw Venus take the first four games, However Li got one of the breaks back to go 2–4. Venus then took the next two games to take the set 6–2. In the second set Venus took command as she led 2–0. Then both players traded break 4–2 Venus. Venus the served for the match at 5–4 but Li broke back to 5–5 then it went to a tie-break which Li won 7–4. Venus then took the first game and then six successive breaks happened to push it to 4–3 Venus. Li then held serve after saving break point to go four all. At that point three successive breaks then transpired as Li served it out to win the set 7–5 and the match to join compatriot Zheng Jie in the Semifinals. The next match saw defending champion Serena Williams taking on Victoria Azarenka. In the first set Serena suffered her first broken service game of the tournament as she was broken in the first game. Both then held serve after cancelling break point to go 2–1 Azarenka. Serena then broke back to level it at 2–2. Azarenka then took the next three games to take a commanding 5–2 lead breaking Serena twice more. Serena then fought back getting one of the break back to go 4–5 down, but Azarenka was able to take the set 6–4. In the second set Azarenka took a commanding 4–0 lead. Azarenka appeared to be in cruise control for advancing to the semifinals, but Serena muscled her way back to take five straight games, to take the lead 5–4. And then it went to a tie-break, which Serena won 7–4. Azarenka then held serve to 1–0 but Serena then took the next five games to lead 5–1 and closed it out 6–2 to meet Li in the semifinals.

text: The second Quarterfinal day of the Women' side saw

text: Venus Williams

text: taking on

text: Li Na

text: first. The first set saw Venus take the first four games, However Li got one of the breaks back to go 2–4. Venus then took the next two games to take the set 6–2. In the second set Venus took command as she led 2–0. Then both players traded break 4–2 Venus. Venus the served for the match at 5–4 but Li broke back to 5–5 then it went to a tie-break which Li won 7–4. Venus then took the first game and then six successive breaks happened to push it to 4–3 Venus. Li then held serve after saving break point to go four all. At that point three successive breaks then transpired as Li served it out to win the set 7–5 and the match to join compatriot

text: Zheng Jie

text: in the Semifinals. The next match saw defending champion

text: Serena Williams

text: taking on

text: Victoria Azarenka

text: . In the first set Serena suffered her first broken service game of the tournament as she was broken in the first game. Both then held serve after cancelling break point to go 2–1 Azarenka. Serena then broke back to level it at 2–2. Azarenka then took the next three games to take a commanding 5–2 lead breaking Serena twice more. Serena then fought back getting one of the break back to go 4–5 down, but Azarenka was able to take the set 6–4. In the second set Azarenka took a commanding 4–0 lead. Azarenka appeared to be in cruise control for advancing to the semifinals, but Serena muscled her way back to take five straight games, to take the lead 5–4. And then it went to a tie-break, which Serena won 7–4. Azarenka then held serve to 1–0 but Serena then took the next five games to lead 5–1 and closed it out 6–2 to meet Li in the semifinals.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus Williams took on Li Na first.

answers: NDQ_006329

answers: Venus takes command as she led 2–0

answers: NDQ_006330

answers: yes

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Li

answers: NDQ_006323

answers: Li

answers: NDQ_006324

answers: Serena then broke back to level it at 2–2.

answers: NDQ_006325

answers: Azarenka.

answers: NDQ_006326

answers: Serena

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Serena then broke back to level it at 2–2.

answers: NDQ_006329

answers: Serena then broke back to level it at 2–2.

answers: NDQ_006330

answers: Serena then broke back to level it at 2–2.

answers: NDQ_006331

answers: Semifinals.

text: Much of the Venusian surface appears to have been shaped by volcanic activity. Venus has several times as many volcanoes as Earth, and it has 167 large volcanoes that are over 100 km across. The only volcanic complex of this size on Earth is the Big Island of Hawaii. This is not because Venus is more volcanically active than Earth, but because its crust is older. Earth's oceanic crust is continually recycled by subduction at the boundaries of tectonic plates, and has an average age of about 100 million years, whereas the Venusian surface is estimated to be 300–600 million years old.

text: Much of the Venusian surface appears to have been shaped by volcanic activity. Venus has several times as many volcanoes as Earth, and it has 167 large volcanoes that are over 100 km across. The only volcanic complex of this size on Earth is the

text: Big Island

text: of Hawaii. This is not because Venus is more volcanically active than Earth, but because its crust is older. Earth's

text: oceanic crust

text: is continually recycled by

text: subduction

text: at the boundaries of

text: tectonic plate

text: s, and has an average age of about 100 million years, whereas the Venusian surface is estimated to be 300–600 million years old.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: volcanic activity

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: 167 large volcanoes that are over 100 km across

answers: NDQ_006329

answers: volcanoes that are over 100 km across

answers: NDQ_006330

answers: 300–600 million years old

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Big Island of Hawaii.

answers: NDQ_006323

answers: crust is older. Earth's oceanic crust

answers: NDQ_006324

answers: volcanic activity. Venus has several times as many volcanoes

answers: NDQ_006325

answers: older.

answers: NDQ_006326

answers: Venus has several times as many volcanoes as Earth,

answers: NDQ_006327

answers: Venus has several times as many volcanoes

answers: NDQ_006328

answers: Venus has several times as many volcanoes as Earth,

answers: NDQ_006329

answers: 167 large volcanoes that are over 100 km across.

answers: NDQ_006330

answers: 300–600 million years old.

answers: NDQ_006331

answers: Venus

text: Traditionally, the energies and manifestations of the planets were different based on their declination or motion; for the planets Mercury, Venus, Mars, Jupiter, and Saturn, the diurnal energy represents the planet in direct motion, while the nocturnal energy refers to the retrograde motion of the planets.  For the Moon, this was illustrated by the waxing or waning periods of the Moon, respectively; the Sun's figures were based on the Sun during the day (or northern declination) or during the night (southern declination).  The zodiacal rulerships followed from the diurnal or nocturnal planetary rulership: nocturnal figures are assigned earth and water signs, while diurnal figures are assigned fire and air signs.  The North Node is assigned, by Gerard of Cremona, to Sagittarius and the South Node to Virgo (for the sake of finding the ascendant in astrological traditions of geomancy).  Once the zodiacal rulerships were agreed upon, all the following correspondences followed upon the geomantic figures, including what part of the body they each ruled over, different countries, planetary hours, body and character types, and so on.

text: Traditionally, the energies and manifestations of the planets were different based on their

text: declination

text: or

text: motion

text: ; for the planets Mercury, Venus, Mars, Jupiter, and Saturn, the diurnal energy represents the planet in direct motion, while the nocturnal energy refers to the retrograde motion of the planets.  For the Moon, this was illustrated by the waxing or waning periods of the Moon, respectively; the Sun's figures were based on the Sun during the day (or northern declination) or during the night (southern declination).  The zodiacal rulerships followed from the diurnal or nocturnal planetary rulership: nocturnal figures are assigned earth and water signs, while diurnal figures are assigned fire and air signs.  The North Node is assigned, by Gerard of Cremona, to Sagittarius and the South Node to Virgo (for the sake of finding the ascendant in astrological traditions of geomancy).  Once the zodiacal rulerships were agreed upon, all the following correspondences followed upon the geomantic figures, including what part of the body they each ruled over, different countries,

text: planetary hours

text: , body and character types, and so on.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: air

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Traditionally, the energies and manifestations of the planets were different based on their declination or motion

answers: NDQ_006329

answers: declination

answers: NDQ_006330

answers: Traditionally, the energies and manifestations of the planets were different based on their declination or motion

answers: NDQ_006331

answers: NDQ_006322

answers: Mercury, Venus,

answers: NDQ_006323

answers: earth

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: direct motion,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: the diurnal energy represents the planet in direct motion,

answers: NDQ_006329

answers: diurnal energy represents the planet in direct motion,

answers: NDQ_006330

answers: the diurnal energy represents the planet in direct motion,

answers: NDQ_006331

answers: Venus,

text: Portal's main musical influences were Morbid Angel, Beherit, and Immolation. Describing the band's style, Decibel magazine said: "If Morbid Angel and Gorguts had birthed a German Expressionist child, that unholy creature would be Portal."  The band has been praised for its "hellish atmosphere" and "distant, obscure" interpretation of extreme metal.  Denise Falzon, writing for Exclaim!, described Portal's 2004 EP, The Sweyy, as  "extremely raw [...] with heavily distorted guitar riffs that aid in the album's overall chaotic and apocalyptic atmosphere". The band's style has also been described as oriented around "constant dissonance", "sporadic compositions", and "abstract themes". However, lead guitarist Horror Illogium has disputed the view that the band's songwriting lacks structure: "We are indeed making songs, although our structures are unusual. They are constructed with a great deal of artistic, obsessive scrutiny [...] An insane asylum is a structure; our songs can be viewed as structures housing insane elements".

text: Portal's main musical influences were

text: Morbid Angel

text: Beherit

text: , and

text: Immolation

text: . Describing the band's style,

text: Decibel

text: magazine said: "If

text: Morbid Angel

text: and

text: Gorguts

text: had birthed a

text: German Expressionist

text: child, that unholy creature would be Portal."  The band has been praised for its "hellish atmosphere" and "distant, obscure" interpretation of extreme metal.  Denise Falzon, writing for

text: Exclaim!

text: , described Portal's 2004 EP, The Sweyy, as  "extremely raw [...] with heavily distorted guitar riffs that aid in the album's overall chaotic and apocalyptic atmosphere". The band's style has also been described as oriented around "constant dissonance", "sporadic compositions", and "abstract themes". However, lead guitarist Horror Illogium has disputed the view that the band's songwriting lacks structure: "We are indeed making songs, although our structures are unusual. They are constructed with a great deal of artistic, obsessive scrutiny [...] An insane asylum is a structure; our songs can be viewed as structures housing insane elements".

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: unholy creature

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Portal's

answers: NDQ_006323

answers: German Expressionist child,

answers: NDQ_006324

answers: distorted guitar riffs

answers: NDQ_006325

answers: "distant,

answers: NDQ_006326

answers: "distant, obscure" interpretation of extreme metal.

answers: NDQ_006327

answers: "hellish atmosphere"

answers: NDQ_006328

answers: Portal's

answers: NDQ_006329

answers: unholy creature would be Portal."

answers: NDQ_006330

answers: German Expressionist child,

answers: NDQ_006331

answers: "hellish atmosphere"

text: In terms of venue, where personal jurisdiction lies in multiple districts, the appropriate venue for the case to be heard is set forth by Virginia statutes, which divides possible venues as "Category A" (preferred) and "Category B" (permissible), and requires that Category B venue may only be used where no Category A venue is available. For example, in a dispute over the ownership of land, Category A venue lies where the land is located. Most Category A venue provisions of the Virginia statutes are inapplicable to the GDC, which does not have subject matter jurisdiction over divorce and probate matters, and can not issue injunctions. In the types of cases that can be heard in the GDC, venue is generally deemed objectionable if it is not where the defendant resides or has a registered office or registered agent, or where some part of the action arose.

text: In terms of

text: venue

text: , where personal jurisdiction lies in multiple districts, the appropriate venue for the case to be heard is set forth by Virginia statutes, which divides possible venues as "Category A" (preferred) and "Category B" (permissible), and requires that Category B venue may only be used where no Category A venue is available. For example, in a dispute over the ownership of land, Category A venue lies where the land is located. Most Category A venue provisions of the Virginia statutes are inapplicable to the GDC, which does not have subject matter jurisdiction over divorce and probate matters, and can not issue injunctions. In the types of cases that can be heard in the GDC, venue is generally deemed objectionable if it is not where the defendant resides or has a registered office or registered agent, or where some part of the action arose.

answers: NDQ_006322

answers: Uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: Category B

answers: NDQ_006328

answers: Category A

answers: NDQ_006329

answers: Category A venue

answers: NDQ_006330

answers: Category A

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: "Category A"

answers: NDQ_006323

answers: "Category A"

answers: NDQ_006324

answers: Category A venue provisions of the Virginia statutes are inapplicable

answers: NDQ_006325

answers: "Category A"

answers: NDQ_006326

answers: "Category A"

answers: NDQ_006327

answers: Virginia statutes,

answers: NDQ_006328

answers: Virginia statutes,

answers: NDQ_006329

answers: Category A venue lies where the land is located.

answers: NDQ_006330

answers: In terms of venue, where personal jurisdiction lies in multiple districts,

answers: NDQ_006331

answers: In terms of venue,

text: Venu Gopal (Shoban Babu) is an engineer who travels to various places as part of his projects. In his travel he meets a girl Neela (Vanishri). They both fall in love, and get married. But Venu's uncle wants him to marry his daughter. So he makes various plans and creates mis-understanding between Venu and Neela. Finally Neela leaves the house and then Venu comes to know the cruelty of his uncle. He falls ill out of guiltiness. What happens next forms the rest of the story.

text: Venu Gopal (Shoban Babu) is an engineer who travels to various places as part of his projects. In his travel he meets a girl Neela (Vanishri). They both fall in love, and get married. But Venu's uncle wants him to marry his daughter. So he makes various plans and creates mis-understanding between Venu and Neela. Finally Neela leaves the house and then Venu comes to know the cruelty of his uncle. He falls ill out of guiltiness. What happens next forms the rest of the story.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: what does venus have?

answers: NDQ_006328

answers: NDQ_006329

answers: venus is a planet

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: NDQ_006322

answers: Neela

answers: NDQ_006323

answers: Neela

answers: NDQ_006324

answers: Venu Gopal

answers: NDQ_006325

answers: Venu Gopal

answers: NDQ_006326

answers: Neela

answers: NDQ_006327

answers: Venu's uncle wants him to marry his daughter.

answers: NDQ_006328

answers: Venu Gopal

answers: NDQ_006329

answers: Venu Gopal

answers: NDQ_006330

answers: Neela

answers: NDQ_006331

answers: Venu Gopal

text: Once safety considerations have been satisfied, determinations of seating capacity turn on the total size of the venue, and its purpose. For sports venues, the "decision on maximum seating capacity is determined by several factors. Chief among these are the primary sports program and the size of the market area". In motion picture venues, the "limit of seating capacity is determined by the maximal viewing distance for a given size of screen", with image quality for closer viewers declining as the screen is expanded to accommodate more distant viewers.

text: Once safety considerations have been satisfied, determinations of seating capacity turn on the total size of the venue, and its purpose. For sports venues, the "decision on maximum seating capacity is determined by several factors. Chief among these are the primary sports program and the size of the market area". In motion picture venues, the "limit of seating capacity is determined by the maximal viewing distance for a given size of screen", with image quality for closer viewers declining as the screen is expanded to accommodate more distant viewers.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: safety considerations have been satisfied

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Once safety considerations

answers: NDQ_006323

answers: total size of the venue, and its purpose.

answers: NDQ_006324

answers: total size

answers: NDQ_006325

answers: total size

answers: NDQ_006326

answers: closer viewers declining as the screen is expanded to accommodate more distant viewers.

answers: NDQ_006327

answers: total size of the venue, and its purpose.

answers: NDQ_006328

answers: Once safety considerations

answers: NDQ_006329

answers: size of the market area".

answers: NDQ_006330

answers: Once safety considerations

answers: NDQ_006331

answers: Once

text: For the Summer Olympics, there were 33 venues starting with the letter 'H' and seven venues starting with the letter 'I'.

text: For the

text: Summer Olympics

text: , there were 33

text: venues

text: starting with the letter 'H' and seven venues starting with the letter 'I'.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: iron

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: unanswerable

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: I

answers: NDQ_006329

answers: i

answers: NDQ_006330

answers: I

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 'H'

answers: NDQ_006323

answers: 'H'

answers: NDQ_006324

answers: 33 venues starting with the letter 'H'

answers: NDQ_006325

answers: 33 venues starting with the letter 'H'

answers: NDQ_006326

answers: 33

answers: NDQ_006327

answers: 33 venues starting with the letter 'H'

answers: NDQ_006328

answers: 33

answers: NDQ_006329

answers: seven venues starting with the letter 'I'.

answers: NDQ_006330

answers: 33

answers: NDQ_006331

answers: 33 venues starting with the letter 'H'

text: After the May 18 ruling, Westergren decided to move the case to Houston, Texas. His decision was based upon the demographics of Nueces County, which was predominately Hispanic; people who viewed Selena as a: "well known and beloved member of the Hispanic population." On August 4, the pretrial hearing began as Tinker filed three motions; a change of venue to Houston (which was pre-approved), a motion to suppress or exclude Saldívar's written statement, and a motion to suppress or exclude Saldívar's oral statements made at the time of her arrest. Tinker presented twelve witnesses: a former district judge, a former district attorney, a former first assistant district attorney, several private lawyers, and members of the media. They all expressed concern that Saldívar could not have an impartial jury because of the overwhelming media coverage. A Spanish-language radio personality informed the judge that the general consensus among Hispanics in the area was that Saldívar was guilty and that she would be acquitted because of the faulty juridical system, and Valdez's lack of experience. The judge recessed the hearing and Valdez scrambled to find witnesses who believed that an unbiased jury could be selected were the trial to be held in Corpus Christi. The hearing resumed on August 7, and Valdez presented five witnesses who believed that Saldívar could have a fair trial despite the media coverage. The following day, Westergren granted the motion to change the venue to Houston, Texas.

text: After the May 18 ruling, Westergren decided to move the case to

text: Houston, Texas

text: . His decision was based upon the demographics of Nueces County, which was predominately Hispanic; people who viewed Selena as a: "well known and beloved member of the Hispanic population." On August 4, the pretrial

text: hearing

text: began as Tinker filed three

text: motions

text: ; a change of venue to Houston (which was pre-approved), a motion to suppress or exclude Saldívar's written statement, and a motion to suppress or exclude Saldívar's oral statements made at the time of her arrest. Tinker presented twelve

text: witness

text: es: a former district judge, a former district attorney, a former first assistant district attorney, several private lawyers, and members of the media. They all expressed concern that Saldívar could not have an impartial jury because of the overwhelming media coverage. A Spanish-language radio personality informed the judge that the general consensus among Hispanics in the area was that Saldívar was guilty and that she would be acquitted because of the faulty juridical system, and Valdez's lack of experience. The judge

text: recessed

text: the hearing and Valdez scrambled to find witnesses who believed that an unbiased jury could be selected were the trial to be held in Corpus Christi. The hearing resumed on August 7, and Valdez presented five witnesses who believed that Saldívar could have a fair trial despite the media coverage. The following day, Westergren granted the motion to change the venue to Houston, Texas.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: no

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Houston,

answers: NDQ_006323

answers: May 18

answers: NDQ_006324

answers: 7,

answers: NDQ_006325

answers: 4,

answers: NDQ_006326

answers: Corpus Christi.

answers: NDQ_006327

answers: Houston, Texas.

answers: NDQ_006328

answers: May 18

answers: NDQ_006329

answers: predominately Hispanic;

answers: NDQ_006330

answers: Sald<unk>var was guilty

answers: NDQ_006331

answers: Houston, Texas.

text: However, the more optimistic notions of Venus were not definitively disproved until the first space probes were sent to Venus. Data from the fly-by of Mariner 2 (December 1962) as well as radio astronomy from the same time pointed to a hot, dry Venus, but as late as 1964, Soviet scientists were still designing Venus probes for the possibility of landing in liquid water. It was not until Venera 4 and Mariner 5 reached Venus (October 18–19, 1967) that it was confirmed beyond doubt that Venus was actually an extremely hot, dry desert with a lot of sulfuric acid in its atmosphere. Stories about wet tropical Venus vanished at that point, except for intentionally nostalgic "retro-sf", a passing which Brian Aldiss and Harry Harrison marked with their 1968 anthology Farewell Fantastic Venus.

text: However, the more optimistic notions of Venus were not definitively disproved until the first space probes were sent to Venus. Data from the fly-by of

text: Mariner 2

text: (December 1962) as well as radio astronomy from the same time pointed to a hot, dry Venus, but as late as 1964, Soviet scientists were still designing Venus probes for the possibility of landing in liquid water. It was not until

text: Venera 4

text: and

text: Mariner 5

text: reached Venus (October 18–19, 1967) that it was confirmed beyond doubt that Venus was actually an extremely hot, dry desert with a lot of

text: sulfuric acid

text: in its atmosphere. Stories about wet tropical Venus vanished at that point, except for intentionally nostalgic "

text: retro-sf

text: ", a passing which

text: Brian Aldiss

text: and

text: Harry Harrison

text: marked with their 1968 anthology

text: Farewell Fantastic Venus

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: sulfuric acid

answers: NDQ_006324

answers: sulfuric acid

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: a lot of sulfuric acid in its atmosphere

answers: NDQ_006329

answers: Venus was actually an extremely hot, dry desert

answers: NDQ_006330

answers: Venus was actually an extremely hot, dry desert with a lot of sulfuric acid in its atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: sulfuric acid

answers: NDQ_006324

answers: sulfuric acid

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: fly-by of Mariner 2

answers: NDQ_006327

answers: sulfuric acid in its atmosphere.

answers: NDQ_006328

answers: a lot of sulfuric acid in its atmosphere.

answers: NDQ_006329

answers: extremely hot, dry desert

answers: NDQ_006330

answers: Venus was actually an extremely hot, dry desert

answers: NDQ_006331

answers: Venus

text: Burge pleaded not guilty and was released on $250,000 bond.  Fitzgerald noted that although Burge was being charged with lying and not the torture to which the statute of limitations applied, he believed Burge to be guilty of both.  In the October 21 press conference, Fitzgerald stated that Burge had "lied and impeded court proceedings" during his 2003 written testimony.  In the indictment, the prosecution stated that Burge understood that he was a participant in and was aware of "such events involving the abuse or torture of people in custody".  The trial had been set for May 11, 2009.  Instead, on April 29, Burge filed a change-of-venue motion and the trial in relation to a lawsuit filed by former Death Row inmate Madison Hobley was set for October 29, 2009.

text: Burge pleaded not guilty and was released on $250,000 bond.  Fitzgerald noted that although Burge was being charged with lying and not the torture to which the statute of limitations applied, he believed Burge to be guilty of both.  In the October 21 press conference, Fitzgerald stated that Burge had "lied and impeded court proceedings" during his 2003 written testimony.  In the

text: indictment

text: , the prosecution stated that Burge understood that he was a participant in and was aware of "such events involving the abuse or torture of people in custody".  The trial had been set for May 11, 2009.  Instead, on April 29, Burge filed a change-of-venue motion and the trial in relation to a lawsuit filed by former Death Row inmate Madison Hobley was set for October 29, 2009.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: The trial had been set for May 11, 2009.

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: NDQ_006322

answers: Death Row inmate Madison Hobley

answers: NDQ_006323

answers: 2009.

answers: NDQ_006324

answers: Death Row inmate Madison Hobley was set for October 29, 2009.

answers: NDQ_006325

answers: 2009.

answers: NDQ_006326

answers: October 29, 2009.

answers: NDQ_006327

answers: October 29, 2009.

answers: NDQ_006328

answers: October 29, 2009.

answers: NDQ_006329

answers: Death Row inmate Madison Hobley was set for October 29, 2009.

answers: NDQ_006330

answers: October 29, 2009.

answers: NDQ_006331

answers: October 29, 2009.

text: This unit is the only real mountain range on Venus in the area surrounding Lakshmi Planum, which covers only 1.3 x 10 km of the Venusian global surface, while  involves structural deformation of different materials in their formation. There are in total four major mountain belts mapped on Venus, including the belts of Danu Montes, Akna Montes, Freyje Montes and Maxwell Montes (the highest mountain on Venus with elevation of around 12 km).

text: This unit is the only real

text: mountain range

text: on Venus in the area surrounding Lakshmi Planum, which covers only 1.3 x 10 km of the Venusian global surface, while  involves structural deformation of different materials in their formation. There are in total four major mountain belts mapped on Venus, including the belts of Danu Montes, Akna Montes, Freyje Montes and Maxwell Montes (the highest mountain on Venus with elevation of around 12 km).

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: different materials

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Lakshmi Planum

answers: NDQ_006329

answers: Danu Montes

answers: NDQ_006330

answers: is covered with mountains

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Lakshmi Planum,

answers: NDQ_006324

answers: different materials

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus in the area surrounding Lakshmi Planum,

answers: NDQ_006327

answers: Venus in the area surrounding Lakshmi Planum,

answers: NDQ_006328

answers: Lakshmi Planum,

answers: NDQ_006329

answers: four major mountain belts

answers: NDQ_006330

answers: Venusian global surface,

answers: NDQ_006331

answers: Venus

text: Venues in England included Twickenham and Welford Road, rugby union venues, as well as Ashton Gate in Bristol and the McAlpine Stadium in Huddersfield, which normally host football. Scottish venues included Murrayfield Stadium, the home of the Scottish Rugby Union ; Hampden Park, the home of the Scottish Football Association ; and the smallest venue in the 1999 tournament, Netherdale, in Galashiels, in the Scottish Borders. Venues in Ireland included Lansdowne Road, the traditional home of the Irish Rugby Football Union, Ravenhill and Thomond Park. France used five venues, the most of any nation, including the French national stadium, Stade de France, which hosted the final of both the 1998 FIFA World Cup and the 2007 Rugby World Cup.

text: Venues in England included

text: Twickenham

text: and

text: Welford Road

text: , rugby union venues, as well as

text: Ashton Gate

text: in Bristol and the

text: McAlpine Stadium

text: in Huddersfield, which normally host football. Scottish venues included

text: Murrayfield Stadium

text: , the home of the

text: Scottish Rugby Union

text: Hampden Park

text: , the home of the

text: Scottish Football Association

text: ; and the smallest venue in the 1999 tournament,

text: Netherdale

text: , in

text: Galashiels

text: , in the

text: Scottish Borders

text: . Venues in Ireland included

text: Lansdowne Road

text: , the traditional home of the

text: Irish Rugby Football Union

text: Ravenhill

text: and

text: Thomond Park

text: . France used five venues, the most of any nation, including the French national stadium,

text: Stade de France

text: , which hosted the final of both the

text: 1998 FIFA World Cup

text: and the

text: 2007 Rugby World Cup

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: France

answers: NDQ_006323

answers: French national stadium, Stade de France,

answers: NDQ_006324

answers: French national stadium, Stade de France,

answers: NDQ_006325

answers: France used five venues, the most of any nation,

answers: NDQ_006326

answers: France used five venues, the most of any nation,

answers: NDQ_006327

answers: France used five venues, the most of any nation,

answers: NDQ_006328

answers: 2007 Rugby World Cup.

answers: NDQ_006329

answers: France used five venues, the most of any nation,

answers: NDQ_006330

answers: Venues in England included Twickenham and Welford Road,

answers: NDQ_006331

answers: France

text: The Venus effect is a phenomenon in the psychology of perception, named after various paintings of Venus gazing into a mirror, such as Diego Velázquez's Rokeby Venus, Titian's Venus with a Mirror, and Veronese's Venus with a mirror. Viewers of such paintings assume that Venus is admiring her own reflection in the mirror; however, since the viewer sees her eyes in the mirror, Venus is actually looking at the reflection of the painter.

text: The Venus effect is a phenomenon in the

text: psychology of perception

text: , named after various paintings of

text: Venus

text: gazing into a

text: mirror

text: , such as

text: Diego Velázquez's

text: Rokeby Venus

text: Titian

text: 's

text: Venus with a Mirror

text: , and

text: Veronese

text: 's Venus with a mirror. Viewers of such paintings assume that Venus is admiring her own reflection in the mirror; however, since the viewer sees her eyes in the mirror, Venus is actually looking at the reflection of the painter.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: The Venus effect

answers: NDQ_006324

answers: mirror,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: The Venus effect

answers: NDQ_006327

answers: The Venus effect

answers: NDQ_006328

answers: The Venus effect

answers: NDQ_006329

answers: Venus is actually looking at the reflection of the painter.

answers: NDQ_006330

answers: Venus is actually looking at the reflection of the painter.

answers: NDQ_006331

answers: Venus

text: The People's Choice Awards are a venue for the American public to honor their favorite actors and actresses, musical performers, television shows, and motion pictures. It is fans who voted.|-| 1992 || rowspan="11"|Herself || Favorite Female Country Performer || |-| 1992 || Favorite Female Musical Performer || |-| 1993 || Favorite Female Musical Performer || |-| 1993 || Favorite Female Country Performer || |-| 1994 || Favorite Female Country Performer || |-| 1994 || Favorite Female Musical Performer || |-| 1995 || Favorite Female Country Performer || |-| 1995 || Favorite Female Musical Performer || |-| 1996 || Favorite Female Musical Performer || |-| 1997 || Favorite Female Musical Performer || |-| 1998 || Favorite Female Musical Performer || |-| 2002 || Reba || Favorite Female Actress In A New Television Series  || |-| 2016 || Herself || Favorite Female Country Artist ||

text: The

text: People's Choice Awards

text: are a venue for the American public to honor their favorite actors and actresses, musical performers, television shows, and motion pictures. It is fans who voted.|-| 1992 || rowspan="11"|Herself || Favorite Female Country Performer || |-| 1992 || Favorite Female Musical Performer || |-| 1993 || Favorite Female Musical Performer || |-| 1993 || Favorite Female Country Performer || |-| 1994 || Favorite Female Country Performer || |-| 1994 || Favorite Female Musical Performer || |-| 1995 || Favorite Female Country Performer || |-| 1995 || Favorite Female Musical Performer || |-| 1996 || Favorite Female Musical Performer || |-| 1997 || Favorite Female Musical Performer || |-| 1998 || Favorite Female Musical Performer || |-| 2002 ||

text: Reba

text: || Favorite Female Actress In A New Television Series  || |-| 2016 || Herself || Favorite Female Country Artist ||

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: clouds on venus are made of

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: NDQ_006328

answers: NDQ_006329

answers: Venus is a planet in the solar system that orbits the Sun.

answers: NDQ_006330

answers: Venus has a surface area of .

answers: NDQ_006331

answers: NDQ_006322

answers: 1992

answers: NDQ_006323

answers: |-| 1993

answers: NDQ_006324

answers: |-| 1993

answers: NDQ_006325

answers: |-| 1992

answers: NDQ_006326

answers: |-| 1992

answers: NDQ_006327

answers: |-| 1993

answers: NDQ_006328

answers: |-| 1993

answers: NDQ_006329

answers: |-| 1992

answers: NDQ_006330

answers: |-| 1993

answers: NDQ_006331

answers: |-| 1993

text: SPICAV: The "SPectroscopy for Investigation of Characteristics of the Atmosphere of Venus" (SPICAV) is an imaging spectrometer that was used for analyzing radiation in the infrared and ultraviolet wavelengths. It is derived from the SPICAM instrument flown on Mars Express. However, SPICAV has an additional channel known as SOIR (Solar Occultation at Infrared) that was used to observe the Sun through Venus's atmosphere in the infrared.

text: SPICAV: The "SPectroscopy for Investigation of Characteristics of the Atmosphere of Venus" (SPICAV) is an imaging spectrometer that was used for analyzing radiation in the infrared and ultraviolet wavelengths. It is derived from the SPICAM instrument flown on Mars Express. However, SPICAV has an additional

text: channel

text: known as SOIR (Solar Occultation at Infrared) that was used to observe the Sun through Venus's atmosphere in the infrared.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: SPICAV has an additional channel known as SOIR that was used to observe the Sun through Venus's atmosphere in the infrared.

answers: NDQ_006329

answers: SPICAV

answers: NDQ_006330

answers: SPICAV

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus"

answers: NDQ_006323

answers: Mars Express.

answers: NDQ_006324

answers: radiation in the infrared and ultraviolet wavelengths.

answers: NDQ_006325

answers: Venus"

answers: NDQ_006326

answers: Mars Express.

answers: NDQ_006327

answers: Venus"

answers: NDQ_006328

answers: Venus"

answers: NDQ_006329

answers: Venus's atmosphere in the infrared.

answers: NDQ_006330

answers: the Sun through Venus's atmosphere in the infrared.

answers: NDQ_006331

answers: Venus"

text: Canadian blues bands also appear at a range of venues, including bars, taverns, lounges, and community centre concert series. Only a small number of these venues specialize in blues music; in most cases, venues will have a "blues night" or an occasional blues series. Some of the best-known blues venues in Toronto are Healey's (named for former owner, the late Jeff Healey) and The Silver Dollar Room. Other well-known Canadian venues include Boon's House in Hamilton, Ontario, The Black Cat Bone in Montreal, Bistro à Jojo in Montreal, Blues at the Bow Live in Alberta, Blues On Whyte in Edmonton, The Shamrock Hotel in Calgary, The Yale in Vancouver and Bearly's House of Blues and Ribs in Halifax.

text: Canadian blues bands also appear at a range of venues, including bars, taverns, lounges, and community centre concert series. Only a small number of these venues specialize in blues music; in most cases, venues will have a "blues night" or an occasional blues series. Some of the best-known blues venues in Toronto are Healey's (named for former owner, the late

text: Jeff Healey

text: ) and The Silver Dollar Room. Other well-known Canadian venues include Boon's House in Hamilton, Ontario, The Black Cat Bone in

text: Montreal

text: , Bistro à Jojo in

text: Montreal

text: , Blues at the Bow Live in

text: Alberta

text: , Blues On Whyte in Edmonton, The Shamrock Hotel in Calgary, The Yale in

text: Vancouver

text: and Bearly's House of Blues and Ribs in Halifax.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Canadian

answers: NDQ_006323

answers: Montreal,

answers: NDQ_006324

answers: taverns, lounges, and community centre concert series.

answers: NDQ_006325

answers: taverns, lounges, and community centre concert series.

answers: NDQ_006326

answers: community centre concert series.

answers: NDQ_006327

answers: Canadian blues bands also appear at a range of venues,

answers: NDQ_006328

answers: The Yale in Vancouver

answers: NDQ_006329

answers: Canadian blues bands also appear at a range of venues,

answers: NDQ_006330

answers: Canadian blues bands also appear at a range of venues,

answers: NDQ_006331

answers: community centre concert series.

text: In the early 20th century, Venus was often thought to be similar to Earth in terms of habitability, but observations since the beginning of the Space Age have revealed that Venus's surface is inhospitable to Earth-like life. However, between an altitude of 50 and 65 kilometers, the pressure and temperature are Earth-like, and it has been hypothesised that aerial microbial life could exist. Furthermore, Venus likely had liquid water on its surface for at least a few million years after its formation.

text: In the early 20th century, Venus was often thought to be similar to Earth in terms of habitability, but observations since the beginning of the

text: Space Age

text: have revealed that Venus's surface is inhospitable to Earth-like life. However, between an altitude of 50 and 65 kilometers, the pressure and temperature are Earth-like, and it has been hypothesised that aerial microbial life could exist. Furthermore, Venus likely had liquid water on its surface for at least a few million years after its formation.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: liquid water

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus's surface is inhospitable to Earth-like life

answers: NDQ_006329

answers: Earth-like

answers: NDQ_006330

answers: inhospitable to Earth-like life

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus was often thought to be similar to Earth

answers: NDQ_006324

answers: liquid water

answers: NDQ_006325

answers: Venus's

answers: NDQ_006326

answers: Venus's surface is inhospitable to Earth-like life.

answers: NDQ_006327

answers: Venus's surface is inhospitable to Earth-like life.

answers: NDQ_006328

answers: Venus's surface is inhospitable to Earth-like life.

answers: NDQ_006329

answers: Venus's surface is inhospitable to Earth-like life.

answers: NDQ_006330

answers: Venus's surface is inhospitable to Earth-like life.

answers: NDQ_006331

answers: Venus

text: Once service has been effected, the defendant has 21 days to file a responsive pleading. The pleading may simply be an answer, or the defendant may file a demurrer, a motion to dismiss, an objection to venue, a motion for a bill of particulars, or a statement of the defendant's grounds of defense. If the defendant objects to personal jurisdiction, the defendant must make a special appearance to assert either that the court lacks personal jurisdiction, or that service of process was never made. Such a motion can not be joined with any other motion. An objection based on service that was made, but was made in a faulty manner, is called a motion to quash process, and can be filed in conjunction with a pleading responsive to the merits of the case. A defendant's objections to venue must state not only why the venue chosen is improper, but must also indicate where proper venue would lie (although a court maintains the power to transfer even if the objection to venue is defective). The defendant may also file a counterclaim against the plaintiff, a cross-claim against any co-defendant, or an impleader against a third party who the defendant feels should be brought in as a co-defendant. However, there is no such thing as a compulsory counterclaim in Virginia; a cause of action that a defendant has against the plaintiff may be brought as a counterclaim, or may be brought in an entirely separate case. A third party may also seek to enter the case by filing an intervention.

text: Once service has been effected, the defendant has 21 days to file a responsive pleading. The pleading may simply be an answer, or the defendant may file a

text: demurrer

text: , a

text: motion to dismiss

text: , an objection to

text: venue

text: , a motion for a

text: bill of particulars

text: , or a statement of the defendant's grounds of defense. If the defendant objects to personal jurisdiction, the defendant must make a special appearance to assert either that the court lacks personal jurisdiction, or that service of process was never made. Such a motion can not be joined with any other motion. An objection based on service that was made, but was made in a faulty manner, is called a motion to quash process, and can be filed in conjunction with a pleading responsive to the merits of the case. A defendant's objections to venue must state not only why the venue chosen is improper, but must also indicate where proper venue would lie (although a court maintains the power to transfer even if the objection to venue is defective). The defendant may also file a

text: counterclaim

text: against the plaintiff, a

text: cross-claim

text: against any co-defendant, or an

text: impleader

text: against a third party who the defendant feels should be brought in as a co-defendant. However, there is no such thing as a

text: compulsory counterclaim

text: in Virginia; a cause of action that a defendant has against the plaintiff may be brought as a counterclaim, or may be brought in an entirely separate case. A third party may also seek to enter the case by filing an

text: intervention

answers: NDQ_006322

answers: third party

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: where proper venue would lie

answers: NDQ_006330

answers: does not contain water

answers: NDQ_006331

answers: NDQ_006322

answers: there is no such thing as a compulsory counterclaim

answers: NDQ_006323

answers: a co-defendant.

answers: NDQ_006324

answers: motion to quash process,

answers: NDQ_006325

answers: 21 days to file a responsive pleading.

answers: NDQ_006326

answers: 21 days to file a responsive pleading.

answers: NDQ_006327

answers: defendant has 21 days to file a responsive pleading.

answers: NDQ_006328

answers: 21 days to file a responsive pleading.

answers: NDQ_006329

answers: defendant has 21 days to file a responsive pleading.

answers: NDQ_006330

answers: defendant has 21 days to file a responsive pleading.

answers: NDQ_006331

answers: defendant has 21 days to file a responsive pleading.

text: The phenomenon of day and night is due to the rotation of a celestial body about its axis, creating an illusion of the sun rising and setting. Different bodies spin at very different rates, however. Some may spin much faster than Earth, while others spin extremely slowly, leading to very long days and nights. The planet Venus rotates once every 224.7 days – by far the slowest rotation period of any of the major planets. In contrast, the gas giant Jupiter's sidereal day is only 9 hours and 56 minutes. However, it is not just the sidereal rotation period which determines the length of a planet's day-night cycle but the length of its orbital period as well - Venus has a rotation period of 224.7 days, but a day-night cycle just 116.75 days long due to its retrograde rotation and orbital motion around the Sun. Mercury has the longest day-night cycle as a result of its 3:2 resonance between its orbital period and rotation period - this resonance gives it a day-night cycle 176 days long. A planet may experience large temperature variations between day and night, such as Mercury, the planet closest to the sun. This is one consideration in terms of planetary habitability or the possibility of extraterrestrial life.

text: The phenomenon of day and night is due to the rotation of a

text: celestial body

text: about its axis, creating an illusion of the sun rising and setting. Different bodies spin at very different rates, however. Some may spin much faster than

text: Earth

text: , while others spin extremely slowly, leading to very long days and nights. The planet

text: Venus

text: rotates once every 224.7 days – by far the slowest rotation period of any of the major planets. In contrast, the gas giant

text: Jupiter

text: 's

text: sidereal day

text: is only 9 hours and 56 minutes. However, it is not just the sidereal rotation period which determines the length of a planet's day-night cycle but the length of its orbital period as well - Venus has a rotation period of 224.7 days, but a day-night cycle just 116.75 days long due to its

text: retrograde

text: rotation and orbital motion around the Sun. Mercury has the longest day-night cycle as a result of its 3:2 resonance between its orbital period and rotation period - this resonance gives it a day-night cycle 176 days long. A planet may experience large temperature variations between day and night, such as

text: Mercury

text: , the planet closest to the sun. This is one consideration in terms of

text: planetary habitability

text: or the possibility of

text: extraterrestrial life

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: gas

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The planet Venus rotates once every 224.7 days

answers: NDQ_006329

answers: a sidereal day is only 9 hours and 56 minutes

answers: NDQ_006330

answers: has a rotation period of 224.7 days

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mercury

answers: NDQ_006323

answers: Venus has a rotation period of 224.7 days,

answers: NDQ_006324

answers: gas

answers: NDQ_006325

answers: slowly,

answers: NDQ_006326

answers: Mercury,

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus has a rotation period of 224.7 days,

answers: NDQ_006329

answers: Venus has a rotation period of 224.7 days,

answers: NDQ_006330

answers: Venus has a rotation period of 224.7 days,

answers: NDQ_006331

answers: Mercury

text: VERITAS (Venus Emissivity, Radio Science, InSAR, Topography, and Spectroscopy) is a proposed mission concept by NASA's Jet Propulsion Laboratory (JPL) to map with high resolution the surface of planet Venus. The combination of surface topography and image data would provide knowledge of Venus' tectonic and impact history, the timing and mechanisms of volcanic resurfacing, and the mantle processes responsible for them.

text: VERITAS (Venus Emissivity, Radio Science, InSAR, Topography, and Spectroscopy) is a proposed mission concept by

text: NASA

text: 's

text: Jet Propulsion Laboratory

text: (JPL) to map with high resolution the surface of planet

text: Venus

text: . The combination of surface topography and image data would provide knowledge of Venus' tectonic and impact history, the timing and mechanisms of

text: volcanic resurfacing

text: , and the mantle processes responsible for them.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: mantle processes

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus' tectonic and impact history, the timing and mechanisms of volcanic resurfacing, and the mantle processes responsible for them.

answers: NDQ_006329

answers: tectonic and impact history

answers: NDQ_006330

answers: VERITAS

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: volcanic

answers: NDQ_006324

answers: volcanic resurfacing, and the mantle processes

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: Venus.

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: the timing and mechanisms of volcanic resurfacing,

answers: NDQ_006329

answers: Venus' tectonic and impact history,

answers: NDQ_006330

answers: Venus' tectonic and impact history,

answers: NDQ_006331

answers: Venus.

text: |team1=Serbia|team2=Belgium|venue=Burswood Entertainment Complex, Perth|date=6 January 2011|AWST]] (UTC+8)|surface=hard (indoors)|score1= 1|score2= 2|R1=|R2=|R3=}}

text: Burswood Entertainment Complex

text: Perth

text: |date=6 January 2011|AWST]] (

text: )|surface=hard (indoors)|score1= 1|score2= 2|R1=|R2=|R3=}}

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is so far away

answers: NDQ_006327

answers: Venus has an intense greenhouse effect.

answers: NDQ_006328

answers: venus is a planet

answers: NDQ_006329

answers: a swarm of red dwarfs

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: mercury is the 2nd hottest planet in the solar system

answers: NDQ_006322

answers: |team1=Serbia|team2=Belgium|venue=Burswood

answers: NDQ_006323

answers: |team1=Serbia|team2=Belgium|venue=Burswood

answers: NDQ_006324

answers: |team1=Serbia|team2=Belgium|venue=Burswood

answers: NDQ_006325

answers: |team1=Serbia|team2=Belgium|venue=Burswood

answers: NDQ_006326

answers: |team1=Serbia|team2=Belgium|venue=Burswood

answers: NDQ_006327

answers: |team1=Serbia|team2=Belgium|venue=Burswood

answers: NDQ_006328

answers: Perth|date=6 January 2011|AWST]] (UTC+8)|surface=hard

answers: NDQ_006329

answers: |team1=Serbia|team2=Belgium|venue=Burswood

answers: NDQ_006330

answers: (UTC+8)|surface=hard (indoors)|score1=

answers: NDQ_006331

answers: |team1=Serbia|team2=Belgium|venue=Burswood

text: The term was invented by Mel Wesson and Hans Zimmer in early 2000 when working on Hannibal and has since become a niche for Mel Wesson's sound. Mel has also made numerous production music CD's for Extreme Music which feature loosely some of the atmospheric textures in his world of ambient music design.

text: The term was invented by

text: Mel Wesson

text: and

text: Hans Zimmer

text: in early 2000 when working on

text: Hannibal

text: and has since become a niche for Mel Wesson's sound. Mel has also made numerous production music CD's for Extreme Music which feature loosely some of the atmospheric textures in his world of ambient music design.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: Mel Wesson and Hans Zimmer

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Hannibal

answers: NDQ_006323

answers: atmospheric textures

answers: NDQ_006324

answers: atmospheric textures

answers: NDQ_006325

answers: 2000

answers: NDQ_006326

answers: The term was invented by Mel Wesson and Hans Zimmer in early 2000

answers: NDQ_006327

answers: The term was invented by Mel Wesson and Hans Zimmer in early 2000

answers: NDQ_006328

answers: The term was invented by Mel Wesson and Hans Zimmer in early 2000

answers: NDQ_006329

answers: Hannibal

answers: NDQ_006330

answers: Hannibal

answers: NDQ_006331

answers: The term was invented by Mel Wesson and Hans Zimmer in early 2000

text: In cosmopolitan cities with large affluent populations, there are upscale venues that employ the services of a special kind of promoter called an image promoter.  The role of the image promoter is to bring celebrities or fashion models to high end venues and host them at a VIP table.  In order to entice models and celebrities to come to the venue, the image promoter is provided with a VIP table and complementary alcohol.  High end venues use the presence of models and celebrities to market their venue to an affluent clientele which may often only obtain admittance to the venue through agreeing to spend a certain amount of money on alcohol at the establishment.

text: In cosmopolitan cities with large affluent populations, there are upscale venues that employ the services of a special kind of promoter called an image promoter.  The role of the image promoter is to bring celebrities or fashion models to high end venues and host them at a VIP table.  In order to entice models and celebrities to come to the venue, the image promoter is provided with a VIP table and complementary alcohol.  High end venues use the presence of models and celebrities to market their venue to an affluent clientele which may often only obtain admittance to the venue through agreeing to spend a certain amount of money on alcohol at the establishment.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: does not contain water

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: In cosmopolitan cities

answers: NDQ_006323

answers: alcohol.

answers: NDQ_006324

answers: alcohol.

answers: NDQ_006325

answers: cosmopolitan cities with large affluent populations,

answers: NDQ_006326

answers: In cosmopolitan cities with large affluent populations,

answers: NDQ_006327

answers: image promoter.

answers: NDQ_006328

answers: image promoter.

answers: NDQ_006329

answers: image promoter.

answers: NDQ_006330

answers: In cosmopolitan cities with large affluent populations,

answers: NDQ_006331

answers: image promoter.

text: The depiction of the Earth's areas that experience a decline in temperature (ultimately to -273 °C) is not scientifically accurate. Below -196 °C (-320 °F), the two dominant gases of Earth's atmosphere (oxygen and nitrogen) would have liquefied and fallen to the surface. Once the temperature dropped below -220 °C (-365 °F), the liquefied gases would have solidified. This would have reduced the atmospheric pressure in this zone to drop to zero. The remaining atmosphere would move to this area and soon earth would have no gaseous atmosphere with a surface pressure of zero. None of these events occur in the film however there is a drastic drop of pressure happening in the end of the film.

text: The depiction of the Earth's areas that experience a decline in temperature (ultimately to -273 °C) is not scientifically accurate. Below -196 °C (-320 °F), the two dominant gases of Earth's atmosphere (

text: oxygen

text: and

text: nitrogen

text: ) would have liquefied and fallen to the surface. Once the temperature dropped below -220 °C (-365 °F), the liquefied gases would have solidified. This would have reduced the atmospheric pressure in this zone to drop to zero. The remaining atmosphere would move to this area and soon earth would have no gaseous atmosphere with a surface pressure of zero. None of these events occur in the film however there is a drastic drop of pressure happening in the end of the film.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: is not scientifically accurate

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Earth's atmosphere (oxygen and nitrogen)

answers: NDQ_006323

answers: nitrogen)

answers: NDQ_006324

answers: (oxygen and nitrogen)

answers: NDQ_006325

answers: scientifically accurate.

answers: NDQ_006326

answers: -273 °C) is not scientifically accurate.

answers: NDQ_006327

answers: -273 °C)

answers: NDQ_006328

answers: -273 °C) is not scientifically accurate.

answers: NDQ_006329

answers: -273 °C)

answers: NDQ_006330

answers: zero.

answers: NDQ_006331

answers: -273 °C)

text: On June 15, 2008, the band performed at The Norva in Norfolk, VA. One of the show's highlights was the band performing Glen Phillip's solo hit "Everything But You". On December 19, 2008, the band performed on The Adam Carolla Show at the Canyon Club in Agoura Hills, CA. In May 2009 they played a four show mini-tour including two nights at the intimate 400 seat venue The Ark in Ann Arbor, Michigan, and also in an outdoor venue at Neptunes Park in Virginia Beach, VA. Continuing throughout the 2009 summer, the group played a second 12-stop mini tour which started with a show at the House of Blues in Houston, TX. During the show, the band noted that it had been some time since they had played a venue in Texas. However, noting the positive crowd response and energetic atmosphere, Philips stated that the group "would try to make it an annual stop" in the future.

text: On June 15, 2008, the band performed at The Norva in Norfolk, VA. One of the show's highlights was the band performing Glen Phillip's solo hit "Everything But You". On December 19, 2008, the band performed on

text: The Adam Carolla Show

text: at the Canyon Club in Agoura Hills, CA. In May 2009 they played a four show mini-tour including two nights at the intimate 400 seat venue

text: The Ark

text: in Ann Arbor, Michigan, and also in an outdoor venue at Neptunes Park in Virginia Beach, VA. Continuing throughout the 2009 summer, the group played a second 12-stop mini tour which started with a show at the House of Blues in Houston, TX. During the show, the band noted that it had been some time since they had played a venue in Texas. However, noting the positive crowd response and energetic atmosphere, Philips stated that the group "would try to make it an annual stop" in the future.

answers: NDQ_006322

answers: Neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Michigan, and also in an outdoor venue at Neptunes

answers: NDQ_006323

answers: Michigan,

answers: NDQ_006324

answers: "Everything But You".

answers: NDQ_006325

answers: 2008,

answers: NDQ_006326

answers: "Everything But You".

answers: NDQ_006327

answers: "Everything But You".

answers: NDQ_006328

answers: "Everything But You".

answers: NDQ_006329

answers: Neptunes

answers: NDQ_006330

answers: Neptunes

answers: NDQ_006331

answers: 2008,

text: The venues and dates were:

text: The venues and dates were:

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: the planet is so close

answers: NDQ_006327

answers: The following are some of the characteristics of Venus

answers: NDQ_006328

answers: Volcanoes on Venus

answers: NDQ_006329

answers: a crater

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: The venues and dates were:

answers: NDQ_006322

answers: The venues and dates

answers: NDQ_006323

answers: The venues and dates

answers: NDQ_006324

answers: The venues and dates

answers: NDQ_006325

answers: The venues and dates

answers: NDQ_006326

answers: The venues and dates

answers: NDQ_006327

answers: The venues and dates

answers: NDQ_006328

answers: The venues and dates

answers: NDQ_006329

answers: The venues and dates

answers: NDQ_006330

answers: The venues and dates

answers: NDQ_006331

answers: The venues and dates

text: Hubble orbits the Earth in the extremely tenuous upper atmosphere, and over time its orbit decays due to drag. If it is not re-boosted, it will re-enter the Earth's atmosphere within some decades, with the exact date depending on how active the Sun is and its impact on the upper atmosphere.  If Hubble were to descend in a completely uncontrolled re-entry, parts of the main mirror and its support structure would probably survive, leaving the potential for damage or even human fatalities. In 2013, deputy project manager James Jeletic projected that Hubble could survive into 2020. Based on solar activity and atmospheric drag, or lack thereof, a natural atmospheric reentry for Hubble will occur between 2030 and 2040. In June 2016, NASA extended the service contract for Hubble until June 2021.

text: Hubble orbits the Earth in the extremely tenuous upper

text: atmosphere

text: , and over time its orbit

text: decays

text: due to

text: drag

text: . If it is not re-boosted, it will re-enter the Earth's atmosphere within some decades, with the exact date depending on how active the Sun is and its impact on the upper atmosphere.  If Hubble were to descend in a completely uncontrolled re-entry, parts of the main mirror and its support structure would probably survive, leaving the potential for damage or even human fatalities. In 2013, deputy project manager James Jeletic projected that Hubble could survive into 2020. Based on solar activity and atmospheric drag, or lack thereof, a natural atmospheric reentry for Hubble will occur between 2030 and 2040. In June 2016, NASA extended the service contract for Hubble until June 2021.

answers: NDQ_006322

answers: the Sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: the Sun

answers: NDQ_006323

answers: Sun

answers: NDQ_006324

answers: Hubble orbits the Earth in the extremely tenuous upper atmosphere,

answers: NDQ_006325

answers: extremely tenuous upper atmosphere,

answers: NDQ_006326

answers: Hubble

answers: NDQ_006327

answers: Hubble orbits the Earth

answers: NDQ_006328

answers: 2030 and 2040.

answers: NDQ_006329

answers: 2030 and 2040.

answers: NDQ_006330

answers: 2030 and 2040.

answers: NDQ_006331

answers: Hubble

text: NASA's Goddard Institute for Space Studies and others have postulated that Venus may have had a shallow ocean in the past for up to 2 billion years, with as much water as Earth. Depending on the parameters used in their theoretical model, the last liquid water could have evaporated as recently as 715 million years ago. Currently, the only known water on Venus is in the form of a tiny amount of atmospheric vapor (20 ppm). Hydrogen, a component of water, is still being lost to space nowadays as detected by ESA's Venus Express spacecraft.

text: NASA

text: 's

text: Goddard Institute for Space Studies

text: and others have postulated that

text: Venus

text: may have had a shallow ocean in the past for up to 2

text: billion

text: years, with as much water as Earth. Depending on the parameters used in their theoretical model, the last liquid water could have evaporated as recently as 715 million years ago. Currently, the only known water on Venus is in the form of a tiny amount of

text: atmospheric

text: vapor (20

text: ppm

text: Hydrogen

text: , a component of water, is still being lost to space nowadays as detected by

text: ESA

text: 's

text: Venus Express

text: spacecraft.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmospheric vapor

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Currently, the only known water on Venus is in the form of a tiny amount of atmospheric vapor (20 ppm).

answers: NDQ_006329

answers: a shallow ocean in the past for up to 2 billion years

answers: NDQ_006330

answers: Currently, the only known water on Venus is in the form of a tiny amount of atmospheric vapor

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Hydrogen,

answers: NDQ_006324

answers: atmospheric vapor

answers: NDQ_006325

answers: as much water

answers: NDQ_006326

answers: Earth.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: Venus may have had a shallow ocean

answers: NDQ_006330

answers: a tiny amount of atmospheric vapor

answers: NDQ_006331

answers: Venus

text: Such objection must state both why venue is improper, and where proper venue lies; a motion that fails to include both statements may be denied, although the court has the discretion to transfer the case even if the motion is defective. A successful objection to venue will result in the case being transferred to the court where venue is proper, unless the court finds good cause to keep the case. Factors that the court will consider in determining if venue is proper include the convenience of the parties and the witnesses, and the location of the evidence. A court may also enforce a provision in a forum selection clause whereby the parties have agreed to a particular venue. A failure to object to venue waives the issue.

text: Such objection must state both why venue is improper, and where proper venue lies; a motion that fails to include both statements may be denied, although the court has the discretion to transfer the case even if the motion is defective. A successful objection to venue will result in the case being transferred to the court where venue is proper, unless the court finds good cause to keep the case. Factors that the court will consider in determining if venue is proper include the convenience of the parties and the witnesses, and the location of the evidence. A court may also enforce a provision in a

text: forum selection clause

text: whereby the parties have agreed to a particular venue. A failure to object to venue waives the issue.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is so close

answers: NDQ_006327

answers: objection to venue

answers: NDQ_006328

answers: volcanoes on venus

answers: NDQ_006329

answers: venus is a planet

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Such objection

answers: NDQ_006323

answers: convenience of the parties and the witnesses, and the location of the evidence.

answers: NDQ_006324

answers: a motion that fails to include both statements may be denied,

answers: NDQ_006325

answers: unless the court finds good cause to keep the case.

answers: NDQ_006326

answers: convenience of the parties and the witnesses, and the location of the evidence.

answers: NDQ_006327

answers: case.

answers: NDQ_006328

answers: Such objection must state both why venue is improper, and where proper venue lies;

answers: NDQ_006329

answers: Such objection must state both why venue is improper, and where proper venue lies;

answers: NDQ_006330

answers: A failure to object to venue waives the issue.

answers: NDQ_006331

answers: a motion that fails to include both statements may be denied,

text: As the founder of Wolf Trap National Park for the Performing Arts, Shouse helped lead its development into one of the most prominent performing arts venues in the Washington D.C. area from the beginning. During the construction of the Filene Center—named after Shouse's parents, Mr. and Mrs. Lincoln Filene—in 1971, Shouse even visited and assisted workers on site, even offering sandwiches and other refreshments when possible. Shouse also helped design the Filene Center, working closely with renowned architects John H. MacFadyen and Edward F. Knowles to create a state-of-the-art venue that would still be able to "retain the unspoiled atmosphere of the setting.

text: As the founder of

entity_name: Wolf Trap National Park for the Performing Arts

text: Wolf Trap National Park for the Performing Arts

text: , Shouse helped lead its development into one of the most prominent performing arts venues in the

text: Washington D.C.

text: area from the beginning. During the construction of the Filene Center—named after Shouse's parents, Mr. and Mrs.

text: Lincoln Filene

text: —in 1971, Shouse even visited and assisted workers on site, even offering sandwiches and other refreshments when possible. Shouse also helped design the Filene Center, working closely with renowned architects John H. MacFadyen and Edward F. Knowles to create a state-of-the-art venue that would still be able to "retain the unspoiled atmosphere of the setting.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Wolf Trap National Park for the Performing Arts,

answers: NDQ_006323

answers: MacFadyen and Edward F. Knowles

answers: NDQ_006324

answers: As the founder of Wolf Trap National Park for the Performing Arts,

answers: NDQ_006325

answers: As the founder of Wolf Trap National Park for the Performing Arts,

answers: NDQ_006326

answers: Wolf Trap National Park for the Performing Arts,

answers: NDQ_006327

answers: As the founder of Wolf Trap National Park for the Performing Arts,

answers: NDQ_006328

answers: Wolf Trap National Park for the Performing Arts,

answers: NDQ_006329

answers: Wolf Trap National Park for the Performing Arts,

answers: NDQ_006330

answers: Wolf Trap National Park for the Performing Arts,

answers: NDQ_006331

answers: As the founder of Wolf Trap National Park for the Performing Arts,

text: The hotel was opened in August 1901 by André Ducamp and Gustave-Émile Dumoutier. It was the first venue in Indo-China to show motion pictures.

text: The hotel was opened in August 1901 by André Ducamp and Gustave-Émile Dumoutier. It was the first venue in Indo-China to show motion pictures.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Indo-China

answers: NDQ_006323

answers: 1901 by André Ducamp and Gustave-Émile Dumoutier.

answers: NDQ_006324

answers: 1901 by André Ducamp and Gustave-Émile Dumoutier.

answers: NDQ_006325

answers: 1901 by André Ducamp and Gustave-Émile Dumoutier.

answers: NDQ_006326

answers: 1901 by André Ducamp and Gustave-Émile Dumoutier.

answers: NDQ_006327

answers: 1901 by André Ducamp and Gustave-Émile Dumoutier.

answers: NDQ_006328

answers: 1901 by André Ducamp and Gustave-Émile Dumoutier.

answers: NDQ_006329

answers: 1901 by André Ducamp and Gustave-Émile Dumoutier.

answers: NDQ_006330

answers: 1901 by André Ducamp and Gustave-Émile Dumoutier.

answers: NDQ_006331

answers: 1901 by André Ducamp and Gustave-Émile Dumoutier.

text: where A is the molecular alignment tensor.The rows of B contain the motion tensors for each atom. The motion tensors also have five degrees of freedom. From each motion tensor, 5 parameters of interest can be computed. The variables S, η, α, β and γ are used to denote these 5 parameters for atom i. S is the magnitude of atom i’s motion; η is a measure of the anisotropy of atom i’s motion; α and β are related to the polar coordinates of the bond vector expressed in the initial arbitrary reference frame (i.e., the PDB frame). If the motion of the atom is anisotropic (i.e., η = 0), the final parameter,  γ measures the principal orientation of the motion.

text: where A is the molecular alignment

text: tensor

text: .The rows of B contain the motion tensors for each atom. The motion tensors also have five

entity_name: Degrees of freedom (physics and chemistry)

text: degrees of freedom

text: . From each motion tensor, 5 parameters of interest can be computed. The variables S, η, α, β and γ are used to denote these 5 parameters for atom i. S is the magnitude of atom i’s motion; η is a measure of the anisotropy of atom i’s motion; α and β are related to the polar coordinates of the bond vector expressed in the initial arbitrary reference frame (i.e., the PDB frame). If the motion of the atom is anisotropic (i.e., η = 0), the final parameter,  γ measures the principal orientation of the motion.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: NDQ_006328

answers: NDQ_006329

answers: polar coordinates

answers: NDQ_006330

answers: = 0

answers: NDQ_006331

answers: mercury

answers: NDQ_006322

answers: PDB frame).

answers: NDQ_006323

answers: molecular alignment tensor.The

answers: NDQ_006324

answers: five degrees of freedom.

answers: NDQ_006325

answers: five degrees of freedom.

answers: NDQ_006326

answers: five degrees of freedom.

answers: NDQ_006327

answers: 5 parameters of interest can be computed.

answers: NDQ_006328

answers: five degrees of freedom.

answers: NDQ_006329

answers: five degrees of freedom.

answers: NDQ_006330

answers: five degrees of freedom.

answers: NDQ_006331

answers: five degrees of freedom.

text: In a quasiconjunction, a planet in retrograde motion — always either Mercury or Venus, from the point of view of the Earth — will "drop back" in right ascension until it almost allows another planet to overtake it, but then the former planet will resume its forward motion and thereafter appear to draw away from it again. This will occur in the morning sky, before dawn. The reverse may happen in the evening sky after dusk, with Mercury or Venus entering retrograde motion just as it is about to overtake another planet (often Mercury and Venus are both of the planets involved, and when this situation arises they may remain in very close visual proximity for several days or even longer). The quasiconjunction is reckoned as occurring at the time the distance in right ascension between the two planets is smallest, even though, when declination is taken into account, they may appear closer together shortly before or after this.

text: In a quasiconjunction, a planet in

text: retrograde motion

text: — always either

text: Mercury

text: or

text: Venus

text: , from the point of view of

text: the Earth

text: — will "drop back" in right ascension until it almost allows another planet to overtake it, but then the former planet will resume its forward motion and thereafter appear to draw away from it again. This will occur in the morning sky, before dawn. The reverse may happen in the evening sky after dusk, with Mercury or Venus entering retrograde motion just as it is about to overtake another planet (often Mercury and Venus are both of the planets involved, and when this situation arises they may remain in very close visual proximity for several days or even longer). The quasiconjunction is reckoned as occurring at the time the distance in right ascension between the two planets is smallest, even though, when declination is taken into account, they may appear closer together shortly before or after this.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: This will occur in the morning sky, before dawn

answers: NDQ_006329

answers: declination

answers: NDQ_006330

answers: declination is taken into account

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mercury or Venus,

answers: NDQ_006323

answers: Venus,

answers: NDQ_006324

answers: retrograde motion

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: when this situation arises they may remain in very close visual proximity

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: a planet in retrograde motion

answers: NDQ_006329

answers: right ascension

answers: NDQ_006330

answers: Venus,

answers: NDQ_006331

answers: Venus,

text: The planet orbits its host star or brown dwarf with an orbital radius similar to that of Venus. But the host is likely to be between 3,000 and 1 million times fainter than the Sun, so the top of the planet's atmosphere is likely to be colder than Pluto. However, the planet is likely to maintain a massive atmosphere that would allow warmer temperatures at lower altitudes. It is even possible that interior heating by radioactive decay would be sufficient to make the surface as warm as the Earth, but theory suggests that the surface may be completely covered by a very deep ocean.

text: The planet orbits its host star or

text: brown dwarf

text: with an orbital radius similar to that of Venus. But the host is likely to be between 3,000 and 1 million times fainter than the Sun, so the top of the planet's atmosphere is likely to be colder than

text: Pluto

text: . However, the planet is likely to maintain a massive atmosphere that would allow warmer temperatures at lower altitudes. It is even possible that interior heating by

text: radioactive decay

text: would be sufficient to make the surface as warm as the Earth, but theory suggests that the surface may be completely covered by a very deep ocean.

answers: NDQ_006322

answers: Pluto

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: likely to be colder than Pluto

answers: NDQ_006329

answers: a very deep ocean

answers: NDQ_006330

answers: is likely to be colder than Pluto

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: host star

answers: NDQ_006324

answers: radioactive decay

answers: NDQ_006325

answers: orbital radius

answers: NDQ_006326

answers: Venus.

answers: NDQ_006327

answers: massive atmosphere that would allow warmer temperatures at lower altitudes.

answers: NDQ_006328

answers: warmer temperatures at lower altitudes.

answers: NDQ_006329

answers: a very deep ocean.

answers: NDQ_006330

answers: a very deep ocean.

answers: NDQ_006331

answers: Venus.

text: Jelena Janković and Venus Williams have met 12 times and each player has won six times. Janković leads 4–2 on clay courts and 1–0 on grass, whilst Venus leads 4–1 on hard. Their rivalry is one of the most competitive and even in women's tennis. Only three of their matches have been decided in straight sets: their first meeting in the quarter-finals of the 2005 East of the West Bank Classic, which Venus won; the second was in the quarter-finals of the 2010 Internazionali BNL d'Italia which Janković won with 6–0, 6–1; this was the worst ever defeat in Venus Williams' entire career, and their third and most recent meeting in the second round of the 2012 Family Circle Cup, which Venus won in straight sets.

text: Jelena Janković and

text: Venus Williams

text: have met 12 times and each player has won six times. Janković leads 4–2 on clay courts and 1–0 on grass, whilst Venus leads 4–1 on hard. Their rivalry is one of the most competitive and even in women's tennis. Only three of their matches have been decided in straight sets: their first meeting in the quarter-finals of the 2005 East of the West Bank Classic, which Venus won; the second was in the quarter-finals of the

text: 2010 Internazionali BNL d'Italia

text: which Janković won with 6–0, 6–1; this was the worst ever defeat in Venus Williams' entire career, and their third and most recent meeting in the second round of the

text: 2012 Family Circle Cup

text: , which Venus won in straight sets.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: clay

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus won

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: 4–1 on hard

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: clay

answers: NDQ_006324

answers: clay

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: worst ever defeat in Venus Williams' entire career,

answers: NDQ_006329

answers: clay courts and 1–0 on grass,

answers: NDQ_006330

answers: hard.

answers: NDQ_006331

answers: Venus

text: In addition to being a venue for musical performances, YBCA also acts as a museum. The various art exhibits and collections YBCA offers emphasize its celebration of both local and world art. For example, in 2008 the art group Royal Art Lodge presented their psychologically surrealist works, challenging the viewer using simple drawings and more pronounced techniques like cutups. YBCA not only holds specific art shows and exhibits, but also is carefully aided by various artists in creating particular atmospheres for its spaces. For instance, Instant Coffee, another artist group, designed a lounge room within YBCA for visitors to simply sit and listen to records with a chic atmosphere, while Space 1026 created YBCA's mural, a showcase of social and physical dimensions.

text: In addition to being a venue for musical performances, YBCA also acts as a museum. The various art exhibits and collections YBCA offers emphasize its celebration of both local and world art. For example, in 2008 the art group Royal Art Lodge presented their psychologically surrealist works, challenging the viewer using simple drawings and more pronounced techniques like cutups. YBCA not only holds specific art shows and exhibits, but also is carefully aided by various artists in creating particular atmospheres for its spaces. For instance, Instant Coffee, another artist group, designed a lounge room within YBCA for visitors to simply sit and listen to records with a chic atmosphere, while Space 1026 created YBCA's mural, a showcase of social and physical dimensions.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Space 1026

answers: NDQ_006323

answers: local and world art.

answers: NDQ_006324

answers: cutups.

answers: NDQ_006325

answers: simple drawings and more pronounced techniques like cutups.

answers: NDQ_006326

answers: YBCA also acts as a museum.

answers: NDQ_006327

answers: YBCA

answers: NDQ_006328

answers: YBCA

answers: NDQ_006329

answers: social and physical dimensions.

answers: NDQ_006330

answers: YBCA also acts as a museum.

answers: NDQ_006331

answers: YBCA also acts as a museum.

text: The first robotic space probe mission to Venus, and the first to any planet, began with the Soviet Venera program in 1961. The United States' exploration of Venus had its first success with the Mariner 2 mission on 14 December 1962, becoming the world's first successful interplanetary mission, passing  above the surface of Venus, and gathering data on the planet's atmosphere.

text: The first

text: robotic

text: space probe

text: mission to Venus, and the first to any planet, began with the Soviet

text: Venera

text: program in 1961. The United States' exploration of Venus had its first success with the

text: Mariner 2

text: mission on 14 December 1962, becoming the world's first successful

text: interplanetary mission

text: , passing  above the surface of Venus, and gathering data on the planet's atmosphere.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The first robotic space probe mission to Venus

answers: NDQ_006329

answers: a topographic map of Venus

answers: NDQ_006330

answers: atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Soviet Venera program in 1961.

answers: NDQ_006324

answers: atmosphere.

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: passing above the surface of Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: Soviet Venera program in 1961.

answers: NDQ_006329

answers: atmosphere.

answers: NDQ_006330

answers: atmosphere.

answers: NDQ_006331

answers: Venus,

text: With an apparent magnitude of −1.46, Sirius is the brightest star system in the night sky, almost twice the brightness of the second brightest star, Canopus. However, it is not as bright as the Moon, Venus, or Jupiter; at times, Mercury and Mars are also brighter than Sirius. Sirius can be seen from almost everywhere on the Earth's surface, with only observers north of 73 degrees latitude unable to see it, and it does not rise very high when viewed from some northern cities, reaching only 13° above the horizon from Saint Petersburg. Sirius, along with Procyon and Betelgeuse, forms one of the three vertices of the Winter Triangle to observers in the Northern Hemisphere. Due to its declination of roughly −17°, Sirius is a circumpolar star from latitudes south of 73° S. From the Southern Hemisphere in early July, Sirius can be seen in both the evening where it sets after the Sun, and in the morning where it rises before the Sun. Due to precession (and slight proper motion), Sirius will move further south in the future. Starting in the year 9000, Sirius will not be visible any more from northern and central Europe, and in 14000 its declination will be -67° and thus it will be circumpolar throughout South Africa and in most parts of Australia.

text: With an

text: apparent magnitude

text: of −1.46, Sirius is the brightest star system in the night sky, almost twice the brightness of the second brightest star,

text: Canopus

text: . However, it is not as bright as the

text: Moon

text: Venus

text: , or

text: Jupiter

text: ; at times,

text: Mercury

text: and

text: Mars

text: are also brighter than Sirius. Sirius can be seen from almost everywhere on the Earth's surface, with only

text: observers north of 73 degrees

text: latitude unable to see it, and it does not rise very high when viewed from some northern cities, reaching only 13° above the horizon from

text: Saint Petersburg

text: . Sirius, along with

text: Procyon

text: and Betelgeuse, forms one of the three

text: vertices

text: of the

text: Winter Triangle

text: to observers in the

text: Northern Hemisphere

text: . Due to its

text: declination

text: of roughly −17°, Sirius is a

text: circumpolar star

text: from latitudes south of 73° S. From the

text: Southern Hemisphere

text: in early July, Sirius can be seen in both the evening where it sets after the Sun, and in the morning where it rises before the Sun. Due to

text: precession

text: (and slight

text: proper motion

text: ), Sirius will move further south in the future. Starting in the year 9000, Sirius will not be visible any more from northern and central Europe, and in 14000 its declination will be -67° and thus it will be circumpolar throughout South Africa and in most parts of Australia.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: south of 73° S

answers: NDQ_006330

answers: yes

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Mercury and Mars are also brighter than Sirius.

answers: NDQ_006324

answers: 1.46,

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: Venus,

answers: NDQ_006329

answers: 13° above the horizon from Saint Petersburg.

answers: NDQ_006330

answers: Venus,

answers: NDQ_006331

answers: Mercury

text: The existence of retrograde satellites or quasi-satellites was first considered by J. Jackson in 1913 but none was discovered until almost 100 years later.  was the first quasi-satellite to be discovered, in 2002, although it was not immediately recognized as such.  was identified as a quasi-satellite of Venus by Seppo Mikkola, Ramon Brasser, Paul A. Wiegert and Kimmo Innanen in 2004, two years after the actual discovery of the object. From the perspective of a hypothetical observer in a frame of reference rotating with Venus, it appears to travel around the planet during one Venusian year although it does not orbit Venus but the Sun like any other asteroid. As quasi-satellite, this minor body is trapped in a 1:1 mean-motion resonance with Venus. Besides being a Venus co-orbital, this Aten asteroid is also a Mercury grazer and an Earth crosser.  exhibits resonant (or near-resonant) behavior with Mercury, Venus and Earth. It seems to have been co-orbital with Venus for only the last 7,000 years, and is destined to be ejected from this orbital arrangement about 500 years from now. During this time, its distance to Venus has been and will remain larger than about 0.2 AU (3·10 km).

text: The existence of retrograde satellites or quasi-satellites was first considered by J. Jackson in 1913 but none was discovered until almost 100 years later.  was the first quasi-satellite to be discovered, in 2002, although it was not immediately recognized as such.  was identified as a quasi-satellite of Venus by

text: Seppo Mikkola

text: , Ramon Brasser,

text: Paul A. Wiegert

text: and Kimmo Innanen in 2004, two years after the actual discovery of the object. From the perspective of a hypothetical observer in a frame of reference rotating with Venus, it appears to travel around the planet during one Venusian year although it does not orbit Venus but the Sun like any other

text: asteroid

text: . As quasi-satellite, this minor body is trapped in a 1:1 mean-motion resonance with Venus. Besides being a Venus

text: co-orbital

text: , this

text: Aten

text: asteroid is also a

text: Mercury grazer

text: and an

text: Earth crosser

text: .  exhibits

text: resonant

text: (or near-resonant) behavior with

text: Mercury

text: , Venus and

text: Earth

text: . It seems to have been co-orbital with Venus for only the last 7,000 years, and is destined to be ejected from this orbital arrangement about 500 years from now. During this time, its distance to Venus has been and will remain larger than about 0.2

text: AU

text: (3·10 km).

answers: NDQ_006322

answers: Mercury

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: argon

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: unanswerable

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: a 1:1 mean-motion resonance with Venus

answers: NDQ_006330

answers: was identified as a quasi-satellite

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mercury,

answers: NDQ_006323

answers: Sun

answers: NDQ_006324

answers: Sun like any other asteroid.

answers: NDQ_006325

answers: 1:1

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: 1:1 mean-motion resonance with Venus.

answers: NDQ_006329

answers: 0.2 AU (3<unk>10 km).

answers: NDQ_006330

answers: Venusian year

answers: NDQ_006331

answers: Mercury,

text: Venu (ANR) is a very poor student and seeks to come out of hostel unable bear the expenses and shift to a lawyer Anand Rao (S.V. Rangarao)'s outhouse who gives it for free of cost. Venu has a brother who is a blacksmith and funds his studies and his daughter in their village. The lawyer's wife doesn't agree to give their room to bachelors and so lawyer insists that he says that he is married. The lawyer has a daughter Shanthi (Savitri) who falls in love with Venu. Her parents agree for their marriage. Venu completes his B.A. degree and goes to his village. His brother dies of ill-health and asks him to take care of his daughter Jaya. Jaya loves a man named Kumar (Nagabhushanam) who is very deceptive, and has a blind sister Radha (Janaki). When Venu asks Kumars' parents to get Jaya married to their son, they  agree on one condition that Venu should marry their daughter. So Venu  and Shanthi sacrifice their love. Venu is guilty of dumping her and doesn't like his wife. One day  Shanthi comes and  mitigates the situation. Janaki's brother and his wife create nuisence. Janaki becomes pregnant. To keep her away from all these problems, he takes his wife to Hampi  Vijayanagar on Shanthi's advice. There Kumar who cheats a lady  and kills her on a mountain. Hearing her screaming, Venu arrives there and sees the culprit and gets caught to police to save Kumar's life for the sake of his brother's daughter. Shanthi who is now a lawyer  takes up his case and proves that he is innocent in the court and unveils the culprit  with the help of strong evidence brought by Jaya, he becomes remorseful. The story ends with Venu and his wife lead a happy life.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: NDQ_006328

answers: NDQ_006329

answers: a topographic map of venus

answers: NDQ_006330

answers: does not contain water

answers: NDQ_006331

answers: NDQ_006322

answers: Shanthi

answers: NDQ_006323

answers: Shanthi

answers: NDQ_006324

answers: Venu and Shanthi sacrifice their love.

answers: NDQ_006325

answers: Venu and Shanthi

answers: NDQ_006326

answers: Venu should marry their daughter. So Venu and Shanthi

answers: NDQ_006327

answers: Jaya loves a man named Kumar

answers: NDQ_006328

answers: Venu and Shanthi sacrifice their love.

answers: NDQ_006329

answers: Venu and Shanthi

answers: NDQ_006330

answers: Venu and Shanthi sacrifice their love.

answers: NDQ_006331

answers: Shanthi

text: Between these two is the moist greenhouse, which occurs if the climate forcing is large enough to make water vapour (HO) a major atmospheric constituent. In principle, an extreme moist greenhouse might cause an instability with water vapour preventing radiation to space of all absorbed solar energy, resulting in very high surface temperature and evaporation of the ocean.<ref>{{cite journal | last = Ingersoll | first = AP | year = 1969 | title = Runaway greenhouse: a history of water on Venus | journal = J. Atmos. Sci. | volume = 26 | pages =1191–1198| bibcode =  1969JAtS...26.1191I| doi = 10.1175/1520-0469(1969)026

text: Between these two is the moist greenhouse, which occurs if the climate forcing is large enough to make water vapour (HO) a major atmospheric constituent. In principle, an extreme moist greenhouse might cause an instability with water vapour preventing radiation to space of all absorbed solar energy, resulting in very high surface temperature and evaporation of the ocean.<ref>{{cite journal | last = Ingersoll | first = AP | year = 1969 | title = Runaway greenhouse: a history of water on Venus | journal = J. Atmos. Sci. | volume = 26 | pages =1191–1198| bibcode =  1969JAtS...26.1191I| doi = 10.1175/1520-0469(1969)026

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water vapour

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanism on venus

answers: NDQ_006329

answers: runaway greenhouse

answers: NDQ_006330

answers: runaway greenhouse

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: water vapour

answers: NDQ_006324

answers: water vapour

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: moist greenhouse,

answers: NDQ_006328

answers: Runaway greenhouse: a history of water on Venus

answers: NDQ_006329

answers: Runaway greenhouse: a history of water on Venus

answers: NDQ_006330

answers: very high surface temperature and evaporation of the ocean.

answers: NDQ_006331

answers: Venus

text: A Virginia court may dismiss a case altogether on a motion of forum non conveniens if it can be shown that a far better venue for the case lies in another state. The Virginia court has no power to transfer a case to a court outside of Virginia.

text: A Virginia court may dismiss a case altogether on a motion of

text: forum non conveniens

text: if it can be shown that a far better venue for the case lies in another state. The Virginia court has no power to transfer a case to a court outside of Virginia.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: another state.

answers: NDQ_006323

answers: motion of forum non conveniens

answers: NDQ_006324

answers: state.

answers: NDQ_006325

answers: motion of forum non conveniens

answers: NDQ_006326

answers: Virginia.

answers: NDQ_006327

answers: A Virginia court

answers: NDQ_006328

answers: motion of forum non conveniens

answers: NDQ_006329

answers: a far better venue for the case lies in another state.

answers: NDQ_006330

answers: motion of forum non conveniens

answers: NDQ_006331

answers: A

text: Venera 9 ( meaning Venus 9), manufacturer's designation: 4V-1 No. 660, was a Soviet unmanned space mission to Venus. It consisted of an orbiter and a lander. It was launched on June 8, 1975, at 02:38:00 UTC and had a mass of . The orbiter was the first spacecraft to orbit Venus, while the lander was the first to return images from the surface of another planet.

text: Venera 9 ( meaning Venus 9), manufacturer's designation: 4V-1 No. 660, was a

text: Soviet

text: unmanned space mission

text: to

text: Venus

text: . It consisted of an orbiter and a lander. It was launched on June 8, 1975, at 02:38:00

text: UTC

text: and had a mass of . The orbiter was the first spacecraft to orbit Venus, while the lander was the first to return images from the surface of another planet.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The orbiter was the first spacecraft to orbit Venus

answers: NDQ_006329

answers: NDQ_006330

answers: The orbiter was the first spacecraft to orbit Venus

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: of.

answers: NDQ_006324

answers: of.

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: lander was the first to return images from the surface of another planet.

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: Venus.

answers: NDQ_006329

answers: Venus.

answers: NDQ_006330

answers: lander was the first to return images from the surface of another planet.

answers: NDQ_006331

answers: Venus.

text: The surface of Venus is comparatively flat. When 93% of the topography was mapped by Pioneer Venus, scientists found that the total distance from the lowest point to the highest point on the entire surface was about , about the same as the vertical distance between the Earth's ocean floor and the higher summits of the Himalayas, about . This similarity is to be expected as the maximum attainable elevation contrasts on a planet are largely dictated by the strength of the planet's gravity and the mechanical strength of its lithosphere, these are similar for Earth and Venus.

text: The surface of Venus is comparatively flat. When 93% of the

text: topography

text: was mapped by

text: Pioneer Venus

text: , scientists found that the total distance from the lowest point to the highest point on the entire surface was about , about the same as the vertical distance between the Earth's

text: ocean floor

text: and the higher summits of the

text: Himalaya

text: s, about . This similarity is to be expected as the maximum attainable elevation contrasts on a planet are largely dictated by the strength of the planet's gravity and the mechanical strength of its

text: lithosphere

text: , these are similar for Earth and Venus.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: 93% of the topography

answers: NDQ_006330

answers: is comparatively flat

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: lithosphere,

answers: NDQ_006324

answers: lithosphere,

answers: NDQ_006325

answers: similar for Earth and Venus.

answers: NDQ_006326

answers: Earth's ocean floor and the higher summits of the Himalayas,

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: about,

answers: NDQ_006329

answers: the total distance from the lowest point to the highest point

answers: NDQ_006330

answers: comparatively flat.

answers: NDQ_006331

answers: Venus

text: Thermal inertia and the transfer of heat by winds in the lower atmosphere mean that the temperature of Venus's surface does not vary significantly between the night and day sides, despite Venus's extremely slow rotation. Winds at the surface are slow, moving at a few kilometres per hour, but because of the high density of the atmosphere at the surface, they exert a significant amount of force against obstructions, and transport dust and small stones across the surface. This alone would make it difficult for a human to walk through, even if the heat, pressure, and lack of oxygen were not a problem.

text: Thermal inertia

text: and the transfer of heat by winds in the lower atmosphere mean that the temperature of Venus's surface does not vary significantly between the night and day sides, despite Venus's extremely slow rotation. Winds at the surface are slow, moving at a few kilometres per hour, but because of the high density of the atmosphere at the surface, they exert a significant amount of force against obstructions, and transport dust and small stones across the surface. This alone would make it difficult for a human to walk through, even if the heat, pressure, and lack of oxygen were not a problem.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: dust

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus's extremely slow rotation

answers: NDQ_006329

answers: dust and small stones across the surface

answers: NDQ_006330

answers: does not vary significantly between the night and day sides

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus's

answers: NDQ_006323

answers: Thermal inertia

answers: NDQ_006324

answers: dust and small stones

answers: NDQ_006325

answers: slow

answers: NDQ_006326

answers: Venus's

answers: NDQ_006327

answers: high density

answers: NDQ_006328

answers: Venus's extremely slow rotation.

answers: NDQ_006329

answers: Venus's surface does not vary significantly between the night and day sides,

answers: NDQ_006330

answers: Venus's surface does not vary significantly between the night and day sides,

answers: NDQ_006331

answers: Venus's

text: Kungliga tennishallen, now a hard-court surface, remains the venue for the Stockholm Open tournament. In 1975 the venue was the host of the year end Masters tennis tournament.

text: Kungliga tennishallen, now a hard-court surface, remains the venue for the

text: Stockholm Open

text: tournament. In 1975 the venue was the host of the year end Masters tennis tournament.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanoes on Venus

answers: NDQ_006329

answers: Venus is a planet in the solar system.

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Stockholm

answers: NDQ_006323

answers: Kungliga tennishallen,

answers: NDQ_006324

answers: Kungliga tennishallen,

answers: NDQ_006325

answers: Kungliga tennishallen,

answers: NDQ_006326

answers: Kungliga tennishallen,

answers: NDQ_006327

answers: Stockholm Open tournament.

answers: NDQ_006328

answers: Kungliga tennishallen,

answers: NDQ_006329

answers: Kungliga tennishallen,

answers: NDQ_006330

answers: hard-court

answers: NDQ_006331

answers: Kungliga tennishallen,

text: For the Winter Olympics, there are eight venues that start with the letter 'T', three venues that start with the letter 'U', two venues that start with the letter 'V', no venues that start with the letters 'X' and 'Y', and two venues that start with the letter 'Z'.

text: For the

text: Winter Olympics

text: , there are eight

text: venues

text: that start with the letter 'T', three venues that start with the letter 'U', two venues that start with the letter 'V', no venues that start with the letters 'X' and 'Y', and two venues that start with the letter 'Z'.

answers: NDQ_006322

answers: X

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: V

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: X

answers: NDQ_006328

answers: X

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: Z

answers: NDQ_006331

answers: NDQ_006322

answers: 'V',

answers: NDQ_006323

answers: 'V',

answers: NDQ_006324

answers: eight venues that start with the letter 'T',

answers: NDQ_006325

answers: eight venues that start with the letter 'T',

answers: NDQ_006326

answers: two venues that start with the letter 'V',

answers: NDQ_006327

answers: 'Z'.

answers: NDQ_006328

answers: two venues that start with the letter 'V',

answers: NDQ_006329

answers: two venues that start with the letter 'Z'.

answers: NDQ_006330

answers: eight venues that start with the letter 'T',

answers: NDQ_006331

answers: two venues that start with the letter 'V',

text: After the arrests, motions by the defense for a change of venue, on the basis that Miami was a venue too associated with exile Cubans, were denied, despite the fact that the trial began just five months after the heated Elian Gonzalez affair. The jury did not include any Cuban-Americans but 16 of the 160 members of the jury pool "knew the victims of the shootdown or knew trial witnesses who had flown with them." According to Ricardo Alarcón, President of Cuba's National Assembly, a year later, an application to change venue for the same reason was granted by the same court in an employment case with a Cuban connection. As a result, the Five applied for annulment of the trial and a change of venue for a retrial; the motion was denied. According to Alarcon, the Five's appeal to a higher court was inhibited by further month's solitary confinement in early 2003, and by denial of access to their attorneys. On August 9, 2005, a three-judge panel of the United States Court of Appeals for the Eleventh Circuit in Atlanta unanimously overturned the convictions and sentences of the Cuban Five and ordered a new trial outside Miami, saying that the Cuban exile community and the trial publicity made the trial unfavorable and prejudicial to the defendants. This was the first time a Federal Circuit Court of Appeals reversed a trial court's finding with respect to venue. However, on October 31, 2005 the Atlanta court agreed to a U.S. government request to review the decision, and in August 2006 the ruling for a new trial was reversed by a 10-2 vote of the Eleventh Circuit Court of Appeal sitting en banc. Charles R. Wilson wrote the opinion of the majority.

text: After the arrests, motions by the defense for a

text: change of venue

text: , on the basis that Miami was a venue too associated with exile Cubans, were denied, despite the fact that the trial began just five months after the heated

text: Elian Gonzalez affair

text: . The jury did not include any Cuban-Americans but 16 of the 160 members of the jury pool "knew the victims of the shootdown or knew trial witnesses who had flown with them." According to

text: Ricardo Alarcón

text: , President of Cuba's National Assembly, a year later, an application to change venue for the same reason was granted by the same court in an employment case with a Cuban connection. As a result, the Five applied for annulment of the trial and a change of venue for a retrial; the motion was denied. According to Alarcon, the Five's appeal to a higher court was inhibited by further month's solitary confinement in early 2003, and by denial of access to their attorneys. On August 9, 2005, a three-judge panel of the

entity_name: United States Court of Appeals for the Eleventh Circuit

text: United States Court of Appeals for the Eleventh Circuit

text: in

text: Atlanta

text: unanimously overturned the convictions and sentences of the Cuban Five and ordered a new trial outside Miami, saying that the

text: Cuban exile community

text: and the trial publicity made the trial unfavorable and prejudicial to the defendants. This was the first time a Federal Circuit Court of Appeals reversed a trial court's finding with respect to venue. However, on October 31, 2005 the Atlanta court agreed to a U.S. government request to review the decision, and in August 2006 the ruling for a new trial was reversed by a 10-2 vote of the Eleventh Circuit Court of Appeal sitting

text: en banc

text: Charles R. Wilson

text: wrote the opinion of the majority.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Cuban Five

answers: NDQ_006323

answers: Cuban Five

answers: NDQ_006324

answers: United States Court of Appeals for the Eleventh Circuit

answers: NDQ_006325

answers: On August 9, 2005,

answers: NDQ_006326

answers: Cuban Five

answers: NDQ_006327

answers: Cuban Five

answers: NDQ_006328

answers: 10

answers: NDQ_006329

answers: Cuban Five

answers: NDQ_006330

answers: 10

answers: NDQ_006331

answers: Cuban Five

text: Intriguingly for planetary geologists, atmospheric studies carried out by the Pioneer Venus probes in the early 1980s revealed a considerable variation in the concentrations of sulfur dioxide (SO) and methane (CH) in Venus' middle and upper atmosphere.  One possible explanation for this was the injection of volcanic gases into the atmosphere by plinian eruptions at Maat Mons.

text: Intriguingly for

text: planetary geologists

text: atmospheric

text: studies carried out by the

text: Pioneer Venus

text: probes in the early 1980s revealed a considerable variation in the concentrations of

text: sulfur dioxide

text: (SO) and

text: methane

text: (CH) in Venus' middle and upper atmosphere.  One possible explanation for this was the injection of volcanic gases into the atmosphere by

text: plinian

text: eruptions at Maat Mons.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: sulfur dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: maat mons

answers: NDQ_006329

answers: Maat Mons

answers: NDQ_006330

answers: volcanic gases

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: sulfur dioxide

answers: NDQ_006324

answers: sulfur dioxide

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Pioneer Venus probes

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: plinian eruptions at Maat Mons.

answers: NDQ_006329

answers: Maat Mons.

answers: NDQ_006330

answers: Venus' middle and upper atmosphere.

answers: NDQ_006331

answers: Venus

text: There are two basic choices for an artificial atmosphere: either an Earth-like mixture of oxygen in an inert gas such as nitrogen or helium, or pure oxygen, which can be used at lower than standard atmospheric pressure. A nitrogen-oxygen mixture is used in the International Space Station and Soyuz spacecraft, while low-pressure pure oxygen is commonly used in space suits for extravehicular activity.

text: There are two basic choices for an artificial atmosphere: either an Earth-like mixture of oxygen in an inert gas such as nitrogen or helium, or pure oxygen, which can be used at lower than standard atmospheric pressure. A nitrogen-oxygen mixture is used in the International Space Station and Soyuz spacecraft, while low-pressure pure oxygen is commonly used in space suits for

text: extravehicular activity

answers: NDQ_006322

answers: Helium

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: Earth-like mixture

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: helium,

answers: NDQ_006323

answers: nitrogen or helium,

answers: NDQ_006324

answers: oxygen in an inert gas such as nitrogen or helium,

answers: NDQ_006325

answers: Earth-like

answers: NDQ_006326

answers: Earth-like

answers: NDQ_006327

answers: There are two basic choices for an artificial atmosphere:

answers: NDQ_006328

answers: helium,

answers: NDQ_006329

answers: Earth-like

answers: NDQ_006330

answers: Earth-like mixture of oxygen in an inert gas

answers: NDQ_006331

answers: nitrogen or helium,

text: Emos-Emos opened in Austin in 1992 and has been one of the most popular venues in town , some of the biggest names in music have performed here like tyler the creator, atmosphere  and neon trees! Emos is an official venue for SXSW, they hold concerts all day from Thursday to Sunday 7:30pm to 11pm during the well known music festival. Emos is a popular spot you’re not going to know about if you’re not from here. for more venues in Austin GO HERE>>

text: Emos-Emos opened in Austin in 1992 and has been one of the most popular venues in town , some of the biggest names in music have performed here like tyler the creator, atmosphere  and neon trees! Emos is an official venue for SXSW, they hold concerts all day from Thursday to Sunday 7:30pm to 11pm during the well known music festival. Emos is a popular spot you’re not going to know about if you’re not from here. for more venues in Austin GO HERE>>

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is a planet

answers: NDQ_006327

answers: It is a hot planet.

answers: NDQ_006328

answers: Volcanoes on venus

answers: NDQ_006329

answers: Venus is a planet in the solar system.

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: Mercury

answers: NDQ_006322

answers: neon trees!

answers: NDQ_006323

answers: neon trees! Emos is an official venue for SXSW,

answers: NDQ_006324

answers: neon trees!

answers: NDQ_006325

answers: 7:30pm to 11pm

answers: NDQ_006326

answers: Emos-Emos

answers: NDQ_006327

answers: Emos-Emos

answers: NDQ_006328

answers: Emos-Emos

answers: NDQ_006329

answers: Emos-Emos

answers: NDQ_006330

answers: Emos-Emos opened in Austin in 1992

answers: NDQ_006331

answers: Emos-Emos

text: Eighteen competition venues were used at the Games. Events took place at 11 pre-existing venues, one new venue (the Singapore Turf Club Riding Centre), and six temporary venues that will be removed following the Games. Twelve venues were also set aside for training purposes. Certain venues such as the Singapore Indoor Stadium and The Float@Marina Bay were temporarily converted to host sports events, while Kallang Field was upgraded to be able to host the archery competition. The Float@Marina Bay, a floating stage, was the main stadium for the Games. Capable of seating 25,000 spectators, it hosted the opening ceremony on 14 August, was a venue for the cycling event, and also hosted the closing ceremony held on 26 August 2010.

text: Eighteen competition venues were used at the Games. Events took place at 11 pre-existing venues, one new venue (the

text: Singapore Turf Club

text: Riding Centre), and six temporary venues that will be removed following the Games. Twelve venues were also set aside for training purposes. Certain venues such as the

text: Singapore Indoor Stadium

text: and

text: The Float@Marina Bay

text: were temporarily converted to host sports events, while

text: Kallang Field

text: was upgraded to be able to host the

entity_name: Archery at the 2010 Summer Youth Olympics

text: archery

text: competition. The Float@Marina Bay, a floating stage, was the main stadium for the Games. Capable of seating 25,000 spectators, it hosted the opening ceremony on 14 August, was a venue for the

entity_name: Cycling at the 2010 Summer Youth Olympics

text: cycling

text: event, and also hosted the closing ceremony held on 26 August 2010.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Singapore Turf Club Riding Centre),

answers: NDQ_006323

answers: 2010.

answers: NDQ_006324

answers: Eighteen

answers: NDQ_006325

answers: Eighteen

answers: NDQ_006326

answers: Eighteen competition venues were used at the Games.

answers: NDQ_006327

answers: Eighteen

answers: NDQ_006328

answers: Eighteen competition venues were used at the Games.

answers: NDQ_006329

answers: Eighteen competition venues were used at the Games.

answers: NDQ_006330

answers: Eighteen competition venues were used at the Games.

answers: NDQ_006331

answers: Eighteen

text: Venue parameters, such as average latency, commission, and rank can be used to prioritize certain venues. Custom algorithms, like synthetic orders (peg, iceberg, spraying, TWAP), can be used to manage orders automatically, for instance, if a specific client has certain routing preferences among several brokers, or certain rules for handling of incoming, or creation of outgoing orders. It is also crucial to track the actual venue situation, like the trading phase, as well as the available opportunities. Thus, any Smart Order Router requires real-time market data from different venues. The market data can be obtained either by connecting directly to the venue’s feed handlers, or by using  market data providers.

text: Venue parameters, such as average latency, commission, and rank can be used to prioritize certain venues. Custom algorithms, like synthetic orders (peg, iceberg, spraying,

text: TWAP

text: ), can be used to manage orders automatically, for instance, if a specific client has certain routing preferences among several brokers, or certain rules for handling of incoming, or creation of outgoing orders. It is also crucial to track the actual venue situation, like the trading phase, as well as the available opportunities. Thus, any Smart Order Router requires real-time market data from different venues. The market data can be obtained either by connecting directly to the venue’s feed handlers, or by using  market data providers.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: NDQ_006322

answers: iceberg,

answers: NDQ_006323

answers: iceberg, spraying, TWAP),

answers: NDQ_006324

answers: synthetic orders

answers: NDQ_006325

answers: Venue parameters, such as average latency,

answers: NDQ_006326

answers: Venue parameters, such as average latency,

answers: NDQ_006327

answers: Venue parameters, such as average latency,

answers: NDQ_006328

answers: Venue parameters, such as average latency,

answers: NDQ_006329

answers: Venue parameters, such as average latency,

answers: NDQ_006330

answers: (peg, iceberg, spraying, TWAP),

answers: NDQ_006331

answers: Venue parameters, such as average latency,

text: The surface of Venus is not easily accessible because of the extremely thick atmosphere (some 90 times that of Earth's) and the  surface temperature. Much of what is known about it stems from orbital radar observations, because the surface is permanently obscured in visible wavelengths by cloud cover. In addition, a number of landers have returned data from the surface, including images.

text: The surface of Venus is not easily accessible because of the extremely thick atmosphere (some 90 times that of Earth's) and the  surface temperature. Much of what is known about it stems from orbital

text: radar

text: observations, because the surface is permanently obscured in visible wavelengths by cloud cover. In addition, a number of landers have returned data from the surface, including images.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: extremely thick atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanic eruptions

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is not easily accessible

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Earth's)

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: 90 times

answers: NDQ_006326

answers: landers

answers: NDQ_006327

answers: extremely thick atmosphere (some 90 times that of Earth's)

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: The surface of Venus is not easily accessible because of the extremely thick atmosphere

answers: NDQ_006330

answers: orbital radar observations,

answers: NDQ_006331

answers: Venus

text: DAVINCI (Deep Atmosphere Venus Investigation of Noble gases, Chemistry, and Imaging) is a proposed mission concept for an atmospheric probe to Venus.

text: DAVINCI (Deep Atmosphere Venus Investigation of Noble gases, Chemistry, and Imaging) is a proposed mission concept for an atmospheric probe to

text: Venus

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: argon

answers: NDQ_006324

answers: noble gases

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: DAVINCI is a proposed mission concept to Venus.

answers: NDQ_006329

answers: DAVINCI

answers: NDQ_006330

answers: DAVINCI

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: Noble gases,

answers: NDQ_006324

answers: Noble gases,

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: Venus.

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: Venus.

answers: NDQ_006329

answers: Venus.

answers: NDQ_006330

answers: atmospheric probe to Venus.

answers: NDQ_006331

answers: Venus.

text: |team1=Great Britain|team2=France|venue=Burswood Entertainment Complex, Perth|date=5 January 2011|AWST]] (UTC+8)|surface=hard (indoors)|score1= 1|score2= 2|R1=|R2=|R3=}}

text: |team1=Great Britain|team2=France|venue=

text: Burswood Entertainment Complex

text: Perth

text: |date=5 January 2011|AWST]] (

text: )|surface=hard (indoors)|score1= 1|score2= 2|R1=|R2=|R3=}}

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is so far away

answers: NDQ_006327

answers: Venus has an intense greenhouse effect.

answers: NDQ_006328

answers: venus is a planet

answers: NDQ_006329

answers: venus is a planet in the solar system

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: mercury is the 2nd hottest planet in the solar system

answers: NDQ_006322

answers: Britain|team2=France|venue=Burswood

answers: NDQ_006323

answers: Britain|team2=France|venue=Burswood

answers: NDQ_006324

answers: Britain|team2=France|venue=Burswood

answers: NDQ_006325

answers: Britain|team2=France|venue=Burswood

answers: NDQ_006326

answers: |team1=Great Britain|team2=France|venue=Burswood

answers: NDQ_006327

answers: Britain|team2=France|venue=Burswood

answers: NDQ_006328

answers: Perth|date=5 January 2011|AWST]] (UTC+8)|surface=hard

answers: NDQ_006329

answers: |team1=Great Britain|team2=France|venue=Burswood

answers: NDQ_006330

answers: (UTC+8)|surface=hard (indoors)|score1=

answers: NDQ_006331

answers: Britain|team2=France|venue=Burswood

text: For the Summer Olympics, there are 24 venues starting with the letter 'T', seven venues starting with the letter 'U', and 17 venues starting with the letter 'V'.

text: For the

text: Summer Olympics

text: , there are 24

text: venues

text: starting with the letter 'T', seven venues starting with the letter 'U', and 17 venues starting with the letter 'V'.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: U

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: u

answers: NDQ_006328

answers: U

answers: NDQ_006329

answers: seven venues starting with the letter

answers: NDQ_006330

answers: U

answers: NDQ_006331

answers: NDQ_006322

answers: 'U',

answers: NDQ_006323

answers: 'U',

answers: NDQ_006324

answers: 24 venues starting with the letter 'T',

answers: NDQ_006325

answers: 24 venues starting with the letter 'T',

answers: NDQ_006326

answers: 17 venues starting with the letter 'V'.

answers: NDQ_006327

answers: 17 venues starting with the letter 'V'.

answers: NDQ_006328

answers: 17 venues starting with the letter 'V'.

answers: NDQ_006329

answers: 17 venues starting with the letter 'V'.

answers: NDQ_006330

answers: 17 venues starting with the letter 'V'.

answers: NDQ_006331

answers: 17 venues starting with the letter 'V'.

text: Observations of the planet Venus include those in antiquity, telescopic observations, and from visiting spacecraft. Spacecraft have performed various flybys, orbits, and landings on Venus, including balloon probes that floated in the atmosphere of Venus. Study of the planet is aided by its relatively close proximity to the Earth, compared to other planets, but the surface of Venus is obscured by an atmosphere opaque to visible light.

text: Observations of the planet

text: Venus

text: include those in antiquity, telescopic observations, and from visiting spacecraft. Spacecraft have performed various flybys, orbits, and landings on Venus, including balloon probes that floated in the

text: atmosphere of Venus

text: . Study of the planet is aided by its relatively close proximity to the Earth, compared to other planets, but the surface of Venus is obscured by an atmosphere opaque to visible light.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: opaque to visible light

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: obscured

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Earth,

answers: NDQ_006324

answers: atmosphere opaque to visible light.

answers: NDQ_006325

answers: relatively close proximity

answers: NDQ_006326

answers: relatively close proximity to the Earth,

answers: NDQ_006327

answers: the surface of Venus is obscured by an atmosphere opaque to visible light.

answers: NDQ_006328

answers: the surface of Venus is obscured by an atmosphere opaque to visible light.

answers: NDQ_006329

answers: the surface of Venus is obscured by an atmosphere opaque to visible light.

answers: NDQ_006330

answers: the surface of Venus is obscured by an atmosphere opaque to visible light.

answers: NDQ_006331

answers: Venus

text: The timing for the filing of a motion objecting to venue depends on the level of court in which the case has been brought. An objection to venue in the Virginia Circuit Court must be filed (actually physically received in the clerk's office) within 21 days of service of process, absent a general extension of time from the court to file a responsive pleading. An objection to venue in the less formal Virginia General District Court may be filed any time up to the day of the trial itself.

text: The timing for the filing of a motion objecting to venue depends on the level of court in which the case has been brought. An objection to venue in the

text: Virginia Circuit Court

text: must be filed (actually physically received in the clerk's office) within 21 days of service of process, absent a general extension of time from the court to file a responsive pleading. An objection to venue in the less formal

text: Virginia General District Court

text: may be filed any time up to the day of the trial itself.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Virginia General District Court

answers: NDQ_006323

answers: 21 days of service of process,

answers: NDQ_006324

answers: 21 days of service of process,

answers: NDQ_006325

answers: 21 days

answers: NDQ_006326

answers: 21 days of service of process,

answers: NDQ_006327

answers: 21 days of service of process,

answers: NDQ_006328

answers: 21 days of service of process,

answers: NDQ_006329

answers: 21 days of service of process,

answers: NDQ_006330

answers: 21 days of service of process,

answers: NDQ_006331

answers: 21 days of service of process,

text: During the course of the voir dire examination, which lasted some four weeks, petitioner filed two more motions for a change of venue and eight motions for continuances. All were denied.

text: During the course of the

text: voir dire

text: examination, which lasted some four weeks, petitioner filed two more motions for a change of venue and eight motions for continuances. All were denied.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: It's impossible to say

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: eight motions for continuances.

answers: NDQ_006323

answers: eight motions for continuances. All were denied.

answers: NDQ_006324

answers: eight motions for continuances. All were denied.

answers: NDQ_006325

answers: eight motions for continuances.

answers: NDQ_006326

answers: eight motions for continuances.

answers: NDQ_006327

answers: eight motions for continuances. All were denied.

answers: NDQ_006328

answers: eight motions for continuances.

answers: NDQ_006329

answers: eight motions for continuances.

answers: NDQ_006330

answers: eight motions for continuances.

answers: NDQ_006331

answers: eight motions for continuances. All were denied.

text: Space-based observatories are telescopes or other instruments that are located in outer space, many in orbit around the Earth. Space telescopes can be used to observe astronomical objects at wavelengths of the electromagnetic spectrum that cannot penetrate the Earth's atmosphere and are thus impossible to observe using ground-based telescopes. The Earth's atmosphere is opaque to ultraviolet radiation, X-rays, and gamma rays and is partially opaque to infrared radiation so observations in these portions of the electromagnetic spectrum are best carried out from a location above the atmosphere of our planet. Another advantage of space-based telescopes is that, because of their location above the Earth's atmosphere, their images are free from the effects of atmospheric turbulence that plague ground-based observations. As a result, the angular resolution of space telescopes such as the Hubble Space Telescope is often much smaller than a ground-based telescope with a similar aperture. However, all these advantages do come with a price. Space telescopes are much more expensive to build than ground-based telescopes. Due to their location, space telescopes are also extremely difficult to maintain. The Hubble Space Telescope was serviced by the Space Shuttle while many other space telescopes cannot be serviced at all.

text: Space-based observatories are telescopes or other instruments that are located in

text: outer space

text: , many in

text: orbit

text: around the Earth. Space telescopes can be used to observe astronomical objects at wavelengths of the electromagnetic spectrum that cannot penetrate the

text: Earth's atmosphere

text: and are thus impossible to observe using ground-based telescopes. The Earth's atmosphere is

text: opaque

text: to

text: ultraviolet

text: radiation,

text: X-rays

text: , and

text: gamma rays

text: and is partially opaque to

text: infrared

text: radiation so observations in these portions of the electromagnetic spectrum are best carried out from a location above the atmosphere of our planet. Another advantage of space-based telescopes is that, because of their location above the Earth's atmosphere, their images are free from the effects of atmospheric turbulence that plague ground-based observations. As a result, the

text: angular resolution

text: of space telescopes such as the

text: Hubble Space Telescope

text: is often much smaller than a ground-based telescope with a similar

text: aperture

text: . However, all these advantages do come with a price. Space telescopes are much more expensive to build than ground-based telescopes. Due to their location, space telescopes are also extremely difficult to maintain. The Hubble Space Telescope was serviced by the

text: Space Shuttle

text: while many other space telescopes cannot be serviced at all.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: cannot penetrate the Earth's atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: gamma rays

answers: NDQ_006323

answers: X-rays, and gamma rays

answers: NDQ_006324

answers: gamma rays

answers: NDQ_006325

answers: Space telescopes are much more expensive to build than ground-based telescopes.

answers: NDQ_006326

answers: ground-based telescopes.

answers: NDQ_006327

answers: Space telescopes are much more expensive to build than ground-based telescopes.

answers: NDQ_006328

answers: impossible to observe using ground-based telescopes.

answers: NDQ_006329

answers: Space telescopes are much more expensive to build than ground-based telescopes.

answers: NDQ_006330

answers: impossible to observe using ground-based telescopes.

answers: NDQ_006331

answers: Space telescopes

text: Tim Callahan, religion editor of Skeptic, presses the case further in claiming that the composition of the atmosphere of Venus is a complete disproof of Worlds in Collision. "...Velikovsky's hypothesis stands or falls on Venus having a reducing atmosphere made up mainly of hydrocarbons. In fact, the atmosphere of Venus is made up mainly of carbon dioxide—carbon in its oxidized form—along with clouds of sulfuric acid. Therefore, it couldn't have carried such an atmosphere with it out of Jupiter and it couldn't be the source of hydrocarbons to react with oxygen in our atmosphere to produce carbohydrates. Velikovsky's hypothesis is falsified by the carbon dioxide atmosphere of Venus."

text: Tim Callahan, religion editor of Skeptic, presses the case further in claiming that the composition of the atmosphere of Venus is a complete disproof of Worlds in Collision. "...Velikovsky's hypothesis stands or falls on Venus having a reducing atmosphere made up mainly of hydrocarbons. In fact, the atmosphere of Venus is made up mainly of carbon dioxide—carbon in its oxidized form—along with clouds of sulfuric acid. Therefore, it couldn't have carried such an atmosphere with it out of Jupiter and it couldn't be the source of hydrocarbons to react with oxygen in our atmosphere to produce carbohydrates. Velikovsky's hypothesis is falsified by the carbon dioxide atmosphere of Venus."

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: sulfuric acid

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: carbon dioxide

answers: NDQ_006330

answers: carbon dioxide

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: sulfuric acid.

answers: NDQ_006324

answers: sulfuric acid.

answers: NDQ_006325

answers: Jupiter

answers: NDQ_006326

answers: Jupiter

answers: NDQ_006327

answers: carbon dioxide—carbon

answers: NDQ_006328

answers: Venus having a reducing atmosphere made up mainly of hydrocarbons.

answers: NDQ_006329

answers: clouds of sulfuric acid.

answers: NDQ_006330

answers: Jupiter

answers: NDQ_006331

answers: Venus

text: The expression 'Venus' was first used in the mid-nineteenth century by the Marquis de Vibraye, who discovered an important ivory figurine and named it La Vénus impudique or Venus Impudica ("immodest Venus"), contrasting it to the Venus Pudica, Hellenistic sculpture by Praxiteles showing Aphrodite covering her naked pubis with her right hand.

text: The expression 'Venus' was first used in the mid-nineteenth century by the

text: Marquis de Vibraye

text: , who discovered an important ivory figurine and named it

text: La Vénus impudique

text: or Venus Impudica ("immodest Venus"), contrasting it to the

text: Venus Pudica

text: Hellenistic

text: sculpture by

text: Praxiteles

text: showing

text: Aphrodite

text: covering her naked pubis with her right hand.

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus Impudica ("immodest Venus"),

answers: NDQ_006323

answers: ivory

answers: NDQ_006324

answers: ivory

answers: NDQ_006325

answers: Venus Impudica ("immodest Venus"),

answers: NDQ_006326

answers: Venus Impudica

answers: NDQ_006327

answers: Venus Impudica ("immodest Venus"),

answers: NDQ_006328

answers: La Vénus impudique or Venus Impudica

answers: NDQ_006329

answers: Venus Impudica

answers: NDQ_006330

answers: Venus Impudica

answers: NDQ_006331

answers: Venus Impudica

text: As it moves around its orbit, Venus displays phases like those of the Moon in a telescopic view. The planet presents a small "full" image when it is on the opposite side of the Sun. It shows a larger "quarter phase" when it is at its maximum elongations from the Sun, and is at its brightest in the night sky, and presents a much larger "thin crescent" in telescopic views as it comes around to the near side between Earth and the Sun. Venus is at its largest and presents its "new phase" when it is between Earth and the Sun. Its atmosphere can be seen in a telescope by the halo of light refracted around it.

text: As it moves around its orbit,

text: Venus displays phases

text: like those of the

text: Moon

text: in a

text: telescopic

text: view. The planet presents a small "full" image when it is on the opposite side of the Sun. It shows a larger "quarter phase" when it is at its maximum elongations from the Sun, and is at its brightest in the night sky, and presents a much larger "thin crescent" in telescopic views as it comes around to the near side between Earth and the Sun. Venus is at its largest and presents its "new phase" when it is between Earth and the Sun. Its atmosphere can be seen in a telescope by the halo of light refracted around it.

answers: NDQ_006322

answers: sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Its atmosphere can be seen in a telescope

answers: NDQ_006329

answers: The planet presents a small "full" image when it is on the opposite side of the Sun

answers: NDQ_006330

answers: can be seen in a telescope

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: between Earth and the Sun.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: Its atmosphere

answers: NDQ_006330

answers: Its atmosphere

answers: NDQ_006331

answers: Venus

text: Notwithstanding its use in high-profile cases, a change of venue is more typically sought when a defendant believes that the plaintiff's selected venue is either improper or less appropriate than another venue.  A change of venue request because venue is improper means that the removing defendant believes that the case may not be in that venue because it is improper under procedural rules.  A change of venue request can be made if the defendant believes there is a more appropriate venue - called forum non conveniens - even if the current venue is proper under the procedural rules.  In these cases, the trial judge is given great deference in most jurisdictions by appellate courts in making the decision as to whether there is a more appropriate venue.

text: Notwithstanding its use in high-profile cases, a change of

text: venue

text: is more typically sought when a defendant believes that the

text: plaintiff

text: 's selected venue is either improper or less appropriate than another venue.  A change of venue request because venue is improper means that the removing defendant believes that the case may not be in that venue because it is improper under procedural rules.  A change of venue request can be made if the defendant believes there is a more appropriate venue - called

text: forum non conveniens

text: - even if the current venue is proper under the

text: procedural rules

text: .  In these cases, the trial judge is given great deference in most

text: jurisdiction

text: s by

text: appellate court

text: s in making the decision as to whether there is a more appropriate venue.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: change of venue

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: NDQ_006322

answers: forum non conveniens

answers: NDQ_006323

answers: forum non conveniens

answers: NDQ_006324

answers: forum non conveniens

answers: NDQ_006325

answers: forum non conveniens

answers: NDQ_006326

answers: Notwithstanding its use in high-profile cases,

answers: NDQ_006327

answers: Notwithstanding its use in high-profile cases,

answers: NDQ_006328

answers: Notwithstanding its use in high-profile cases,

answers: NDQ_006329

answers: forum non conveniens

answers: NDQ_006330

answers: forum non conveniens

answers: NDQ_006331

answers: Notwithstanding its use in high-profile cases,

text: For a short period from March to May 2004, large clouds appeared in the Uranian atmosphere, giving it a Neptune-like appearance. Observations included record-breaking wind speeds of 229 m/s (824 km/h) and a persistent thunderstorm referred to as "Fourth of July fireworks". On August 23, 2006, researchers at the Space Science Institute (Boulder, Colorado) and the University of Wisconsin observed a dark spot on Uranus's surface, giving scientists more insight into Uranus's atmospheric activity. Why this sudden upsurge in activity occurred is not fully known, but it appears that Uranus's extreme axial tilt results in extreme seasonal variations in its weather. Determining the nature of this seasonal variation is difficult because good data on Uranus's atmosphere have existed for less than 84 years, or one full Uranian year. Photometry over the course of half a Uranian year (beginning in the 1950s) has shown regular variation in the brightness in two spectral bands, with maxima occurring at the solstices and minima occurring at the equinoxes. A similar periodic variation, with maxima at the solstices, has been noted in microwave measurements of the deep troposphere begun in the 1960s. Stratospheric temperature measurements beginning in the 1970s also showed maximum values near the 1986 solstice. The majority of this variability is thought to occur owing to changes in the viewing geometry.

text: For a short period from March to May 2004, large clouds appeared in the Uranian atmosphere, giving it a Neptune-like appearance. Observations included record-breaking wind speeds of 229 m/s (824 km/h) and a persistent thunderstorm referred to as "Fourth of July fireworks". On August 23, 2006, researchers at the Space Science Institute (Boulder, Colorado) and the University of Wisconsin observed a dark spot on Uranus's surface, giving scientists more insight into Uranus's atmospheric activity. Why this sudden upsurge in activity occurred is not fully known, but it appears that Uranus's extreme axial tilt results in extreme seasonal variations in its weather. Determining the nature of this seasonal variation is difficult because good data on Uranus's atmosphere have existed for less than 84 years, or one full Uranian year.

text: Photometry

text: over the course of half a Uranian year (beginning in the 1950s) has shown regular variation in the brightness in two

text: spectral band

text: s, with maxima occurring at the solstices and minima occurring at the equinoxes. A similar periodic variation, with maxima at the solstices, has been noted in

text: microwave

text: measurements of the deep troposphere begun in the 1960s.

text: Stratospheric

text: temperature measurements beginning in the 1970s also showed maximum values near the 1986 solstice. The majority of this variability is thought to occur owing to changes in the viewing geometry.

answers: NDQ_006322

answers: Neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Neptune-like

answers: NDQ_006323

answers: Neptune-like

answers: NDQ_006324

answers: changes in the viewing geometry.

answers: NDQ_006325

answers: axial tilt

answers: NDQ_006326

answers: a dark spot on Uranus's

answers: NDQ_006327

answers: Neptune-like

answers: NDQ_006328

answers: record-breaking wind speeds of 229 m/s

answers: NDQ_006329

answers: Neptune-like appearance.

answers: NDQ_006330

answers: a dark spot on Uranus's

answers: NDQ_006331

answers: Neptune-like

text: The atmosphere of Venus is so thick that the Sun is not distinguishable in the daytime sky, and the stars are not visible at night. Color images taken by the Soviet Venera probes suggest that the sky on Venus is orange. If the Sun could be seen from Venus's surface, the time from one sunrise to the next (a solar day) would be 116.75 Earth days. Because of Venus's retrograde rotation, the Sun would appear to rise in the west and set in the east.

text: The atmosphere of

text: Venus

text: is so thick that the Sun is not distinguishable in the daytime sky, and the

text: star

text: s are not visible at night. Color images taken by the Soviet

text: Venera

text: probes suggest that the sky on Venus is orange. If the Sun could be seen from Venus's surface, the time from one sunrise to the next (a

text: solar day

text: ) would be 116.75 Earth days. Because of Venus's

text: retrograde rotation

text: , the Sun would appear to rise in the west and set in the east.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: retrograde

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanic eruptions on Venus

answers: NDQ_006329

answers: the Sun would appear to rise in the west and set in the east.

answers: NDQ_006330

answers: the time from one sunrise to the next (a solar day) would be 116.75 Earth days

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: 116.75 Earth days.

answers: NDQ_006324

answers: thick

answers: NDQ_006325

answers: retrograde

answers: NDQ_006326

answers: Color images taken by the Soviet Venera probes

answers: NDQ_006327

answers: The atmosphere of Venus is so thick

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: orange.

answers: NDQ_006330

answers: If the Sun could be seen from Venus's surface,

answers: NDQ_006331

answers: Venus

text: For the Summer and Winter Olympics, there are 46 venues that have been or will be used for ice hockey. The 46 venues are the most for any Winter Olympic sport. The first venue ice hockey took place in was indoor during the Summer Olympics in 1920. Twelve years later, ice hockey was held both indoors and outdoors. The plan was to have two of the twelve matches for those games played indoors, but thawing ice at the outdoor venue for those games forced four of the outdoor games to be moved indoors in 1932. Despite the success of indoor ice hockey venues at the 1932 Winter Olympics, it would be twenty years before another indoor venue would be used. Ice hockey would not be indoors entirely until the 1964 Games where they have remained as of the 2010 Winter Olympics. Both venues for the 2014 Winter Olympics are constructed to be indoors.

text: For the

text: Summer

text: and

text: Winter Olympics

text: , there are 46

text: venues

text: that have been or will be used for

text: ice hockey

text: . The 46 venues are the most for any Winter Olympic sport. The first venue ice hockey took place in was indoor during the Summer Olympics in

text: Twelve years later

text: , ice hockey was held both indoors and outdoors. The plan was to have two of the twelve matches for those games played indoors, but thawing ice at the outdoor venue for those games forced four of the outdoor games to be moved indoors in 1932. Despite the success of indoor ice hockey venues at the

text: 1932 Winter Olympics

text: , it would be

text: twenty years

text: before another indoor venue would be used. Ice hockey would not be indoors entirely until the

text: 1964 Games

text: where they have remained as of the

text: 2010 Winter Olympics

text: . Both venues for the

text: 2014 Winter Olympics

text: are constructed to be indoors.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: no

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: ice hockey.

answers: NDQ_006323

answers: ice

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: 46 venues that have been or will be used for ice hockey.

answers: NDQ_006326

answers: 46 venues that have been or will be used for ice hockey.

answers: NDQ_006327

answers: 46 venues that have been or will be used for ice hockey.

answers: NDQ_006328

answers: 46 venues that have been or will be used for ice hockey.

answers: NDQ_006329

answers: 46 venues that have been or will be used for ice hockey.

answers: NDQ_006330

answers: 46 venues that have been or will be used for ice hockey.

answers: NDQ_006331

answers: 46 venues that have been or will be used for ice hockey.

text: S-C Terrain is named such due to its geometric similarity to S-C tectonic fabrics on Earth. It consists of two main structures: synchronous folds and small, 5 to 20 km long graben that cross cut the folds perpendicularly. Unlike many other types of tessera terrain, S-C terrain indicates a simple, rather than complex deformation history in which deformation due to widespread motion on Venus is widely distributed. This type of terrain also indicates that strike-slip movement on Venus's surface is possible.

text: S-C Terrain is named such due to its geometric similarity to

text: S-C

text: tectonic fabrics on Earth. It consists of two main structures: synchronous folds and small, 5 to 20 km long graben that cross cut the folds perpendicularly. Unlike many other types of tessera terrain, S-C terrain indicates a simple, rather than complex deformation history in which deformation due to widespread motion on Venus is widely distributed. This type of terrain also indicates that strike-slip movement on Venus's surface is possible.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: S-C terrain

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: strike-slip movement on Venus's surface is possible

answers: NDQ_006329

answers: S-C terrain

answers: NDQ_006330

answers: strike-slip movement

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: S-C Terrain

answers: NDQ_006324

answers: synchronous folds

answers: NDQ_006325

answers: complex

answers: NDQ_006326

answers: Earth.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: widespread motion on Venus is widely distributed.

answers: NDQ_006329

answers: strike-slip movement on Venus's surface is possible.

answers: NDQ_006330

answers: strike-slip movement on Venus's surface is possible.

answers: NDQ_006331

answers: Venus

text: The Pioneer Venus Orbiter, also known as Pioneer Venus 1 or Pioneer 12, was a mission to Venus conducted as part of the Pioneer Venus project. Launched in May 1978 atop an Atlas-Centaur rocket, the spacecraft was inserted into an elliptical orbit around Venus on December 4, 1978. It returned data on Venus until October 1992.

text: The Pioneer Venus Orbiter, also known as Pioneer Venus 1 or Pioneer 12, was a mission to

text: Venus

text: conducted as part of the

text: Pioneer Venus project

text: . Launched in May 1978 atop an

text: Atlas-Centaur

text: rocket, the spacecraft was inserted into an elliptical orbit around Venus on December 4, 1978. It returned data on Venus until October 1992.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: argon

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: The Pioneer Venus Orbiter

answers: NDQ_006330

answers: It returned data on Venus until October 1992

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Atlas-Centaur

answers: NDQ_006324

answers: Atlas-Centaur rocket,

answers: NDQ_006325

answers: elliptical

answers: NDQ_006326

answers: It returned data on Venus until October 1992.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus until October 1992.

answers: NDQ_006329

answers: elliptical

answers: NDQ_006330

answers: It returned data on Venus until October 1992.

answers: NDQ_006331

answers: Venus

text: Motions are also used in debating events and competitions that mimic legislative assemblies or other deliberative bodies.  Motions in this case are often prefaced with the phrase This House..., e.g. This House would ban smoking in public places.

text: Motions are also used in

text: debating

text: events and

text: competition

text: s that mimic

text: legislative assemblies

text: or other deliberative bodies.  Motions in this case are often prefaced with the

text: phrase

text: This House..., e.g. This House would ban smoking in public places.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: This House would ban smoking in public places

answers: NDQ_006327

answers: This House would ban smoking in public places.

answers: NDQ_006328

answers: This House would ban smoking in public places.

answers: NDQ_006329

answers: This House would ban smoking.

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: This House would ban smoking in public places.

answers: NDQ_006322

answers: smoking in public places.

answers: NDQ_006323

answers: smoking

answers: NDQ_006324

answers: smoking in public places.

answers: NDQ_006325

answers: smoking in public places.

answers: NDQ_006326

answers: This House...,

answers: NDQ_006327

answers: Motions are also used in debating events and competitions

answers: NDQ_006328

answers: Motions are also used in debating events and competitions

answers: NDQ_006329

answers: smoking in public places.

answers: NDQ_006330

answers: Motions are also used in debating events and competitions

answers: NDQ_006331

answers: Motions

text: Every vehicle is equipped with a complete hydraulic system to power its various components.  These components include three hydraulic actuators which are connected to the motion base (body) of the vehicle.  Specifically, there are 2 actuators towards the front right and front left of the motion base, and 1 actuator in the rear-center of the motion base.  These actuators can produce 2 individual degrees of motion; pitch and roll.  Of course, a combination of these motions can be used.

text: Every vehicle is equipped with a complete hydraulic system to power its various components.  These components include three hydraulic actuators which are connected to the motion base (body) of the vehicle.  Specifically, there are 2 actuators towards the front right and front left of the motion base, and 1 actuator in the rear-center of the motion base.  These actuators can produce 2 individual degrees of motion; pitch and roll.  Of course, a combination of these motions can be used.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 2 actuators towards the front right and front left

answers: NDQ_006323

answers: three hydraulic actuators

answers: NDQ_006324

answers: hydraulic system to power its various components. These components include three hydraulic actuators

answers: NDQ_006325

answers: pitch and roll.

answers: NDQ_006326

answers: pitch and roll.

answers: NDQ_006327

answers: Every vehicle is equipped with a complete hydraulic system

answers: NDQ_006328

answers: pitch and roll.

answers: NDQ_006329

answers: pitch and roll.

answers: NDQ_006330

answers: Every vehicle is equipped with a complete hydraulic system

answers: NDQ_006331

answers: three hydraulic actuators

text: Some have commented that the rise of the luxury box, along with club seating, has degraded the game-day experience for the average fan, because placement of the boxes has moved the upper decks higher and farther away from the playing surface. Four current venues, Ford Field, Red Bull Arena, Philips Arena, and Levi's Stadium, have addressed these concerns by placing all luxury boxes on one side of the playing surface, which allows the other sides of the venue to have closer sightlines than most modern venues.

text: Some have commented that the rise of the luxury box, along with

text: club seating

text: , has degraded the game-day experience for the average fan, because placement of the boxes has moved the upper decks higher and farther away from the playing surface. Four current venues,

text: Ford Field

text: Red Bull Arena

text: Philips Arena

text: , and

text: Levi's Stadium

text: , have addressed these concerns by placing all luxury boxes on one side of the playing surface, which allows the other sides of the venue to have closer sightlines than most modern venues.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Red Bull Arena,

answers: NDQ_006323

answers: Some have commented that the rise of the luxury box,

answers: NDQ_006324

answers: Some have commented that the rise of the luxury box,

answers: NDQ_006325

answers: higher and farther away from the playing surface.

answers: NDQ_006326

answers: closer sightlines

answers: NDQ_006327

answers: Some have commented that the rise of the luxury box,

answers: NDQ_006328

answers: Some have commented that the rise of the luxury box,

answers: NDQ_006329

answers: higher and farther away from the playing surface.

answers: NDQ_006330

answers: Some have commented that the rise of the luxury box,

answers: NDQ_006331

answers: Some have commented that the rise of the luxury box,

text: PFS: The "Planetary Fourier Spectrometer" (PFS) operates in the infrared between the 0.9 µm and 45 µm wavelength range and is designed to perform vertical optical sounding of the Venus atmosphere. It performed global, long-term monitoring of the three-dimensional temperature field in the lower atmosphere (cloud level up to 100 kilometers). Furthermore, it searched for minor atmospheric constituents that may be present, but had not yet been detected, analyzed atmospheric aerosols, and investigated surface to atmosphere exchange processes. The design is based on a spectrometer on Mars Express, but modified for optimal performance for the Venus Express mission.

text: PFS: The "Planetary Fourier Spectrometer" (PFS) operates in the

text: infrared

text: between the 0.9

text: µm

text: and 45 µm wavelength range and is designed to perform vertical optical sounding of the Venus atmosphere. It performed global, long-term monitoring of the three-dimensional temperature field in the lower atmosphere (cloud level up to 100 kilometers). Furthermore, it searched for minor atmospheric constituents that may be present, but had not yet been detected, analyzed atmospheric

text: aerosols

text: , and investigated surface to atmosphere exchange processes. The design is based on a

text: spectrometer

text: on Mars Express, but modified for optimal performance for the Venus Express mission.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: aerosols

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: surface to atmosphere exchange processes

answers: NDQ_006330

answers: It performed global, long-term monitoring of the three-dimensional temperature field in the lower atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Fourier

answers: NDQ_006324

answers: aerosols,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus atmosphere.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Mars Express,

answers: NDQ_006329

answers: (cloud level up to 100 kilometers).

answers: NDQ_006330

answers: surface to atmosphere exchange processes.

answers: NDQ_006331

answers: Venus

text: Wittich may have been influenced by Valentin Naboth's book Primarum de coelo et terra in adopting the Capellan system to explain the motion of the inferior planets. It is evident from Wittich's diagram of his Capellan system that the Martian orbit does not intersect the solar orbit nor those of Mercury and Venus, and would thus be compatible with solid celestial orbs, with the Solar orb containing the orbs of Venus and of Mercury and itself in turn wholly circumscribed by a Martian orb. This was in significant contrast with Ursus's geoheliocentric model in which the orbits of Mercury and Venus intersect the Martian orbit but the Solar orbit does not, and also with the Tychonic model in which the Martian orbit also intersects the Solar orbit in addition to those of Mercury and Venus, and whereby both these models rule out solid celestial orbs that cannot interpenetrate, if not excluding interpenetrating fluid orbs.

text: Wittich may have been influenced by

text: Valentin Naboth

text: 's book Primarum de coelo et terra in adopting the Capellan system to explain the motion of the inferior planets. It is evident from Wittich's diagram of his Capellan system that the Martian orbit does not intersect the solar orbit nor those of Mercury and Venus, and would thus be compatible with solid celestial orbs, with the Solar orb containing the orbs of Venus and of Mercury and itself in turn wholly circumscribed by a Martian orb. This was in significant contrast with Ursus's geoheliocentric model in which the orbits of Mercury and Venus intersect the Martian orbit but the Solar orbit does not, and also with the Tychonic model in which the Martian orbit also intersects the Solar orbit in addition to those of Mercury and Venus, and whereby both these models rule out solid celestial orbs that cannot interpenetrate, if not excluding interpenetrating fluid orbs.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: interpenetrate

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: unanswerable

answers: NDQ_006328

answers: interpenetrating fluid

answers: NDQ_006329

answers: solid celestial orbs

answers: NDQ_006330

answers: It is evident from Wittich's diagram of his Capellan system that the Martian orbit does not intersect

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mercury and Venus,

answers: NDQ_006323

answers: solid

answers: NDQ_006324

answers: solid celestial orbs,

answers: NDQ_006325

answers: Mercury

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus intersect the Martian orbit

answers: NDQ_006329

answers: the Martian orbit does not intersect the solar orbit

answers: NDQ_006330

answers: the orbits of Mercury and Venus intersect the Martian orbit

answers: NDQ_006331

answers: Venus,

text: Maraka means the one that causes death at the end of a life-span or causes ill-health. The maraka for Aries lagna is Venus for it owns both marakasthanas; Mars, Moon, Venus and Jupiter are the marakas for Taurus lagna; the Moon for Gemini lagna; Saturn for Cancer and Leo lagnas; Venus for Virgo lagna; Mars for Libra lagna; Venus for Scorpio lagna; Venus and Saturn for Sagittarius lagna; Mars, Moon and Jupiter for Capricorn lagna; the Sun, Mars and Jupiter for Aquarius lagna, and for Pisces lagna, Mercury and Saturn are the designated marakas. The marakas and the planets associated with the marakas, and all malefic planets can cause illness and death during the operation of their dashas but if longevity is over but the dasa of maraka is not operating then the lord of the 12th house acts as the maraka and its dasha or the dasha of a malefic can cause death. Saturn and Rahu are the Mrityu-karakas or significators of death. A Maraka does not kill in its own antra-dasha in the dasa of a benefic planet but it does so in its antra-dasha the dasha of a malefic. Saturn associated with a maraka kills, and death generally occurs during the course of the antra-dasha of the lords of the trikabhavas in the dasha of a maraka. The lords of the 2nd and the 12th bhavas counted from the sign and bhava occupied by the Moon behave as marakas if they are natural malefic. Moreover, death can occur in the antra-dasha or dasha of the lord of the 3rd nakshatra from Janam nakshatra (asterism occupied by the Moon at birth) for a person of Alpayu (short-life), in that of the 5th nakshatra for a person of Madhyayu (Middle-life) and in that of the 7th nakshatra for a person blessed with Poornayu (long-life).

text: Maraka means the one that causes death at the end of a life-span or causes ill-health. The maraka for

text: Aries

text: lagna is

text: Venus

text: for it owns both marakasthanas;

text: Mars

text: Moon

text: , Venus and

text: Jupiter

text: are the marakas for

text: Taurus

text: lagna; the Moon for

text: Gemini

text: lagna;

text: Saturn

text: for

text: Cancer

text: and

text: Leo

text: lagnas; Venus for

text: Virgo

text: lagna; Mars for

text: Libra

text: lagna; Venus for

text: Scorpio

text: lagna; Venus and Saturn for

text: Sagittarius

text: lagna; Mars, Moon and Jupiter for

text: Capricorn

text: lagna; the

text: Sun

text: , Mars and Jupiter for

text: Aquarius

text: lagna, and for

text: Pisces

text: lagna,

text: Mercury

text: and Saturn are the designated marakas. The marakas and the planets associated with the marakas, and all malefic planets can cause illness and death during the operation of their

text: dashas

text: but if longevity is over but the dasa of maraka is not operating then the lord of the 12th house acts as the maraka and its dasha or the dasha of a malefic can cause death. Saturn and Rahu are the Mrityu-karakas or significators of death. A Maraka does not kill in its own antra-dasha in the dasa of a benefic planet but it does so in its antra-dasha the dasha of a malefic. Saturn associated with a maraka kills, and death generally occurs during the course of the antra-dasha of the lords of the trikabhavas in the dasha of a maraka. The lords of the 2nd and the 12th bhavas counted from the sign and bhava occupied by the Moon behave as marakas if they are natural malefic. Moreover, death can occur in the antra-dasha or dasha of the lord of the 3rd

text: nakshatra

text: from Janam nakshatra (asterism occupied by the Moon at birth) for a person of Alpayu (short-life), in that of the 5th nakshatra for a person of Madhyayu (Middle-life) and in that of the 7th nakshatra for a person blessed with Poornayu (long-life).

answers: NDQ_006322

answers: sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: Mercury

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: unanswerable

answers: NDQ_006327

answers: unanswerable

answers: NDQ_006328

answers: Saturn associated with a maraka kills

answers: NDQ_006329

answers: Mars for Virgo lagna

answers: NDQ_006330

answers: Mercury and Saturn are the designated marakas

answers: NDQ_006331

answers: Mercury

answers: NDQ_006322

answers: Saturn and Rahu

answers: NDQ_006323

answers: Saturn and Rahu

answers: NDQ_006324

answers: Saturn

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: 12th house

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Alpayu

answers: NDQ_006329

answers: Rahu

answers: NDQ_006330

answers: Venus for it owns both marakasthanas;

answers: NDQ_006331

answers: malefic.

text: In 2005, the city of Boston made a $6 million, four-year capital investment to rejuvenate the historic Strand Theatre in Upham's Corner. On January 9, 2007, Mayor Thomas Menino gave his State of the City Address from the stage of the Strand Theatre to help bring attention to restoration efforts and help revive the venue's historic prominence in the city of Boston.  Advertised as Dorchester's New Million Dollar Photoplay Palace, the Strand Theatre originally opened in 1918 as one of the first theaters designed specifically for motion pictures.

text: In 2005, the city of Boston made a $6 million, four-year capital investment to rejuvenate the historic

entity_name: Strand Theatre (Dorchester, Massachusetts)

text: Strand Theatre

text: in Upham's Corner. On January 9, 2007, Mayor Thomas Menino gave his State of the City Address from the stage of the Strand Theatre to help bring attention to restoration efforts and help revive the venue's historic prominence in the city of Boston.  Advertised as Dorchester's New Million Dollar Photoplay Palace, the Strand Theatre originally opened in 1918 as one of the first theaters designed specifically for motion pictures.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Boston

answers: NDQ_006323

answers: 2007,

answers: NDQ_006324

answers: In 2005,

answers: NDQ_006325

answers: 2005,

answers: NDQ_006326

answers: Upham's Corner.

answers: NDQ_006327

answers: In 2005,

answers: NDQ_006328

answers: In 2005,

answers: NDQ_006329

answers: Upham's Corner.

answers: NDQ_006330

answers: In 2005,

answers: NDQ_006331

answers: 2007,

text: Defense attorneys filed an appeal brief citing negligence in the case investigation, inconsistencies in the testimony of Singer, the prosecution’s main witness, negative pretrial publicity, an unfair jury selection process, and denials of motions for a change of venue.

text: Defense attorneys filed an appeal brief citing negligence in the case investigation, inconsistencies in the testimony of Singer, the prosecution’s main witness, negative pretrial publicity, an unfair jury selection process, and denials of motions for a change of venue.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: craters

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Singer,

answers: NDQ_006323

answers: negligence in the case investigation, inconsistencies in the testimony of Singer,

answers: NDQ_006324

answers: negligence in the case investigation, inconsistencies

answers: NDQ_006325

answers: negligence in the case investigation, inconsistencies

answers: NDQ_006326

answers: inconsistencies in the testimony of Singer,

answers: NDQ_006327

answers: negligence in the case investigation, inconsistencies in the testimony of Singer,

answers: NDQ_006328

answers: inconsistencies in the testimony of Singer,

answers: NDQ_006329

answers: negligence in the case investigation, inconsistencies in the testimony of Singer,

answers: NDQ_006330

answers: negligence in the case investigation, inconsistencies in the testimony of Singer,

answers: NDQ_006331

answers: negligence in the case investigation, inconsistencies in the testimony of Singer,

text: Murali works hard to save Venu so as not to create a misconception that he killed Venu to be with Seetha. With great difficulty, Murali manages to successfully cure Venu's cancer. However, when Murali reads the results of the operation, he becomes so overjoyed at its success that he unexpectedly dies of high blood pressure due to his over-excitement. Venu and Seetha realise that Murali had sacrificed his life for their happiness and remains in their hearts.

text: Murali works hard to save Venu so as not to create a misconception that he killed Venu to be with Seetha. With great difficulty, Murali manages to successfully cure Venu's cancer. However, when Murali reads the results of the operation, he becomes so overjoyed at its success that he unexpectedly dies of high blood pressure due to his over-excitement. Venu and Seetha realise that Murali had sacrificed his life for their happiness and remains in their hearts.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: venus is a planet

answers: NDQ_006330

answers: does not contain water

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Seetha.

answers: NDQ_006323

answers: high blood pressure

answers: NDQ_006324

answers: high blood pressure

answers: NDQ_006325

answers: Murali

answers: NDQ_006326

answers: Murali works hard to save Venu

answers: NDQ_006327

answers: high blood pressure due to his over-excitement.

answers: NDQ_006328

answers: high blood pressure

answers: NDQ_006329

answers: Seetha.

answers: NDQ_006330

answers: Murali works hard to save Venu

answers: NDQ_006331

answers: high blood pressure due to his over-excitement.

text: The surface of Venus is dominated by patterns of basaltic volcanism, and by compressional and extensional tectonic deformation, such as the highly deformed tesserae terrain and the pancake like volcano-tectonic features known as coronae. The planet's surface can be broadly characterized by its low lying plains, which cover about 80% of the surface, 'continental' plateaus and volcanic swells. There is also an abundance of small and large shield volcanoes distributed  over the planet's surface. Based on its surface features, it appears that Venus is tectonically and convectively alive but has a lithosphere that is static.

text: The surface of Venus is dominated by patterns of basaltic volcanism, and by compressional and extensional tectonic deformation, such as the highly deformed

text: tesserae

text: terrain and the pancake like volcano-tectonic features known as

text: coronae

text: . The planet's surface can be broadly characterized by its low lying plains, which cover about 80% of the surface, 'continental' plateaus and volcanic swells. There is also an abundance of small and large

text: shield volcano

text: es distributed  over the planet's surface. Based on its surface features, it appears that Venus is tectonically and convectively alive but has a

text: lithosphere

text: that is static.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: basaltic volcanism

answers: NDQ_006329

answers: low lying plains, which cover about 80% of the surface

answers: NDQ_006330

answers: basaltic volcanism, and by compressional and extensional tectonic deformation

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: basaltic volcanism,

answers: NDQ_006324

answers: basaltic volcanism,

answers: NDQ_006325

answers: Venus is dominated by patterns of basaltic volcanism,

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus is tectonically and convectively alive

answers: NDQ_006328

answers: basaltic volcanism,

answers: NDQ_006329

answers: low lying plains,

answers: NDQ_006330

answers: Venus is tectonically and convectively alive

answers: NDQ_006331

answers: Venus

text: The ancients worked from a geocentric perspective for the simple reason that the Earth was where they stood and observed the sky, and it is the sky which appears to move while the ground seems still and steady underfoot. Some Greek astronomers (e.g., Aristarchus of Samos) speculated that the planets (Earth included) orbited the Sun, but the optics (and the specific mathematics – Newton's Law of Gravitation for example) necessary to provide data that would convincingly support the heliocentric model did not exist in Ptolemy's time and would not come around for over fifteen hundred years after his time.  Furthermore, Aristotelian Physics was not designed with these sorts of calculations in mind, and Aristotle's philosophy regarding the heavens was entirely at odds with the concept of heliocentrism.  It was not until Galileo Galilei observed the moons of Jupiter on January 7, 1610, and the phases of Venus in September 1610 that the heliocentric model began to receive broad support among astronomers, who also came to accept the notion that the planets are individual worlds orbiting the Sun (that is, that Earth is a planet and is one among several). Johannes Kepler was able to formulate his three laws of planetary motion, which described the orbits of the planets in our solar system to a remarkable degree of accuracy; Kepler's three laws are still taught today in university physics and astronomy classes, and the wording of these laws has not changed since Kepler first formulated them four hundred years ago.

text: The ancients worked from a

text: geocentric

text: perspective for the simple reason that the Earth was where they stood and observed the sky, and it is the sky which appears to move while the ground seems still and steady underfoot. Some Greek astronomers (e.g.,

text: Aristarchus of Samos

text: ) speculated that the planets (Earth included) orbited the Sun, but the

text: optics

text: (and the specific mathematics –

text: Newton

text: 's

text: Law of Gravitation

text: for example) necessary to provide data that would convincingly support the

text: heliocentric

text: model did not exist in

text: Ptolemy

text: 's time and would not come around for over fifteen hundred years after his time.  Furthermore,

text: Aristotelian Physics

text: was not designed with these sorts of calculations in mind, and

text: Aristotle

text: 's philosophy regarding the heavens was entirely at odds with the concept of heliocentrism.  It was not until

text: Galileo Galilei

text: observed the moons of

text: Jupiter

text: on January 7, 1610, and the phases of

text: Venus

text: in September 1610 that the heliocentric model began to receive broad support among astronomers, who also came to accept the notion that the planets are individual worlds orbiting the Sun (that is, that Earth is a planet and is one among several).

text: Johannes Kepler

text: was able to formulate his three

text: laws of planetary motion

text: , which described the orbits of the planets in our solar system to a remarkable degree of accuracy; Kepler's three laws are still taught today in university physics and astronomy classes, and the wording of these laws has not changed since Kepler first formulated them four hundred years ago.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Galileo Galilei observed the moons of Jupiter on January 7, 1610

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: Galileo Galilei observed the moons of Jupiter on January 7, 1610,

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Sun,

answers: NDQ_006324

answers: 1610

answers: NDQ_006325

answers: heliocentric model

answers: NDQ_006326

answers: the phases of Venus in September 1610

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: the phases of Venus in September 1610

answers: NDQ_006329

answers: phases of Venus in September 1610

answers: NDQ_006330

answers: the phases of Venus in September 1610

answers: NDQ_006331

answers: Venus

text: Sagan's contributions were central to the discovery of the high surface temperatures of the planet Venus. In the early 1960s no one knew for certain the basic conditions of that planet's surface, and Sagan listed the possibilities in a report later depicted for popularization in a Time–Life book, Planets. His own view was that Venus was dry and very hot as opposed to the balmy paradise others had imagined. He had investigated radio emissions from Venus and concluded that there was a surface temperature of . As a visiting scientist to NASA's Jet Propulsion Laboratory, he contributed to the first Mariner missions to Venus, working on the design and management of the project. Mariner 2 confirmed his conclusions on the surface conditions of Venus in 1962.

text: Sagan's contributions were central to the discovery of the high surface temperatures of the planet Venus. In the early 1960s no one knew for certain the basic conditions of that planet's surface, and Sagan listed the possibilities in a report later depicted for popularization in a

text: Time–Life

text: book, Planets. His own view was that Venus was dry and very hot as opposed to the balmy paradise others had imagined. He had investigated radio emissions from Venus and concluded that there was a surface temperature of . As a visiting scientist to NASA's

text: Jet Propulsion Laboratory

text: , he contributed to the first

text: Mariner

text: missions to Venus, working on the design and management of the project.

text: Mariner 2

text: confirmed his conclusions on the surface conditions of Venus in 1962.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: mariner 2 confirmed his conclusions on the surface conditions of Venus

answers: NDQ_006329

answers: a surface temperature of

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: of. As a visiting scientist to NASA's Jet Propulsion Laboratory,

answers: NDQ_006324

answers: dry and very hot

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: radio emissions from Venus

answers: NDQ_006327

answers: Venus was dry and very hot

answers: NDQ_006328

answers: radio emissions from Venus

answers: NDQ_006329

answers: Venus was dry and very hot

answers: NDQ_006330

answers: Mariner 2 confirmed his conclusions on the surface conditions of Venus in 1962.

answers: NDQ_006331

answers: Venus.

text: Carl Sagan wrote that the high surface temperature of Venus was known prior to Velikovsky, and that Velikovsky misunderstood the mechanism for this heat.  Velikovsky believed that Venus was heated by its close encounter with the Earth and Mars.  He also did not understand the greenhouse effect on Venus, which had earlier been elucidated by astronomer Rupert Wildt.  Ultimately, Venus is hot due to its proximity to the sun; it does not emit more heat than it receives from the sun, and any heat produced by its celestial movements would have long dissipated.  Sagan concludes: "(1) the temperature in question was never specified [by Velikovsky]; (2) the mechanism proposed for providing this temperature is grossly inadequate; (3) the surface of the planet does not cool off with time as advertised; and (4) the idea of a high surface temperature on Venus was published in the dominant astronomical journal of its time and with an essentially correct argument ten years before the publication of Worlds in Collision" (p. 118).

text: Carl Sagan

text: wrote that the high surface temperature of Venus was known prior to Velikovsky, and that Velikovsky misunderstood the mechanism for this heat.  Velikovsky believed that Venus was heated by its close encounter with the Earth and Mars.  He also did not understand the greenhouse effect on Venus, which had earlier been elucidated by astronomer

text: Rupert Wildt

text: .  Ultimately, Venus is hot due to its proximity to the sun; it does not emit more heat than it receives from the sun, and any heat produced by its celestial movements would have long dissipated.  Sagan concludes: "(1) the temperature in question was never specified [by Velikovsky]; (2) the mechanism proposed for providing this temperature is grossly inadequate; (3) the surface of the planet does not cool off with time as advertised; and (4) the idea of a high surface temperature on Venus was published in the dominant astronomical journal of its time and with an essentially correct argument ten years before the publication of Worlds in Collision" (p. 118).

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: greenhouse effect

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: any heat produced by its celestial movements would have long dissipated

answers: NDQ_006329

answers: surface of the planet does not cool off with time as advertised

answers: NDQ_006330

answers: temperature of Venus was known prior to Velikovsky

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mars.

answers: NDQ_006323

answers: Earth

answers: NDQ_006324

answers: sun; it does not emit more heat than it receives from the sun,

answers: NDQ_006325

answers: proximity to the sun; it does not emit more heat

answers: NDQ_006326

answers: proximity to the sun;

answers: NDQ_006327

answers: Venus is hot due to its proximity to the sun;

answers: NDQ_006328

answers: celestial movements

answers: NDQ_006329

answers: Venus is hot due to its proximity to the sun;

answers: NDQ_006330

answers: the high surface temperature of Venus was known prior to Velikovsky,

answers: NDQ_006331

answers: Venus

text: The arena was part of the Oslo bid for the 2018 Winter Olympics, intended to be used for curing events. Jordal Amfi was also being considered for the Oslo bid for the 2022 Winter Olympics. These initially focused on the venue's suitability as a 3,000 or more spectator curling hall. Later the site was instead proposed as a 12,000 seat short track speed skating and figure skating venue. Other plans proposed that a venue at Jordal either could host curling or serve as the smaller ice hockey arena. However, the venue was largely considered unsuitable as an Olympic venue, based on the low ceiling, steep stands, difficult logistics and asymmetrical shape.

text: The arena was part of the

text: Oslo bid for the 2018 Winter Olympics

text: , intended to be used for

text: curing events

text: . Jordal Amfi was also being considered for the

text: Oslo bid for the 2022 Winter Olympics

text: . These initially focused on the venue's suitability as a 3,000 or more spectator curling hall. Later the site was instead proposed as a 12,000 seat

entity_name: Short track speed skating at the Winter Olympics

text: short track speed skating

text: and figure skating venue. Other plans proposed that a venue at Jordal either could host curling or serve as the smaller ice hockey arena. However, the venue was largely considered unsuitable as an Olympic venue, based on the low ceiling, steep stands, difficult logistics and asymmetrical shape.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: asymmetric shape

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 2022 Winter Olympics.

answers: NDQ_006323

answers: 2018 Winter Olympics, intended to be used for curing

answers: NDQ_006324

answers: low ceiling, steep stands, difficult logistics and asymmetrical shape.

answers: NDQ_006325

answers: asymmetrical

answers: NDQ_006326

answers: 2022 Winter Olympics.

answers: NDQ_006327

answers: low ceiling, steep stands, difficult logistics and asymmetrical shape.

answers: NDQ_006328

answers: 2022 Winter Olympics.

answers: NDQ_006329

answers: asymmetrical shape.

answers: NDQ_006330

answers: asymmetrical shape.

answers: NDQ_006331

answers: 2022 Winter Olympics.

text: The 2011 iteration of the yearly festival will also feature new stages and venues as well as an expansion of the physical size of the festival, now extending several venues out to the SteelStacks Center and the newly built PNC Plaza and Yuengling Musikfest Cafe. These new stages and venues have been collectively grouped as a whole and are now officially being referred to as "South Side" venues.

text: The 2011 iteration of the yearly festival will also feature new stages and venues as well as an expansion of the physical size of the festival, now extending several venues out to the SteelStacks Center and the newly built

text: PNC Plaza

text: and

text: Yuengling

text: Musikfest Cafe. These new stages and venues have been collectively grouped as a whole and are now officially being referred to as "South Side" venues.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: PNC Plaza

answers: NDQ_006323

answers: PNC Plaza and Yuengling Musikfest Cafe.

answers: NDQ_006324

answers: "South Side"

answers: NDQ_006325

answers: 2011

answers: NDQ_006326

answers: PNC Plaza and Yuengling Musikfest Cafe.

answers: NDQ_006327

answers: The

answers: NDQ_006328

answers: The 2011

answers: NDQ_006329

answers: "South Side"

answers: NDQ_006330

answers: "South Side" venues.

answers: NDQ_006331

answers: PNC Plaza and Yuengling Musikfest Cafe.

text: In 1920 the Maxwell Company contracted with actor and producer Nell Shipman to create a short promotional film featuring the Maxwell. She was able to stretch the money budgeted for the project into a multi-reel feature entitled Something New. The Maxwell's abilities were prominently featured in this melodramatic film, which had Nell Shipman and Bert Van Tuyle escaping a band of Mexican bandits by racing the sturdy little car across the Mexican badlands where they overcame obstacles such as boulders, steep hills, rivers, gulches, and all other sorts of rough terrain. Maxwell dealers presented this motion picture at various venues to promote the car, often with the now-battered Maxwell on display. The Maxwell Company had assisted in the film's production by supplying a car and by deploying a mechanic to the filming location. The mechanic's job included repeatedly replacing the car's transmission, which kept getting torn up by the harsh desert landscape.

text: In 1920 the Maxwell Company contracted with actor and producer

text: Nell Shipman

text: to create a short promotional film featuring the Maxwell. She was able to stretch the money budgeted for the project into a

text: multi-reel

text: feature entitled Something New. The Maxwell's abilities were prominently featured in this melodramatic film, which had Nell Shipman and Bert Van Tuyle escaping a band of Mexican bandits by racing the sturdy little car across the Mexican badlands where they overcame obstacles such as boulders, steep hills, rivers, gulches, and all other sorts of rough terrain. Maxwell dealers presented this motion picture at various venues to promote the car, often with the now-battered Maxwell on display. The Maxwell Company had assisted in the film's production by supplying a car and by deploying a mechanic to the filming location. The mechanic's job included repeatedly replacing the car's

text: transmission

text: , which kept getting torn up by the harsh desert landscape.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: gulches

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mexican

answers: NDQ_006323

answers: Mexican bandits by racing the sturdy little car across the Mexican badlands

answers: NDQ_006324

answers: Something New.

answers: NDQ_006325

answers: steep hills, rivers, gulches,

answers: NDQ_006326

answers: Something New.

answers: NDQ_006327

answers: Something New.

answers: NDQ_006328

answers: Something New.

answers: NDQ_006329

answers: boulders, steep hills, rivers, gulches,

answers: NDQ_006330

answers: Something New.

answers: NDQ_006331

answers: Something New.

text: Venera 16 ( meaning Venus 16) was a spacecraft sent to Venus by the Soviet Union. This unmanned orbiter was to map the surface of Venus using high resolution imaging systems. The spacecraft was identical to Venera 15 and based on modifications to the earlier Venera space probes.

text: Venera 16 ( meaning Venus 16) was a

text: spacecraft

text: sent to

text: Venus

text: by the

text: Soviet Union

text: . This unmanned orbiter was to map the surface of Venus using high resolution imaging systems. The spacecraft was identical to

text: Venera 15

text: and based on modifications to the earlier

text: Venera

text: space probes.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venera 16 was sent to Venus by the Soviet Union

answers: NDQ_006329

answers: Venera 16

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venera 16

answers: NDQ_006324

answers: Venera 16

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: high resolution imaging systems.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venera 16

answers: NDQ_006329

answers: high resolution imaging systems.

answers: NDQ_006330

answers: high resolution imaging systems.

answers: NDQ_006331

answers: Venus

text: The Flyers are noted for their fan base, dubbed "The Flyer Faithful." The Flyers are routinely in the top-30 in average game attendance among all NCAA Division I basketball programs. As a result of this support, the Flyer's home court is regarded as not only an extremely challenging venue in which to play, but has been hailed as one of the greatest basketball atmospheres in all of college basketball. Additionally, this fan base is noted for its willingness to travel and enthusiastically support the Flyers in both neutral and hostile environments.

text: The Flyers are noted for their fan base, dubbed "The Flyer Faithful." The Flyers are routinely in the top-30 in average game attendance among all NCAA Division I basketball programs. As a result of this support, the Flyer's home court is regarded as not only an extremely challenging venue in which to play, but has been hailed as one of the greatest basketball atmospheres in all of college basketball. Additionally, this fan base is noted for its willingness to travel and enthusiastically support the Flyers in both neutral and hostile environments.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: no

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: top-30

answers: NDQ_006323

answers: top-30

answers: NDQ_006324

answers: top-30

answers: NDQ_006325

answers: top-30

answers: NDQ_006326

answers: "The Flyer Faithful."

answers: NDQ_006327

answers: top-30

answers: NDQ_006328

answers: "The Flyer Faithful."

answers: NDQ_006329

answers: top-30

answers: NDQ_006330

answers: top-30

answers: NDQ_006331

answers: top-30

text: The venue boasts award-winning acoustics and amenities, all suited to the production of any imaginable audio, video or film project, which have included live music video shoots, full concert recordings, television show tapings, and sound stage for motion picture production and film scoring.

text: The venue boasts award-winning acoustics and amenities, all suited to the production of any imaginable audio, video or film project, which have included live music video shoots, full concert recordings, television show tapings, and sound stage for motion picture production and film scoring.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: television show tapings,

answers: NDQ_006323

answers: The venue boasts award-winning acoustics

answers: NDQ_006324

answers: acoustics

answers: NDQ_006325

answers: award-winning acoustics

answers: NDQ_006326

answers: live music video shoots, full concert recordings, television show tapings,

answers: NDQ_006327

answers: The venue boasts award-winning acoustics

answers: NDQ_006328

answers: live music video shoots,

answers: NDQ_006329

answers: The venue boasts award-winning acoustics

answers: NDQ_006330

answers: award-winning acoustics

answers: NDQ_006331

answers: The venue boasts award-winning acoustics

text: For the Summer Olympics, there are 34 venues that have been or will be used for water polo. Debutting in 1900, the first venues took place similar to that of the swimming events. By the 1908 Games, the first water polo venue not located on a river or a lake took place. It was not until the 1920 Games that a separate venue was created for the aquatic venues. 1948 was the first Olympics in water polo took place both indoor and in more than one venue. The first separate water polo venue that was not connected to other aquatic venues was at the 1964 Summer Olympics in Tokyo.

text: For the

text: Summer Olympics

text: , there are 34

text: venues

text: that have been or will be used for

text: water polo

text: . Debutting in

text: , the first venues took place similar to that of the

text: swimming

text: events. By the

text: 1908 Games

text: , the first water polo venue not located on a river or a lake took place. It was not until the

text: 1920 Games

text: that a separate venue was created for the aquatic venues.

text: was the first Olympics in water polo took place both indoor and in more than one venue. The first separate water polo venue that was not connected to other aquatic venues was at the

text: 1964 Summer Olympics

text: in Tokyo.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Tokyo.

answers: NDQ_006323

answers: 34 venues that have been or will be used for water polo.

answers: NDQ_006324

answers: 34 venues that have been or will be used for water polo.

answers: NDQ_006325

answers: 34 venues that have been or will be used for water polo.

answers: NDQ_006326

answers: 34 venues that have been or will be used for water polo.

answers: NDQ_006327

answers: 34 venues that have been or will be used for water polo.

answers: NDQ_006328

answers: 34 venues that have been or will be used for water polo.

answers: NDQ_006329

answers: 34 venues that have been or will be used for water polo.

answers: NDQ_006330

answers: 34 venues that have been or will be used for water polo.

answers: NDQ_006331

answers: 34 venues that have been or will be used for water polo.

text: Wolverhampton has a number of live music venues; the biggest is technically the football ground, Molineux Stadium, which was used for a Bon Jovi concert in 2003, but the biggest indoor venue is Wolverhampton Civic Hall, with a standing capacity of 3,000. Second to that is Wulfrun Hall (part of the same complex as the Civic Hall, which is owned and operated by the City Council) which has a standing capacity of just over 1,100. The Civic Halls now have a new venue, The Slade Rooms, this has a capacity of approximately 550 standing. There are also a number of smaller venues with capacities between 100 and 250, the Wolverhampton Varsity being the most long-standing of these (Unfortunately now closed) along with the Light Bar, Fryer Street. The Little Civic closed and has been replaced by a much less loved 'Numa Bar'. The new Dog & Doublet next to the old Little Civic has recently had live music at the venue. The 18th-century St John's Church is a popular venue for smaller scale classical concerts. The city is also home to Regent Records, a choral and organ music recording company, and Wolf Town DIY, an independent record label that primarily releases punk and alternative music by underground artists. The Midland Box Office is the primary sales point for most of Wolverhampton's venues and is situated in Queen Square, it is made up of a small team of dedicated and enthusiastic staff.

text: Wolverhampton has a number of live music venues; the biggest is technically the

text: football

text: ground,

text: Molineux Stadium

text: , which was used for a

text: Bon Jovi

text: concert in 2003, but the biggest indoor venue is

text: Wolverhampton Civic Hall

text: , with a standing capacity of 3,000. Second to that is Wulfrun Hall (part of the same complex as the Civic Hall, which is owned and operated by the City Council) which has a standing capacity of just over 1,100. The Civic Halls now have a new venue, The Slade Rooms, this has a capacity of approximately 550 standing. There are also a number of smaller venues with capacities between 100 and 250, the Wolverhampton Varsity being the most long-standing of these (Unfortunately now closed) along with the Light Bar, Fryer Street. The Little Civic closed and has been replaced by a much less loved 'Numa Bar'. The new Dog & Doublet next to the old Little Civic has recently had live music at the venue. The 18th-century

text: St John's Church

text: is a popular venue for smaller scale classical concerts. The city is also home to Regent Records, a choral and organ music recording company, and Wolf Town DIY, an independent record label that primarily releases punk and alternative music by underground artists. The Midland Box Office is the primary sales point for most of Wolverhampton's venues and is situated in Queen Square, it is made up of a small team of dedicated and enthusiastic staff.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 3,000.

answers: NDQ_006323

answers: 3,000.

answers: NDQ_006324

answers: 3,000.

answers: NDQ_006325

answers: 3,000.

answers: NDQ_006326

answers: 3,000.

answers: NDQ_006327

answers: 3,000.

answers: NDQ_006328

answers: 3,000.

answers: NDQ_006329

answers: 3,000.

answers: NDQ_006330

answers: 3,000.

answers: NDQ_006331

answers: 3,000.

text: Brisbane's nightlife today is a thriving and varied mix of pubs, clubs, themed bars, and various other venues. There are two main areas of interest: The "city" (CBD) and the "valley" (Fortitude Valley). While the city typically consists of venues catering to those with a more traditional taste in music or atmosphere, the Valley typically offers a drastically different, more cosmopolitan selection of places. The Brisbane City Council has tried to preserve the valley as an entertainment precinct with the introduction of Valley Special Entertainment Precinct.

text: Brisbane's nightlife today is a thriving and varied mix of pubs, clubs, themed bars, and various other venues. There are two main areas of interest: The "city" (

text: CBD

text: ) and the "valley" (

text: Fortitude Valley

text: ). While the city typically consists of venues catering to those with a more traditional taste in music or atmosphere, the Valley typically offers a drastically different, more cosmopolitan selection of places. The Brisbane City Council has tried to preserve the valley as an entertainment precinct with the introduction of

text: Valley Special Entertainment Precinct

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: It's impossible to say

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: (Fortitude Valley).

answers: NDQ_006323

answers: Valley Special Entertainment Precinct.

answers: NDQ_006324

answers: Valley Special Entertainment Precinct.

answers: NDQ_006325

answers: the Valley typically offers a drastically different, more cosmopolitan

answers: NDQ_006326

answers: Valley Special Entertainment Precinct.

answers: NDQ_006327

answers: Valley Special Entertainment Precinct.

answers: NDQ_006328

answers: Valley Special Entertainment Precinct.

answers: NDQ_006329

answers: (CBD) and the "valley" (Fortitude Valley).

answers: NDQ_006330

answers: Valley Special Entertainment Precinct.

answers: NDQ_006331

answers: Valley Special Entertainment Precinct.

text: There are general and special venues under Korean civil procedure.  The court at the defendant's domicile can hear the claims. If the defendant's domicile is not known or does not exist, the court at the defendant's residence can hear the claim.  The KCPA also lists special venues in addition to general venues such as the workplace, where the obligation is performed, where the subject matter is located, or where the tort occurred.  If there is a multiple venues, the plaintiff can choose one of them to bring action.

text: There are general and special venues under Korean civil procedure.  The court at the defendant's domicile can hear the claims. If the defendant's domicile is not known or does not exist, the court at the defendant's residence can hear the claim.  The KCPA also lists special venues in addition to general venues such as the workplace, where the obligation is performed, where the subject matter is located, or where the tort occurred.  If there is a multiple venues, the plaintiff can choose one of them to bring action.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is not possible to tell

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: The KCPA

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: NDQ_006322

answers: Korean civil procedure.

answers: NDQ_006323

answers: general and special venues under Korean civil procedure.

answers: NDQ_006324

answers: There are general and special venues under Korean civil procedure.

answers: NDQ_006325

answers: general and special venues under Korean civil procedure.

answers: NDQ_006326

answers: There are general and special venues under Korean civil procedure.

answers: NDQ_006327

answers: There are general and special venues under Korean civil procedure.

answers: NDQ_006328

answers: There are general and special venues under Korean civil procedure.

answers: NDQ_006329

answers: special venues in addition to general venues

answers: NDQ_006330

answers: There are general and special venues under Korean civil procedure.

answers: NDQ_006331

answers: There are general and special venues under Korean civil procedure.

text: The extreme crescent phase of Venus  can be seen without a telescope by those with exceptionally acute eyesight, at the limit of human perception. The angular resolution of the naked eye is about 1 minute of arc. The apparent disk of Venus' extreme crescent measures between 60.2 and 66 seconds of arc, depending on the distance from Earth. Nevertheless it is possible for observers with  extremely acute eyesight to see a crescent Venus under ideal atmospheric circumstances.

text: The extreme crescent phase of Venus  can be seen without a

text: telescope

text: by those with exceptionally acute eyesight, at the limit of human perception. The

text: angular resolution

text: of the naked eye is about 1 minute of arc. The apparent disk of Venus' extreme crescent measures between 60.2 and 66

text: seconds of arc

text: , depending on the distance from Earth. Nevertheless it is possible for observers with  extremely acute eyesight to see a crescent Venus under ideal atmospheric circumstances.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmospheric

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: It is possible for observers with extremely acute eyesight to see a crescent Venus under ideal atmospheric circumstances.

answers: NDQ_006329

answers: a crescent Venus under ideal atmospheric circumstances

answers: NDQ_006330

answers: The angular resolution of the naked eye is about 1 minute of arc

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Earth.

answers: NDQ_006324

answers: Earth.

answers: NDQ_006325

answers: distance

answers: NDQ_006326

answers: Earth.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: The extreme crescent phase of Venus

answers: NDQ_006329

answers: 1 minute of arc.

answers: NDQ_006330

answers: 60.2 and 66 seconds of arc,

answers: NDQ_006331

answers: Venus

text: Manykin et al. have suggested atmospheric Rydberg matter as an explanation of ball lightning phenomena. Rydberg matter is a condensed form of highly excited atoms in many aspects similar to electron-hole droplets in semiconductors. However, in contrast to electron-hole droplets, Rydberg matter has an extended life-time—as long as hours. This condensed excited state of matter is supported by experiments, mainly of a group led by Holmlid. It is similar to a liquid or solid state of matter with extremely low (gas-like) density. Lumps of atmospheric Rydberg matter can result from condensation of highly excited atoms that form by atmospheric electrical phenomena, mainly due to linear lightning. Stimulated decay of Rydberg matter clouds can, however, take the form of an avalanche, and so appear as an explosion.

text: Manykin et al. have suggested atmospheric

text: Rydberg matter

text: as an explanation of ball lightning phenomena. Rydberg matter is a condensed form of highly excited atoms in many aspects similar to electron-hole droplets in semiconductors. However, in contrast to electron-hole droplets, Rydberg matter has an extended life-time—as long as hours. This condensed excited state of matter is supported by experiments, mainly of a group led by Holmlid. It is similar to a liquid or solid state of matter with extremely low (gas-like) density. Lumps of atmospheric Rydberg matter can result from condensation of highly excited atoms that form by atmospheric electrical phenomena, mainly due to linear lightning. Stimulated decay of Rydberg matter clouds can, however, take the form of an avalanche, and so appear as an explosion.

answers: NDQ_006322

answers: Rydberg

answers: NDQ_006323

answers: argon

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: Rydberg matter

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Rydberg

answers: NDQ_006323

answers: Rydberg matter

answers: NDQ_006324

answers: Rydberg matter

answers: NDQ_006325

answers: extended life-time—as

answers: NDQ_006326

answers: Manykin et al. have suggested atmospheric Rydberg matter

answers: NDQ_006327

answers: Manykin et al. have suggested atmospheric Rydberg matter

answers: NDQ_006328

answers: lightning.

answers: NDQ_006329

answers: atmospheric Rydberg matter

answers: NDQ_006330

answers: atmospheric Rydberg matter

answers: NDQ_006331

answers: Manykin et al. have suggested atmospheric Rydberg matter

text: In 1970, Taylor joined the Jet Propulsion Laboratory of the California Institute of Technology. He was principal investigator for the first experiment into the meteorology of the atmosphere of Venus, building an instrument for the Pioneer Venus Orbiter that launched in 1978. Arriving at Venus in December 1978, this included the first British-built hardware to travel to another planet.  He was also involved in the mission that sent the unmanned spacecraft Galileo to study Jupiter and its moons.

text: In 1970, Taylor joined the

text: Jet Propulsion Laboratory

text: of the

text: California Institute of Technology

text: . He was

text: principal investigator

text: for the first experiment into the

text: meteorology

text: of the

text: atmosphere of Venus

text: , building an instrument for the

text: Pioneer Venus Orbiter

text: that launched in 1978. Arriving at Venus in December 1978, this included the first British-built hardware to travel to another planet.  He was also involved in the mission that sent the unmanned spacecraft

text: Galileo

text: to study

text: Jupiter

text: and

text: its moons

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The first experiment into the meteorology of the atmosphere of Venus

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: atmosphere of Venus

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: California Institute of Technology.

answers: NDQ_006324

answers: atmosphere of Venus,

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Pioneer Venus Orbiter

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: meteorology of the atmosphere of Venus,

answers: NDQ_006329

answers: Jupiter and its moons.

answers: NDQ_006330

answers: atmosphere of Venus,

answers: NDQ_006331

answers: Venus,

text: Almost a thousand impact craters on Venus are evenly distributed across its surface. On other cratered bodies, such as Earth and the Moon, craters show a range of states of degradation. On the Moon, degradation is caused by subsequent impacts, whereas on Earth it is caused by wind and rain erosion. On Venus, about 85% of the craters are in pristine condition. The number of craters, together with their well-preserved condition, indicates the planet underwent a global resurfacing event about 300–600 million years ago, followed by a decay in volcanism. Whereas Earth's crust is in continuous motion, Venus is thought to be unable to sustain such a process. Without plate tectonics to dissipate heat from its mantle, Venus instead undergoes a cyclical process in which mantle temperatures rise until they reach a critical level that weakens the crust. Then, over a period of about 100 million years, subduction occurs on an enormous scale, completely recycling the crust.

text: Almost a thousand impact craters on Venus are evenly distributed across its surface. On other cratered bodies, such as Earth and the Moon, craters show a range of states of degradation. On the Moon, degradation is caused by subsequent impacts, whereas on Earth it is caused by wind and rain erosion. On Venus, about 85% of the craters are in pristine condition. The number of craters, together with their well-preserved condition, indicates the planet underwent a global resurfacing event about 300–600 million years ago, followed by a decay in volcanism. Whereas Earth's crust is in continuous motion, Venus is thought to be unable to sustain such a process. Without plate tectonics to dissipate heat from its mantle, Venus instead undergoes a cyclical process in which mantle temperatures rise until they reach a critical level that weakens the crust. Then, over a period of about 100 million years, subduction occurs on an enormous scale, completely recycling the crust.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: a decay in volcanism

answers: NDQ_006329

answers: Almost a thousand impact craters on Venus

answers: NDQ_006330

answers: 85% of the craters are in pristine condition

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: plate tectonics

answers: NDQ_006324

answers: impact craters

answers: NDQ_006325

answers: continuous motion,

answers: NDQ_006326

answers: Almost a thousand impact craters on Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: decay in volcanism.

answers: NDQ_006329

answers: Almost a thousand impact craters

answers: NDQ_006330

answers: Almost a thousand impact craters

answers: NDQ_006331

answers: Venus

text: In terms of venue, where personal jurisdiction lies in multiple districts, the appropriate venue for the case to be heard is set forth by Virginia statutes, which divides possible venues as "Category A" (preferred) and "Category B" (permissible), and requires that Category B venue may only be used where no Category A venue is available. For example, in a dispute over the ownership of land, Category A venue lies where the land is located. Category B venue generally lies where the defendant resides or has a registered office or registered agent, or where some part of the action arose. If there are multiple parties, and any party requires Category A venue, then that venue will suffice for all parties; and if no party requires Category A venue, then any place where Category B venue lies as to one party will suffice as to all parties. In any case, if venue is inappropriate, then the failure to object to venue must be made within 21 days of service of process, and such objection must state why venue is improper, and where proper venue lies.

text: In terms of

text: venue

text: , where personal jurisdiction lies in multiple districts, the appropriate venue for the case to be heard is set forth by Virginia statutes, which divides possible venues as "Category A" (preferred) and "Category B" (permissible), and requires that Category B venue may only be used where no Category A venue is available. For example, in a dispute over the ownership of land, Category A venue lies where the land is located. Category B venue generally lies where the defendant resides or has a registered office or registered agent, or where some part of the action arose. If there are multiple parties, and any party requires Category A venue, then that venue will suffice for all parties; and if no party requires Category A venue, then any place where Category B venue lies as to one party will suffice as to all parties. In any case, if venue is inappropriate, then the failure to object to venue must be made within 21 days of service of process, and such objection must state why venue is improper, and where proper venue lies.

answers: NDQ_006322

answers: Uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: Category B

answers: NDQ_006328

answers: Category A

answers: NDQ_006329

answers: Category B venue

answers: NDQ_006330

answers: Category A

answers: NDQ_006331

answers: NDQ_006322

answers: "Category A"

answers: NDQ_006323

answers: "Category A"

answers: NDQ_006324

answers: "Category A"

answers: NDQ_006325

answers: "Category A"

answers: NDQ_006326

answers: "Category A"

answers: NDQ_006327

answers: 21 days of service of process,

answers: NDQ_006328

answers: Category B venue lies as to one party will suffice as to all parties.

answers: NDQ_006329

answers: Category A venue lies where the land is located.

answers: NDQ_006330

answers: venue, where personal jurisdiction lies in multiple districts,

answers: NDQ_006331

answers: In terms of venue,

text: The existence of an atmosphere on Venus was concluded by Mikhail Lomonosov on the basis of his observation of the transit of Venus of 1761 from the Imperial Academy of Sciences of St. Petersburg. He used a two-lens achromat refractor and a weak solar filter (smoked glass) and  reported seeing a bump or bulge of light ("Lomonosov's arc") off the solar disc as Venus began to exit the Sun. Lomonosov attributed that effect to refraction of solar rays through an atmosphere; he also reported the appearance of a sliver around the part of Venus that had just entered the Sun's disk during the initial phase of transit.  In 2012, Pasachoff and Sheehan reported, based on knowing what Venus's atmosphere would look like because of Pasachoff and Schneider's observations of the 2004 transit of Venus, that what Lomonosov reported was not Venus's atmosphere. To make a decisive test, a group of researchers carried out experimental reconstruction of Lomonosov's discovery of Venusian atmosphere with antique refractors during the transit of Venus on  5–6 June 2012. They observed the "Lomonosov's arc" and other aureole effects due to Venus's atmosphere and concluded that Lomonosov's telescope was fully adequate to the task of detecting the arc of light around Venus off the Sun's disc during ingress or egress if proper experimental techniques as described by Lomonosov in his 1761 paper are employed.

text: The existence of an

text: atmosphere on Venus

text: was concluded by

text: Mikhail Lomonosov

text: on the basis of his observation of the transit of Venus of 1761 from the

text: Imperial Academy of Sciences of St. Petersburg

answers: NDQ_006322

answers: sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venusian

answers: NDQ_006323

answers: Sun's disc

answers: NDQ_006324

answers: solar rays

answers: NDQ_006325

answers: Venusian atmosphere with antique refractors during the transit of Venus

answers: NDQ_006326

answers: transit of Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus began to exit the Sun.

answers: NDQ_006329

answers: atmosphere

answers: NDQ_006330

answers: Pasachoff and Schneider's observations of the 2004 transit of Venus,

answers: NDQ_006331

answers: Venus

text: The Copernican Revolution started with the publishing of the book De revolutionibus orbium coelestium by Nicolaus Copernicus, which was influenced by earlier theories of Aristarchus and of Mu’ayyad al-Din al-’Urdi and Ibn al-Shatir. His book proposed a heliocentric system contrary to the widely accepted geocentric system of that time. Tycho Brahe accepted Copernicus's model but reasserted geocentricity. However, Tycho challenged the Aristotelian model when he observed a comet that went through the region of the planets. This region was said to only have uniform circular motion on solid spheres, which meant that it would be impossible for a comet to enter into the area. Johannes Kepler followed Tycho and developed the three laws of planetary motion. Kepler would not have been able to produce his laws without the observations of Tycho, because they allowed Kepler to prove that planets traveled in ellipses, and that the Sun does not sit directly in the center of an orbit but at a focus. Galileo Galilei came after Kepler and developed his own telescope with enough magnification to allow him to study Venus and discover that it has phases like a moon. The discovery of the phases of Venus was one of the more influential reasons for the transition from geocentrism to heliocentrism. Sir Isaac Newton's Philosophiæ Naturalis Principia Mathematica concluded the Copernican Revolution. The development of his laws of planetary motion and universal gravitation explained the presumed motion related to the heavens by asserting a gravitational force of attraction between two objects.

text: The Copernican Revolution started with the publishing of the book De revolutionibus orbium coelestium by Nicolaus Copernicus, which was influenced by earlier theories of Aristarchus and of

text: Mu’ayyad al-Din al-’Urdi

text: and

text: Ibn al-Shatir

text: . His book proposed a heliocentric system contrary to the widely accepted geocentric system of that time.

text: Tycho Brahe

text: accepted Copernicus's model but reasserted geocentricity. However, Tycho challenged the

text: Aristotelian model

text: when he observed a comet that went through the region of the planets. This region was said to only have uniform circular motion on solid spheres, which meant that it would be impossible for a comet to enter into the area.

text: Johannes Kepler

text: followed Tycho and developed the

text: three laws of planetary motion

text: . Kepler would not have been able to produce his laws without the observations of Tycho, because they allowed Kepler to prove that planets traveled in ellipses, and that the Sun does not sit directly in the center of an orbit but at a focus.

text: Galileo Galilei

text: came after Kepler and developed his own telescope with enough magnification to allow him to study

text: Venus

text: and discover that it has

text: phases

text: like a moon. The discovery of the phases of Venus was one of the more influential reasons for the transition from

text: geocentrism

text: to

text: heliocentrism

text: . Sir Isaac Newton's

entity_name: Philosophiæ Naturalis Principia Mathematica

text: Philosophiæ Naturalis Principia Mathematica

text: concluded the Copernican Revolution. The development of his laws of planetary motion and

text: universal gravitation

text: explained the presumed motion related to the heavens by asserting a gravitational force of attraction between two objects.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: unanswerable

answers: NDQ_006328

answers: Galileo Galilei came after Kepler

answers: NDQ_006329

answers: phases like a moon

answers: NDQ_006330

answers: Galileo Galilei

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Galileo Galilei came after Kepler

answers: NDQ_006324

answers: phases like a moon.

answers: NDQ_006325

answers: ellipses,

answers: NDQ_006326

answers: Galileo Galilei came after Kepler

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: phases like a moon.

answers: NDQ_006329

answers: phases like a moon.

answers: NDQ_006330

answers: it has phases like a moon.

answers: NDQ_006331

answers: Venus

text: The mission revealed the composition and meteorological nature of Venus’ atmosphere. Data from the radio science experiment measured the extent to which radio waves passing through the atmosphere were refracted, which was used to calculate the density, pressure, and temperature of the atmosphere at any given altitude. Overall, atmospheric temperature is higher closer to the planet’s surface, but Mariner 10 found four altitudes where the pattern was reversed, which could signify the presence of a layer of clouds. The inversions occurred at the 56, 61, 63, and 81 km levels, confirming previous observations made by the Mariner 5 encounter. The ultraviolet spectrometers identified the chemical substances that comprise Venus’ atmosphere. Analysis of the atmosphere’s hydrogen showed the gas was depleted of deuterium, ruling out the possibility that Venus obtained the element from collisions with comets. Instead, scientists theorized the hydrogen was captured from the solar wind. The elevated concentration of atomic oxygen in the upper atmosphere showed that the atmosphere is stratified into upper and lower layers that do not mix with each other; photographs of the upper and lower cloud layers corroborated this hypothesis. Mariner 10’s ultraviolet photographs were an invaluable information source for studying the churning clouds of Venus’ atmosphere. The mission researchers believed the cloud features they photographed were located in the stratosphere and upper troposphere, created by condensation; they also concluded that the contrast between darker and lighter features was due to differences in the cloud’s absorptivity of UV light. The subsolar region was of particular interest: as the sun is straight overhead, it imparts more solar energy to this area than other part of the planet. Compared to the rest of the planet’s atmosphere, the subsolar region was highly active and irregular. "Cells" of air lifted by convection, each up to 500 km wide, were observed forming and dissipating within the span of a few hours; some had polygonal outlines.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: chemical substances

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The subsolar region was highly active and irregular

answers: NDQ_006329

answers: Overall, atmospheric temperature is higher closer to the planet’s surface

answers: NDQ_006330

answers: Overall, atmospheric temperature is higher closer to the planet’s surface

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus’

answers: NDQ_006323

answers: hydrogen showed the gas was depleted of deuterium,

answers: NDQ_006324

answers: condensation;

answers: NDQ_006325

answers: straight overhead,

answers: NDQ_006326

answers: atmospheric temperature is higher closer to the planet’s surface,

answers: NDQ_006327

answers: stratosphere and upper troposphere,

answers: NDQ_006328

answers: more solar energy

answers: NDQ_006329

answers: atmospheric temperature is higher closer to the planet’s surface,

answers: NDQ_006330

answers: atmospheric temperature is higher closer to the planet’s surface,

answers: NDQ_006331

answers: Venus’

text: The surface of Venus is comparatively very flat. When 93% of the topography was mapped by Pioneer Venus, scientists found that the total distance from the lowest point to the highest point on the entire surface was about 13 kilometres (8 mi), while on the Earth the distance from the basins to the Himalayas is about 20 kilometres (12.4 mi).According to the data of the altimeters of the Pioneer, nearly 51% of the surface is found located within 500 metres (1,640 ft) of the median radius of 6,052 km (3760 mi); only 2% of the surface is located at greater elevations than  from the median radius.

text: The surface of Venus is comparatively very flat. When 93% of the

text: topography

text: was mapped by Pioneer Venus, scientists found that the total distance from the lowest point to the highest point on the entire surface was about 13 kilometres (8 mi), while on the Earth the distance from the

text: basins

text: to the

text: Himalaya

text: s is about 20 kilometres (12.4 mi).According to the data of the

text: altimeter

text: s of the Pioneer, nearly 51% of the surface is found located within 500 metres (1,640 ft) of the median radius of 6,052 km (3760 mi); only 2% of the surface is located at greater elevations than  from the median radius.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The surface of Venus is comparatively very flat.

answers: NDQ_006329

answers: 93% of the topography

answers: NDQ_006330

answers: comparatively very flat

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: 13 kilometres

answers: NDQ_006324

answers: 13 kilometres (8 mi),

answers: NDQ_006325

answers: 13 kilometres

answers: NDQ_006326

answers: nearly 51% of the surface is found located within 500 metres

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: 13 kilometres (8 mi),

answers: NDQ_006329

answers: the total distance from the lowest point to the highest point

answers: NDQ_006330

answers: comparatively very flat.

answers: NDQ_006331

answers: Venus

text: The Cestida ("belt animals") are ribbon-shaped planktonic animals, with the mouth and aboral organ aligned in the middle of opposite edges of the ribbon. There is a pair of comb-rows along each aboral edge, and tentilla emerging from a groove all along the oral edge, which stream back across most of the wing-like body surface. Cestids can swim by undulating their bodies as well as by the beating of their comb-rows. There are two known species, with worldwide distribution in warm, and warm-temperate waters: Cestum veneris ("Venus' girdle") is among the largest ctenophores – up to  long, and can undulate slowly or quite rapidly. Velamen parallelum, which is typically less than  long, can move much faster in what has been described as a "darting motion".

text: The

text: Cestida

text: ("belt animals") are ribbon-shaped planktonic animals, with the mouth and aboral organ aligned in the middle of opposite edges of the ribbon. There is a pair of comb-rows along each aboral edge, and tentilla emerging from a groove all along the oral edge, which stream back across most of the wing-like body surface. Cestids can swim by undulating their bodies as well as by the beating of their comb-rows. There are two known species, with worldwide distribution in warm, and warm-temperate waters:

text: Cestum veneris

text: Venus

text: ' girdle") is among the largest ctenophores – up to  long, and can undulate slowly or quite rapidly. Velamen parallelum, which is typically less than  long, can move much faster in what has been described as a "darting motion".

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: Cestida

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Cestida

answers: NDQ_006329

answers: Cestum veneris

answers: NDQ_006330

answers: Cestum veneris

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: ("Venus'

answers: NDQ_006323

answers: The Cestida

answers: NDQ_006324

answers: The Cestida

answers: NDQ_006325

answers: The Cestida

answers: NDQ_006326

answers: Cestum veneris

answers: NDQ_006327

answers: Cestum veneris

answers: NDQ_006328

answers: Cestum veneris

answers: NDQ_006329

answers: warm, and warm-temperate waters:

answers: NDQ_006330

answers: Cestum veneris

answers: NDQ_006331

answers: warm, and warm-temperate

text: As scientific knowledge of Venus advanced, so science fiction authors endeavored to keep pace, particularly by conjecturing human attempts to terraform Venus. For instance James E. Gunn's 1955 novella "The Naked Sky” (retitled the "The Joy Ride") starts on a partial terraformed Venus where the colonists live underground to get away from the still deadly atmosphere.  Arthur C. Clarke's 1997 novel 3001: The Final Odyssey, for example, postulates humans lowering Venus's temperature by steering cometary fragments to impact its surface. A terraformed Venus is the setting for a number of diverse works of fiction that have included Star Trek, Exosquad, the German language Mark Brandis series and the manga Venus Wars. In L. Neil Smith's Gallatin Universe novel The Venus Belt, Venus was broken apart by a massive man-made projectile to form a second asteroid belt suitable for commercial exploitation.

text: As scientific knowledge of Venus advanced, so science fiction authors endeavored to keep pace, particularly by conjecturing human attempts to

text: terraform Venus

text: . For instance

text: James E. Gunn

text: 's 1955 novella "The Naked Sky” (retitled the "The Joy Ride") starts on a partial terraformed Venus where the colonists live underground to get away from the still deadly atmosphere.

text: Arthur C. Clarke

text: 's 1997 novel

text: 3001: The Final Odyssey

text: , for example, postulates humans lowering Venus's temperature by steering

text: comet

text: ary fragments to impact its surface. A

text: terraform

text: ed Venus is the setting for a number of diverse works of fiction that have included

text: Star Trek

text: Exosquad

text: , the German language

text: Mark Brandis

text: series and the manga

text: Venus Wars

text: . In

text: L. Neil Smith's

text: Gallatin Universe

text: novel

text: The Venus Belt

text: , Venus was broken apart by a massive man-made projectile to form a second asteroid belt suitable for commercial exploitation.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: deadly atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: As scientific knowledge of Venus advanced, so science fiction authors endeavored to keep pace,

answers: NDQ_006329

answers: a terraformed Venus

answers: NDQ_006330

answers: advanced

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: cometary

answers: NDQ_006324

answers: cometary fragments

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: deadly atmosphere.

answers: NDQ_006328

answers: cometary fragments to impact its surface. A terraformed Venus

answers: NDQ_006329

answers: the colonists live underground to get away from the still deadly atmosphere.

answers: NDQ_006330

answers: deadly atmosphere.

answers: NDQ_006331

answers: Venus

text: Eudoxus of Cnidus was the first astronomer to develop the concept of concentric spheres. He was originally a student at Plato’s academy and is believed to have been influenced by the cosmological speculations of Plato and Pythagoras. He came up with the idea of homocentric spheres in order to explain the perceived inconsistent motions of the planets and to develop a uniform model for accurately calculating the movement of celestial objects. None of his books have survived to the modern day and everything we know about his cosmological theories comes from the works of Aristotle and Simplicius. According to these works, Eudoxus’ model had twenty-seven homocentric spheres with each sphere explaining a type of observable motion for each celestial object. Eudoxus assigns one sphere for the fixed stars which is supposed to explain their daily movement. He assigns three spheres to both the sun and the moon with the first sphere moving in the same manner as the sphere of the fixed stars. The second sphere explains the movement of the sun and the moon on the ecliptic plane. The third sphere was supposed to move on a “latitudinally inclined” circle and explain the latitudinal motion of the sun and the moon in the cosmos. Four spheres were assigned to Mercury, Mars, Venus, Jupiter, and Saturn which were the only known planets at that time. The first and second spheres of the planets moved exactly like the first two spheres of the sun and the moon. According to Simplicius, the third and fourth sphere of the planets were supposed to move in a way that created a curve known as a hippopede. The hippopede was a way to try and explain the retrograde motions of planets. Many historians of science, such as Michael J. Crowe, have argued that Eudoxus did not consider his system of concentric spheres to be a real representation of the universe but thought it was merely a mathematical model for calculating planetary motion.

text: Eudoxus of Cnidus

text: was the first astronomer to develop the concept of concentric spheres. He was originally a student at Plato’s academy and is believed to have been influenced by the cosmological speculations of

text: Plato

text: and

text: Pythagoras

text: . He came up with the idea of homocentric spheres in order to explain the perceived inconsistent motions of the planets and to develop a uniform model for accurately calculating the movement of celestial objects. None of his books have survived to the modern day and everything we know about his cosmological theories comes from the works of

text: Aristotle

text: and

text: Simplicius

text: . According to these works, Eudoxus’ model had twenty-seven homocentric spheres with each sphere explaining a type of observable motion for each celestial object. Eudoxus assigns one sphere for the fixed stars which is supposed to explain their daily movement. He assigns three spheres to both the sun and the moon with the first sphere moving in the same manner as the sphere of the fixed stars. The second sphere explains the movement of the sun and the moon on the ecliptic plane. The third sphere was supposed to move on a “latitudinally inclined” circle and explain the latitudinal motion of the sun and the moon in the cosmos. Four spheres were assigned to

text: Mercury

text: Mars

text: Venus

text: Jupiter

text: , and

text: Saturn

text: which were the only known planets at that time. The first and second spheres of the planets moved exactly like the first two spheres of the sun and the moon. According to Simplicius, the third and fourth sphere of the planets were supposed to move in a way that created a curve known as a

text: hippopede

text: . The

text: hippopede

text: was a way to try and explain the

text: retrograde motions

text: of planets. Many historians of science, such as Michael J. Crowe, have argued that Eudoxus did not consider his system of concentric spheres to be a real representation of the universe but thought it was merely a mathematical model for calculating planetary motion.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: NDQ_006328

answers: What is the name of the volcano on Venus?

answers: NDQ_006329

answers: latitudinally inclined

answers: NDQ_006330

answers: ecliptic plane

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mercury,

answers: NDQ_006323

answers: Venus,

answers: NDQ_006324

answers: “latitudinally inclined” circle

answers: NDQ_006325

answers: ecliptic plane.

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: “latitudinally inclined” circle

answers: NDQ_006329

answers: “latitudinally inclined” circle

answers: NDQ_006330

answers: The first and second spheres of the planets

answers: NDQ_006331

answers: Mercury, Mars, Venus,

text: Details for each motion include its purpose, when it could be made, if it is debatable, if it is amendable, the vote required for adoption, and if it could be reconsidered. The "order of precedence", or rank, of the motions is also described in detail.

text: Details for each motion include its purpose, when it could be made, if it is debatable, if it is amendable, the vote required for adoption, and if it could be reconsidered. The "order of precedence", or rank, of the motions is also described in detail.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: purpose

answers: NDQ_006327

answers: description

answers: NDQ_006328

answers: volcanism on venus

answers: NDQ_006329

answers: if it is debatable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: description

answers: NDQ_006322

answers: reconsidered.

answers: NDQ_006323

answers: if it is debatable,

answers: NDQ_006324

answers: if it is debatable,

answers: NDQ_006325

answers: if it is debatable,

answers: NDQ_006326

answers: if it is debatable,

answers: NDQ_006327

answers: if it is debatable,

answers: NDQ_006328

answers: if it is debatable,

answers: NDQ_006329

answers: "order of precedence",

answers: NDQ_006330

answers: if it is debatable,

answers: NDQ_006331

answers: "order of precedence",

text: Previous studies have been conducted in search of current volcanic activity on Venus. These include observing increases in the amount of sulfur dioxide, a gas emitted by volcanoes, in Venus's upper atmosphere as well as observing possible lava flows emitting heat on Venus's surface. While these studies indicate presence of past volcanic activity, none could prove any volcanism occurring in the past 2 million years. In 2008 and 2009 images retrieved by the VEx Venus Monitoring Camera using a near infrared one micron filter indicated several transient bright spots located in Ganis Chasma along the edges of the rift zone. In 2014, these transient bright spots were interpreted by Eugene Shalyin and his colleagues as possible active hotspot volcanism. Shalygin and his team created mosaics of the images of the study area and created maps of relative surface brightness.  They interpreted these bright spots as hot matter at or just above the surface due the result of a process that releases hot matter such as lava or gas (volcanism). If this claim can be substantiated, it would be the first direct evidence of current volcanic activity on Venus.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: sulfur dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: previous studies have been conducted in search of current volcanic activity on Venus

answers: NDQ_006329

answers: relative surface brightness

answers: NDQ_006330

answers: lava flows emitting heat on Venus's surface

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: sulfur dioxide,

answers: NDQ_006324

answers: sulfur dioxide,

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: VEx Venus Monitoring Camera

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: it would be the first direct evidence of current volcanic activity on Venus.

answers: NDQ_006329

answers: relative surface brightness.

answers: NDQ_006330

answers: possible lava flows emitting heat

answers: NDQ_006331

answers: Venus.

text: Programs for characterizing planets outside of the solar system depend largely on spectroscopy to identify atmospheric constituents and states, especially those that point to the presence of life forms or which could support life. However, brightness can be measured for very distant Earth-sized objects that are too faint for spectroscopic analysis. A. Mallama has demonstrated that phase curve analysis may be a useful tool for identifying planets that are Earth-like. Additionally, J. Bailey has pointed out that phase curve anomalies such as the brightness excess of Venus could be useful indicators of atmospheric constituents such as water, which might be essential to life in the universe.

text: Programs for characterizing planets outside of the solar system depend largely on spectroscopy to identify atmospheric constituents and states, especially those that point to the presence of life forms or which could support life. However, brightness can be measured for very distant Earth-sized objects that are too faint for spectroscopic analysis. A. Mallama has demonstrated that phase curve analysis may be a useful tool for identifying planets that are Earth-like. Additionally, J. Bailey has pointed out that phase curve anomalies such as the

text: brightness excess of Venus

text: could be useful indicators of atmospheric constituents such as water, which might be essential to

text: life in the universe

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: J. Bailey has pointed out that phase curve anomalies such as the brightness excess of Venus

answers: NDQ_006329

answers: phase curve anomalies such as the brightness excess

answers: NDQ_006330

answers: J. Bailey has pointed out that phase curve anomalies

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: water,

answers: NDQ_006324

answers: water,

answers: NDQ_006325

answers: distant

answers: NDQ_006326

answers: brightness excess of Venus could be useful indicators of atmospheric constituents such as water,

answers: NDQ_006327

answers: brightness excess of Venus

answers: NDQ_006328

answers: brightness excess of Venus

answers: NDQ_006329

answers: water,

answers: NDQ_006330

answers: brightness excess of Venus could be useful indicators of atmospheric constituents such as water,

answers: NDQ_006331

answers: Venus

text: The first civilization known to have a functional theory of the planets were the Babylonians, who lived in Mesopotamia in the first and second millennia BC. The oldest surviving planetary astronomical text is the Babylonian Venus tablet of Ammisaduqa, a 7th-century BC copy of a list of observations of the motions of the planet Venus, that probably dates as early as the second millennium BC. The MUL.APIN is a pair of cuneiform tablets dating from the 7th century BC that lays out the motions of the Sun, Moon, and planets over the course of the year. The Babylonian astrologers also laid the foundations of what would eventually become Western astrology. The Enuma anu enlil, written during the Neo-Assyrian period in the 7th century BC, comprises a list of omens and their relationships with various celestial phenomena including the motions of the planets. Venus, Mercury, and the outer planets Mars, Jupiter, and Saturn were all identified by Babylonian astronomers. These would remain the only known planets until the invention of the telescope in early modern times.

text: The first civilization known to have a functional theory of the planets were the

text: Babylonia

text: ns, who lived in

text: Mesopotamia

text: in the first and second millennia BC. The oldest surviving planetary astronomical text is the Babylonian

text: Venus tablet of Ammisaduqa

text: , a 7th-century BC copy of a list of observations of the motions of the planet Venus, that probably dates as early as the second millennium BC. The

text: MUL.APIN

text: is a pair of

text: cuneiform

text: tablets dating from the 7th century BC that lays out the motions of the Sun, Moon, and planets over the course of the year. The

text: Babylonian astrologers

text: also laid the foundations of what would eventually become

text: Western astrology

text: . The

text: Enuma anu enlil

text: , written during the

text: Neo-Assyrian

text: period in the 7th century BC, comprises a list of

text: omen

text: s and their relationships with various celestial phenomena including the motions of the planets.

text: Venus

text: Mercury

text: , and the outer planets

text: Mars

text: Jupiter

text: , and

text: Saturn

text: were all identified by

text: Babylonian astronomers

text: . These would remain the only known planets until the invention of the

text: telescope

text: in early modern times.

answers: NDQ_006322

answers: Mercury

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: unanswerable

answers: NDQ_006328

answers: a list of observations of the motions of the planet Venus

answers: NDQ_006329

answers: the motions of the Sun, Moon, and planets over the course of the year

answers: NDQ_006330

answers: The oldest surviving planetary astronomical text is the Babylonian Venus tablet of Ammisaduqa

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mercury,

answers: NDQ_006323

answers: Venus tablet of Ammisaduqa,

answers: NDQ_006324

answers: Venus, that probably dates as early as the second millennium BC.

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: telescope

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: motions of the planet Venus,

answers: NDQ_006329

answers: Venus, that probably dates as early as the second millennium BC.

answers: NDQ_006330

answers: the telescope in early modern times.

answers: NDQ_006331

answers: Venus, Mercury,

text: The carbonate-silicate cycle equilibrium point is shifted on Venus due to surface temperatures above 300 °C , which favor the formation of calcium silicates over weathering. Thus, Venus has a high-density carbon-dioxide atmosphere.

text: The carbonate-silicate cycle equilibrium point is shifted on

text: Venus

text: due to surface temperatures above 300 °C , which favor the formation of calcium silicates over weathering. Thus, Venus has a

text: high-density carbon-dioxide atmosphere

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: calcium silicate

answers: NDQ_006324

answers: carbonate

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus has a high-density carbon-dioxide atmosphere

answers: NDQ_006329

answers: surface temperatures above 300 °C

answers: NDQ_006330

answers: temperatures above 300 °C

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: calcium silicates

answers: NDQ_006324

answers: carbon-dioxide

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: high-density carbon-dioxide atmosphere.

answers: NDQ_006328

answers: The carbonate-silicate cycle equilibrium point is shifted on Venus

answers: NDQ_006329

answers: high-density carbon-dioxide atmosphere.

answers: NDQ_006330

answers: surface temperatures above 300 °C,

answers: NDQ_006331

answers: Venus due to surface temperatures above 300 °C,

text: An unmanned probe returning from Venus crashes in the African desert; a Venusian spore on board thrives in its new environment; a grey mould quickly spreading and killing all it touches.  An urgent manned mission to Venus is launched from Lunaville, the now permanent Moon base.  Chris Godfrey, Morrey Kant, Serge Smyslov, Tony Hale and Pierre a scientist are sent to try and discover what limits the mould's growth in its natural environment.  The plan is to collect samples from the Venusian atmosphere but in the end a forced landing is required...

text: An unmanned probe returning from

text: Venus

text: crashes in the African desert; a Venusian

text: spore

text: on board thrives in its new environment; a grey

text: mould

text: quickly spreading and killing all it touches.  An urgent manned mission to Venus is launched from Lunaville, the now permanent

text: Moon base

text: .  Chris Godfrey, Morrey Kant, Serge Smyslov, Tony Hale and Pierre a scientist are sent to try and discover what limits the mould's growth in its natural environment.  The plan is to collect samples from the

text: Venusian atmosphere

text: but in the end a forced landing is required...

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: It has extremely high atmospheric pressure

answers: NDQ_006328

answers: volcanic eruptions on venus

answers: NDQ_006329

answers: a large crater

answers: NDQ_006330

answers: a grey mould quickly spreading

answers: NDQ_006331

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venusian

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venusian atmosphere

answers: NDQ_006327

answers: Venusian atmosphere

answers: NDQ_006328

answers: Venusian atmosphere

answers: NDQ_006329

answers: Venusian atmosphere

answers: NDQ_006330

answers: Venusian atmosphere

answers: NDQ_006331

answers: Venus

text: The descent capsule of Venera 4 entered the atmosphere of Venus on October 18, 1967, making it the first probe to return direct measurements from another planet's atmosphere. The capsule measured temperature, pressure, density and performed 11 automatic chemical experiments to analyze the atmosphere. It discovered that the atmosphere of Venus was 95% carbon dioxide (), and in combination with radio occultation data from the Mariner 5 probe, showed that surface pressures were far greater than expected (75 to 100 atmospheres).

text: The descent capsule of

text: Venera 4

text: entered the atmosphere of Venus on October 18, 1967, making it the first probe to return direct measurements from another planet's atmosphere. The capsule measured temperature, pressure, density and performed 11 automatic chemical experiments to analyze the atmosphere. It discovered that the atmosphere of Venus was 95% carbon dioxide (), and in combination with radio occultation data from the

text: Mariner 5

text: probe, showed that surface pressures were far greater than expected (75 to 100 atmospheres).

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: surface pressures were far greater than expected (75 to 100 atmospheres).

answers: NDQ_006329

answers: surface pressures were far greater than expected

answers: NDQ_006330

answers: surface pressures were far greater than expected

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: (75 to 100 atmospheres).

answers: NDQ_006328

answers: surface pressures were far greater than expected

answers: NDQ_006329

answers: surface pressures were far greater than expected (75 to 100 atmospheres).

answers: NDQ_006330

answers: surface pressures were far greater than expected

answers: NDQ_006331

answers: Venus

text: The venue shares the MOTAT 2 (Museum of Transport and Technology - Aviation Section) Carpark, and is located at 190 Meola Road, Point Chevalier. Access is also available from Motions Road, Western Springs, or via the Motat Western Springs Tramway.

text: The venue shares the

text: MOTAT 2 (Museum of Transport and Technology - Aviation Section)

text: Carpark, and is located at 190 Meola Road, Point Chevalier. Access is also available from Motions Road, Western Springs, or via the Motat Western Springs Tramway.

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanism on venus

answers: NDQ_006329

answers: Meola Road, Point Chevalier

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Point Chevalier.

answers: NDQ_006323

answers: Point Chevalier.

answers: NDQ_006324

answers: 190 Meola Road, Point Chevalier.

answers: NDQ_006325

answers: 190 Meola Road, Point Chevalier.

answers: NDQ_006326

answers: Point Chevalier.

answers: NDQ_006327

answers: 190 Meola Road, Point Chevalier.

answers: NDQ_006328

answers: 190 Meola Road, Point Chevalier.

answers: NDQ_006329

answers: Point Chevalier.

answers: NDQ_006330

answers: 190 Meola Road, Point Chevalier.

answers: NDQ_006331

answers: 190 Meola Road, Point Chevalier.

text: Taken together, this evidence suggests that the surface of Venus is geologically young. The impact crater distribution appears to be most consistent with models that call for a near-complete resurfacing of the planet. Subsequent to this period of extreme activity, process rates declined and impact craters began to accumulate, with only minor modification and resurfacing since.

text: Taken together, this evidence suggests that the surface of Venus is geologically young. The impact crater distribution appears to be most consistent with models that call for a near-complete resurfacing of the planet. Subsequent to this period of extreme activity, process rates declined and impact craters began to accumulate, with only minor modification and resurfacing since.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: This period of extreme activity, process rates declined

answers: NDQ_006329

answers: the surface of Venus is geologically young

answers: NDQ_006330

answers: geologically young

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus is geologically young.

answers: NDQ_006324

answers: geologically young.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus is geologically young.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: extreme activity,

answers: NDQ_006329

answers: the surface of Venus is geologically young.

answers: NDQ_006330

answers: geologically young.

answers: NDQ_006331

answers: Venus

text: On Cooper's motion, the court changed the venue of the trial from San Bernardino County to San Diego County. Cooper pleaded guilty to the charge of escape from prison.

text: On Cooper's motion, the court changed the venue of the trial from

text: San Bernardino County

text: to

text: San Diego County

text: . Cooper pleaded guilty to the charge of escape from prison.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is not possible to tell

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: a crater

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: San Diego

answers: NDQ_006323

answers: San Bernardino County to San Diego County.

answers: NDQ_006324

answers: San Bernardino County to San Diego County.

answers: NDQ_006325

answers: San Bernardino County to San Diego County.

answers: NDQ_006326

answers: San Bernardino County to San Diego County.

answers: NDQ_006327

answers: San Bernardino County to San Diego County.

answers: NDQ_006328

answers: San Bernardino County to San Diego County.

answers: NDQ_006329

answers: San Bernardino County to San Diego County.

answers: NDQ_006330

answers: San Bernardino County to San Diego County.

answers: NDQ_006331

answers: San Bernardino County to San Diego County.

text: André Perry gained fame as a recording engineer working for John Lennon, and in 1974 was looking to expand his studio, a four-track studio venue in Montreal. He moved to Morin Heights, where he owned a lake, and built his studio there, with his wife Yaël Brandeis. The idea was to give recording artists a venue where they could record and live in a creative atmosphere, near the Laurentian Mountains: The Bee Gees, who recorded Children of the World (1976) at Le Studio, stayed for five months. Initially it had a guesthouse, a half an hour away, but it was burned down accidentally by Roy Thomas Baker and Ian Hunter, according to studio designer and engineer Nick Blagona. Later, a house across the lake was acquired and expanded. By the early 1980s it had acquired a reputation as a premium North American recording venue, after Rush, David Bowie, and April Wine had recorded albums there.

text: André Perry gained fame as a recording engineer working for

text: John Lennon

text: , and in 1974 was looking to expand his studio, a four-track studio venue in

text: Montreal

text: . He moved to

text: Morin Heights

text: , where he owned a lake, and built his studio there, with his wife Yaël Brandeis. The idea was to give recording artists a venue where they could record and live in a creative atmosphere, near the

text: Laurentian Mountains

text: The Bee Gees

text: , who recorded

text: Children of the World

text: (1976) at Le Studio, stayed for five months. Initially it had a guesthouse, a half an hour away, but it was burned down accidentally by

text: Roy Thomas Baker

text: and

text: Ian Hunter

text: , according to studio designer and engineer Nick Blagona. Later, a house across the lake was acquired and expanded. By the early 1980s it had acquired a reputation as a premium North American recording venue, after

text: Rush

text: David Bowie

text: , and

text: April Wine

text: had recorded albums there.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: Laurentian Mountains

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: Laurentian Mountains

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Laurentian Mountains:

answers: NDQ_006323

answers: Laurentian Mountains:

answers: NDQ_006324

answers: Laurentian Mountains:

answers: NDQ_006325

answers: Laurentian Mountains:

answers: NDQ_006326

answers: near the Laurentian Mountains:

answers: NDQ_006327

answers: Laurentian Mountains:

answers: NDQ_006328

answers: Laurentian Mountains:

answers: NDQ_006329

answers: Laurentian Mountains:

answers: NDQ_006330

answers: Laurentian Mountains:

answers: NDQ_006331

answers: John Lennon,

text: Atmospheric icing occurs when water droplets in the atmosphere freeze on objects they contact.  This can be extremely dangerous to aircraft, as the built-up ice changes the aerodynamics of the flight surfaces, which can increase the risk of a subsequent stalling of the airfoil. For this reason, ice protection systems are often considered critical components of flight, and aircraft are often deiced prior to take-off in icy environments.

text: Atmospheric icing occurs when

text: water

text: droplets

text: in the

text: atmosphere

text: freeze

text: on objects they contact.  This can be extremely dangerous to

text: aircraft

text: , as the built-up

text: ice

text: changes the

text: aerodynamics

text: of the flight surfaces, which can increase the risk of a subsequent

text: stalling

text: of the

text: airfoil

text: . For this reason,

text: ice protection system

text: s are often considered critical components of flight, and aircraft are often

text: deiced

text: prior to take-off in icy environments.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: icy environments

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Atmospheric icing

answers: NDQ_006323

answers: water droplets

answers: NDQ_006324

answers: water droplets

answers: NDQ_006325

answers: Atmospheric icing

answers: NDQ_006326

answers: Atmospheric icing

answers: NDQ_006327

answers: Atmospheric icing

answers: NDQ_006328

answers: Atmospheric icing

answers: NDQ_006329

answers: Atmospheric icing

answers: NDQ_006330

answers: Atmospheric icing

answers: NDQ_006331

answers: Atmospheric icing

text: The venue opened as the Lakewood Amphitheatre in 1989. At some point, it became the Coca-Cola Lakewood Amphitheatre and retained that name until 2000, when the name was changed back to Lakewood Amphitheatre. In 2001, the venue became known as HiFi Buys Amphitheatre. As of the 2008 season, the venue was once again known as Lakewood Amphitheatre, due to HiFi Buys filling for bankruptcy.  The facility utilized a logo similar to the one used before the name-change to HiFi Buys Amphitheatre. In May 2009, a naming-rights agreement was formed with Aaron's, and the venue was called Aaron's Amphitheatre at Lakewood. In January 2016 the venue went back to its classic name of Lakewood Amphitheatre.

text: The venue opened as the Lakewood Amphitheatre in 1989. At some point, it became the Coca-Cola Lakewood Amphitheatre and retained that name until 2000, when the name was changed back to Lakewood Amphitheatre. In 2001, the venue became known as HiFi Buys Amphitheatre. As of the 2008 season, the venue was once again known as Lakewood Amphitheatre, due to HiFi Buys filling for bankruptcy.  The facility utilized a logo similar to the one used before the name-change to HiFi Buys Amphitheatre. In May 2009, a naming-rights agreement was formed with

text: Aaron's

text: , and the venue was called Aaron's Amphitheatre at Lakewood. In January 2016 the venue went back to its classic name of Lakewood Amphitheatre.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: Lakewood Amphitheatre

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Aaron's,

answers: NDQ_006323

answers: Coca-Cola

answers: NDQ_006324

answers: Coca-Cola Lakewood Amphitheatre

answers: NDQ_006325

answers: Coca-Cola Lakewood Amphitheatre

answers: NDQ_006326

answers: Coca-Cola Lakewood Amphitheatre

answers: NDQ_006327

answers: Lakewood Amphitheatre

answers: NDQ_006328

answers: Coca-Cola Lakewood Amphitheatre

answers: NDQ_006329

answers: Coca-Cola Lakewood Amphitheatre

answers: NDQ_006330

answers: Coca-Cola Lakewood Amphitheatre

answers: NDQ_006331

answers: Coca-Cola Lakewood Amphitheatre

text: William Ockham gives a good concept of motion for many people in the Middle Ages. There is an issue with the vocabulary behind motion which makes people think that there is a correlation between nouns and the qualities that make nouns. Ockham states that this distinction is what will allow people to understand motion, that motion is a property of mobiles, locations, and forms and that is all that is required to define what motion is. A famous example of this is Occam's razor which simplifies vague statements by cutting them into more descriptive examples. "Every motion derives from an agent." becomes "each thing that is moved, is moved by an agent" this makes motion a more personal quality referring to individual objects that are moved.

text: William Ockham gives a good concept of motion for many people in the Middle Ages. There is an issue with the vocabulary behind motion which makes people think that there is a correlation between nouns and the qualities that make nouns. Ockham states that this distinction is what will allow people to understand motion, that motion is a property of mobiles, locations, and forms and that is all that is required to define what motion is. A famous example of this is

text: Occam's razor

text: which simplifies vague statements by cutting them into more descriptive examples. "Every motion derives from an agent." becomes "each thing that is moved, is moved by an agent" this makes motion a more personal quality referring to individual objects that are moved.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is closer

answers: NDQ_006327

answers: extreme high atmospheric pressure

answers: NDQ_006328

answers: occam's razor

answers: NDQ_006329

answers: motion

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: mercury

answers: NDQ_006322

answers: locations,

answers: NDQ_006323

answers: motion is a property of mobiles, locations, and forms

answers: NDQ_006324

answers: agent."

answers: NDQ_006325

answers: motion is a property of mobiles, locations, and forms

answers: NDQ_006326

answers: motion for many people in the Middle Ages.

answers: NDQ_006327

answers: William Ockham

answers: NDQ_006328

answers: motion for many people in the Middle Ages.

answers: NDQ_006329

answers: motion is a property of mobiles, locations, and forms

answers: NDQ_006330

answers: motion for many people in the Middle Ages.

answers: NDQ_006331

answers: William Ockham

text: Airy's discovery of a new inequality in the motions of Venus and the Earth is in some respects his most remarkable achievement. In correcting the elements of Delambre's solar tables he had been led to suspect an inequality overlooked by their constructor. The cause of this he did not long seek in vain; thirteen times the mean motion of Venus is so nearly equal to eight times that of Earth that the difference amounts to only a small fraction of Earth's mean motion, and from the fact that the term depending on this difference, although very small in itself, receives in the integration of the differential equations a multiplier of about 2,200,000, Airy was led to infer the existence of a sensible inequality extending over 240 years (Phil. Trans. cxxii. 67). The investigation was probably the most laborious that had been made up to Airy's time in planetary theory, and represented the first specific improvement in the solar tables effected in England since the establishment of the theory of gravitation. In recognition of this work the Gold Medal of the Royal Astronomical Society was awarded to him in 1833 (he would win it again in 1846).

text: Airy's discovery of a new inequality in the motions of Venus and the Earth is in some respects his most remarkable achievement. In correcting the elements of

text: Delambre

text: 's

text: solar table

text: s he had been led to suspect an inequality overlooked by their constructor. The cause of this he did not long seek in vain; thirteen times the mean motion of Venus is so nearly equal to eight times that of Earth that the difference amounts to only a small fraction of Earth's mean motion, and from the fact that the term depending on this difference, although very small in itself, receives in the integration of the

text: differential equation

text: s a multiplier of about 2,200,000, Airy was led to infer the existence of a sensible inequality extending over 240 years (Phil. Trans. cxxii. 67). The investigation was probably the most laborious that had been made up to Airy's time in

text: planet

text: ary theory, and represented the first specific improvement in the solar tables effected in England since the establishment of the theory of

text: gravitation

text: . In recognition of this work the

text: Gold Medal of the Royal Astronomical Society

text: was awarded to him in 1833 (he would win it again in 1846).

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: eight times

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Airy's discovery of a new inequality in the motions of Venus

answers: NDQ_006329

answers: thirteen times the mean motion of Venus

answers: NDQ_006330

answers: thirteen times the mean motion of Venus

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: 1833

answers: NDQ_006324

answers: 67).

answers: NDQ_006325

answers: thirteen times the mean motion of Venus is so nearly equal to eight times

answers: NDQ_006326

answers: Venus is so nearly equal to eight times that of Earth

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: thirteen times the mean motion of Venus

answers: NDQ_006329

answers: thirteen times the mean motion of Venus

answers: NDQ_006330

answers: thirteen times the mean motion of Venus

answers: NDQ_006331

answers: Venus

text: The album is split into two-halves: the first half is mostly electronic dance punk, while the second half features Vaudevillian piano, strings, and accordion. The band grew tired of writing only with drum machines and keyboards and, inspired by film scores (specifically the works of Danny Elfman and Jon Brion) decided to write a completely different half. "By the end of that, we were completely exhausted," said Ross of the studio sessions. After its completion, "we had two weeks to come home and learn how to be a band," Ross said. The group played its first live show during the summer of 2005 at local Las Vegas music venue The Alley on West Charleston. Afterwards, the band toured nationally on the Nintendo Fusion Tour with mentors Fall Out Boy, as well as Motion City Soundtrack, the Starting Line, and Boys Night Out for the rest of 2005.

text: The album is split into two-halves: the first half is mostly electronic dance punk, while the second half features Vaudevillian piano, strings, and accordion. The band grew tired of writing only with drum machines and keyboards and, inspired by film scores (specifically the works of Danny Elfman and Jon Brion) decided to write a completely different half. "By the end of that, we were completely exhausted," said Ross of the studio sessions. After its completion, "we had two weeks to come home and learn how to be a band," Ross said. The group played its first live show during the summer of 2005 at local Las Vegas music venue The Alley on West Charleston. Afterwards, the band toured nationally on the

text: Nintendo Fusion Tour

text: with mentors Fall Out Boy, as well as

text: Motion City Soundtrack

text: the Starting Line

text: , and

text: Boys Night Out

text: for the rest of 2005.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Las Vegas

answers: NDQ_006323

answers: electronic dance punk,

answers: NDQ_006324

answers: electronic dance punk,

answers: NDQ_006325

answers: electronic dance punk,

answers: NDQ_006326

answers: Nintendo Fusion Tour with mentors Fall Out Boy,

answers: NDQ_006327

answers: Nintendo Fusion Tour with mentors Fall Out Boy,

answers: NDQ_006328

answers: Vaudevillian piano,

answers: NDQ_006329

answers: electronic dance punk,

answers: NDQ_006330

answers: electronic dance punk,

answers: NDQ_006331

answers: electronic dance punk,

text: Rio de Janeiro's competition venues meet the International Federation's (IFs) technical requirements and both IOC and IPC standards, and align with the City Master Plan and legacy strategy. Most venues are already operational, recently developed or renovated. According to the Rio de Janeiro 2016 bid committee, there are ten (29%) existing venues with no permanent works required and eight (24%) venues requiring reforms, while nine (26%) new permanent venues and seven (21%) temporary venues will be built. In total there will be 34 competition venues alongside 29 training venues, as part of the training venues strategy. The most significant legacy project from the bid is the Olympic Training Center (OTC) program and facilities with its headquarters located in Barra zone. Furthermore, the Rio de Janeiro 2016 bid committee recognized the possibility of new sports being added to the Olympic Program and, following detailed analysis for each of the seven potential sports—baseball, golf, karate, roller sports, rugby, softball and squash—confirmed its capability to accommodate any of them in respect to venues, transport and other operational or logistical aspects. In addition, Rio de Janeiro and the four proposed cities to hold football (soccer) competitions—Brasília, Belo Horizonte, Salvador and São Paulo—were chosen to host the 2014 FIFA World Cup.

text: Rio de Janeiro's competition venues meet the

entity_name: List of international sports federations

text: International Federation

text: 's (IFs) technical requirements and both IOC and IPC standards, and align with the City Master Plan and legacy strategy. Most venues are already operational, recently developed or renovated. According to the Rio de Janeiro 2016 bid committee, there are ten (29%) existing venues with no permanent works required and eight (24%) venues requiring reforms, while nine (26%) new permanent venues and seven (21%) temporary venues will be built. In total there will be 34 competition venues alongside 29 training venues, as part of the training venues strategy. The most significant legacy project from the bid is the

entity_name: Olympic Training Center (Rio de Janeiro)

text: Olympic Training Center

text: (OTC) program and facilities with its headquarters located in Barra zone. Furthermore, the Rio de Janeiro 2016 bid committee recognized the possibility of new sports being added to the

text: Olympic Program

text: and, following detailed analysis for each of the seven potential sports—

text: baseball

text: golf

text: karate

text: roller sports

text: rugby

text: softball

text: and

text: squash

text: —confirmed its capability to accommodate any of them in respect to venues, transport and other operational or logistical aspects. In addition, Rio de Janeiro and the four proposed cities to hold football (soccer) competitions—

text: Brasília

text: Belo Horizonte

text: Salvador

text: and São Paulo—were chosen to host the 2014 FIFA World Cup.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: Rio de Janeiro

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Rio de Janeiro's

answers: NDQ_006323

answers: Rio de Janeiro's

answers: NDQ_006324

answers: Rio de Janeiro's

answers: NDQ_006325

answers: Rio de Janeiro's

answers: NDQ_006326

answers: Rio de Janeiro

answers: NDQ_006327

answers: Rio de Janeiro's

answers: NDQ_006328

answers: 2014 FIFA World Cup.

answers: NDQ_006329

answers: Barra zone.

answers: NDQ_006330

answers: the possibility of new sports being added to the Olympic Program

answers: NDQ_006331

answers: Rio de Janeiro's

text: Earth was initially molten due to extreme volcanism and frequent collisions with other bodies. Eventually, the outer layer of the planet cooled to form a solid crust when water began accumulating in the atmosphere. The Moon formed soon afterwards, possibly as a result of the impact of a large planetoid with the Earth. Some of this object's mass merged with the Earth, significantly altering its internal composition, and a portion was ejected into space. Some of the material survived to form an orbiting moon. More recent potassium isotopic studies suggest that the Moon was formed by a smaller, high-energy, high-angular-momentum giant impact cleaving off a significant portion of the Earth. Outgassing and volcanic activity produced the primordial atmosphere. Condensing water vapor, augmented by ice delivered from comets, produced the oceans.

text: Earth

text: was initially molten due to extreme

text: volcanism

text: and frequent collisions with other bodies. Eventually, the outer layer of the planet cooled to form a solid

text: crust

text: when water began accumulating in the atmosphere. The

text: Moon

text: formed soon afterwards, possibly as a result of the

text: impact

text: of a large planetoid with the Earth. Some of this object's mass merged with the Earth, significantly altering its internal composition, and a portion was ejected into space. Some of the material survived to form an orbiting moon. More recent potassium isotopic studies suggest that the Moon was formed by a smaller, high-energy, high-angular-momentum giant impact cleaving off a significant portion of the Earth. Outgassing and

text: volcanic

text: activity produced the primordial atmosphere. Condensing

text: water vapor

text: , augmented by ice delivered from

text: comet

text: s,

text: produced the oceans

answers: NDQ_006322

answers: comets

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Earth was initially molten

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: The Moon

answers: NDQ_006323

answers: ice

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: high-angular-momentum

answers: NDQ_006326

answers: orbiting moon.

answers: NDQ_006327

answers: Earth was initially molten due to extreme volcanism

answers: NDQ_006328

answers: Earth was initially molten due to extreme volcanism

answers: NDQ_006329

answers: Earth was initially molten due to extreme volcanism

answers: NDQ_006330

answers: Earth was initially molten due to extreme volcanism

answers: NDQ_006331

answers: Earth was initially molten due to extreme volcanism

text: Japan's planetary missions have so far been limited to the inner Solar System, and emphasis has been put on magnetospheric and atmospheric research. The Mars explorer Nozomi (PLANET-B), which ISAS launched prior to the merger of the three aerospace institutes, became one of the earliest difficulties the newly formed JAXA faced. Nozomi ultimately passed 1,000 km from the surface of Mars. On 20 May 2010, the Venus Climate Orbiter Akatsuki (PLANET-C) and IKAROS solar sail demonstrator was launched by a H-2A launch vehicle. On 7 December 2010, Akatsuki was unable to complete its Venus orbit insertion maneuver. Akatsuki finally entered Venus orbit in 7 December 2015, making it the first Japanese spacecraft to orbit another planet, sixteen years after the originally planned orbital insertion of Nozomi. One of Akatsuki's main goal is to uncover the mechanism behind Venus atmosphere's super-rotation, a phenomenon in which the cloud top winds in the toposphere circulates around the planet faster than the speed that Venus itself rotates. A thorough explanation for this phenomenon has yet been found.

text: Japan's planetary missions have so far been limited to the

text: inner Solar System

text: , and emphasis has been put on magnetospheric and atmospheric research. The

text: Mars

text: explorer

text: Nozomi

text: (PLANET-B), which ISAS launched prior to the merger of the three aerospace institutes, became one of the earliest difficulties the newly formed JAXA faced. Nozomi ultimately passed 1,000 km from the surface of Mars. On 20 May 2010, the

text: Venus

text: Climate Orbiter

text: Akatsuki

text: (PLANET-C) and

text: IKAROS

text: solar sail demonstrator was launched by a

text: launch vehicle. On 7 December 2010, Akatsuki was unable to complete its Venus orbit insertion maneuver. Akatsuki finally entered Venus orbit in 7 December 2015, making it the first Japanese spacecraft to orbit another planet, sixteen years after the originally planned orbital insertion of Nozomi. One of Akatsuki's main goal is to uncover the mechanism behind Venus atmosphere's

text: super-rotation

text: , a phenomenon in which the cloud top winds in the toposphere circulates around the planet faster than the speed that Venus itself rotates. A thorough explanation for this phenomenon has yet been found.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: toposphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: One of Akatsuki's main goal is to uncover the mechanism behind Venus atmosphere's super-rotation

answers: NDQ_006329

answers: cloud top winds in the toposphere circulates around the planet faster than the speed that Venus itself rotates

answers: NDQ_006330

answers: A thorough explanation for this phenomenon has yet been found.

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: magnetospheric

answers: NDQ_006324

answers: cloud top winds

answers: NDQ_006325

answers: faster than the speed

answers: NDQ_006326

answers: inner Solar System,

answers: NDQ_006327

answers: Venus atmosphere's super-rotation,

answers: NDQ_006328

answers: Venus atmosphere's super-rotation,

answers: NDQ_006329

answers: cloud top winds

answers: NDQ_006330

answers: Venus itself rotates.

answers: NDQ_006331

answers: Venus

text: Unlike Earth, Venus lacks a magnetic field. Its ionosphere separates the atmosphere from outer space and the solar wind. This ionised layer excludes the solar magnetic field, giving Venus a distinct magnetic environment. This is considered Venus's induced magnetosphere. Lighter gases, including water vapour, are continuously blown away by the solar wind through the induced magnetotail. It is speculated that the atmosphere of Venus up to around 4 billion years ago was more like that of the Earth with liquid water on the surface. A runaway greenhouse effect may have been caused by the evaporation of the surface water and subsequent rise of the levels of other greenhouse gases.

text: Unlike Earth, Venus lacks a magnetic field. Its

text: ionosphere

text: separates the atmosphere from

text: outer space

text: and the

text: solar wind

text: . This ionised layer excludes the

text: solar magnetic field

text: , giving Venus a distinct magnetic environment. This is considered Venus's induced magnetosphere. Lighter gases, including water vapour, are continuously blown away by the solar wind through the induced

text: magnetotail

text: . It is speculated that the atmosphere of Venus up to around 4 billion years ago was more like that of the Earth with liquid water on the surface. A

text: runaway greenhouse effect

text: may have been caused by the evaporation of the surface water and subsequent rise of the levels of other

text: greenhouse gas

text: es.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water vapour

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Lighter gases, including water vapour, are continuously blown away by the solar wind through the induced magnetotail

answers: NDQ_006329

answers: This ionised layer excludes the solar magnetic field, giving Venus a distinct magnetic environment

answers: NDQ_006330

answers: Its ionosphere separates the atmosphere from outer space and the solar wind

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: ionosphere

answers: NDQ_006324

answers: water vapour,

answers: NDQ_006325

answers: Venus lacks a magnetic field.

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus lacks a magnetic field.

answers: NDQ_006328

answers: Venus lacks a magnetic field.

answers: NDQ_006329

answers: Venus lacks a magnetic field.

answers: NDQ_006330

answers: liquid water on the surface.

answers: NDQ_006331

answers: Venus

text: A change of venue is the legal term for moving a trial to a new location. In high-profile matters, a change of venue may occur to move a jury trial away from a location where a fair and impartial jury may not be possible due to widespread publicity about a crime and its defendant(s) to another community in order to obtain jurors who can be more objective in their duties. This change may be to different towns, and across the other sides of states or, in some extremely high-profile federal cases, to other states.

text: A change of venue is the

text: legal term

text: for moving a

text: trial

text: to a new location. In high-profile matters, a change of venue may occur to move a

text: jury trial

text: away from a location where a fair and

entity_name: Sixth Amendment to the United States Constitution

text: impartial jury

text: may not be possible due to widespread

text: publicity

text: about a crime and its

text: defendant

text: (s) to another community in order to obtain

text: juror

text: s who can be more objective in their duties. This change may be to different towns, and across the other sides of states or, in some extremely high-profile

text: federal

text: cases, to other states.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: a change of venue

answers: NDQ_006330

answers: change of venue

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: A change of venue

answers: NDQ_006323

answers: A change of venue

answers: NDQ_006324

answers: A change of venue

answers: NDQ_006325

answers: other sides of states

answers: NDQ_006326

answers: A change of venue

answers: NDQ_006327

answers: A change of venue

answers: NDQ_006328

answers: A change of venue

answers: NDQ_006329

answers: A change of venue

answers: NDQ_006330

answers: A change of venue

answers: NDQ_006331

answers: A change of venue

text: Venus receives about twice the sunlight that Earth does, which is thought to have contributed to its runaway greenhouse effect. Terraforming Venus would probably involve reducing the insolation at Venus's surface to prevent the planet from heating up again.

text: Venus receives about twice the sunlight that Earth does, which is thought to have contributed to its

text: runaway greenhouse effect

text: . Terraforming Venus would probably involve reducing the

text: insolation

text: at Venus's surface to prevent the planet from heating up again.

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: insolation

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: Earth's surface

answers: NDQ_006330

answers: insolation

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus receives about twice the sunlight that Earth

answers: NDQ_006324

answers: sunlight

answers: NDQ_006325

answers: twice

answers: NDQ_006326

answers: Venus receives about twice the sunlight that Earth

answers: NDQ_006327

answers: Venus receives about twice the sunlight that Earth does,

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: Venus receives about twice the sunlight that Earth does,

answers: NDQ_006330

answers: heating up again.

answers: NDQ_006331

answers: Venus

text: A motion is generally proposed by an individual, usually a member of the body, for the consideration of the body as a whole.  With the exception of certain incidental and privileged motions, the person making the motion, known as the mover, must first be recognized by the chairman as being entitled to speak; this process is known as obtaining the floor.

text: A motion is generally proposed by an individual, usually a member of the body, for the consideration of the body as a whole.  With the exception of certain incidental and privileged motions, the person making the motion, known as the mover, must first be recognized by the

text: chairman

text: as being entitled to speak; this process is known as obtaining the floor.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: A motion

answers: NDQ_006323

answers: obtaining the floor.

answers: NDQ_006324

answers: incidental and privileged motions,

answers: NDQ_006325

answers: incidental and privileged motions,

answers: NDQ_006326

answers: With the exception of certain incidental and privileged motions,

answers: NDQ_006327

answers: obtaining the floor.

answers: NDQ_006328

answers: incidental and privileged motions,

answers: NDQ_006329

answers: incidental and privileged motions,

answers: NDQ_006330

answers: With the exception of certain incidental and privileged motions,

answers: NDQ_006331

answers: obtaining the floor.

text: The building was used as the primary location for the short film Sonata in Motion. The venue has held many concerts by Spanish singers, such as Luz Casal or El Cigala.

text: The building was used as the primary location for the short film

text: Sonata in Motion

text: . The venue has held many concerts by Spanish singers, such as

text: Luz Casal

text: or

text: El Cigala

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: Venus is a planet in the solar system.

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Luz Casal

answers: NDQ_006323

answers: Spanish singers,

answers: NDQ_006324

answers: Spanish singers,

answers: NDQ_006325

answers: Spanish singers,

answers: NDQ_006326

answers: Sonata in Motion.

answers: NDQ_006327

answers: Spanish singers,

answers: NDQ_006328

answers: Sonata in Motion.

answers: NDQ_006329

answers: Sonata in Motion.

answers: NDQ_006330

answers: Sonata in Motion.

answers: NDQ_006331

answers: Sonata in Motion.

text: In October 2013, Dell announced the first four new Dell Venue tablets. The Dell Venue 7 and Dell Venue 8 are both Android tablets powered the Intel Clover Trail+ Atom processor. The Dell Venue 8 Pro and Dell Venue 11 Pro are both Windows 8.1 tablets powered by the Intel Bay Trail Atom processor. The number after Venue indicates the screen size.

text: In October 2013, Dell announced the first four new Dell Venue tablets. The Dell Venue 7 and Dell Venue 8 are both Android tablets powered the Intel Clover Trail+ Atom processor. The Dell Venue 8 Pro and Dell Venue 11 Pro are both Windows 8.1 tablets powered by the Intel Bay Trail Atom processor. The number after Venue indicates the screen size.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus is a planet in the solar system.

answers: NDQ_006329

answers: Venus is a planet in the solar system.

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: NDQ_006322

answers: Bay

answers: NDQ_006323

answers: Intel Clover Trail+ Atom processor.

answers: NDQ_006324

answers: Intel Clover Trail+ Atom processor.

answers: NDQ_006325

answers: Android

answers: NDQ_006326

answers: Android tablets powered the Intel Clover Trail+ Atom processor.

answers: NDQ_006327

answers: Android tablets powered the Intel Clover Trail+ Atom processor.

answers: NDQ_006328

answers: In October 2013,

answers: NDQ_006329

answers: 2013,

answers: NDQ_006330

answers: In October 2013,

answers: NDQ_006331

answers: 2013,

text: One example of a transit involves the motion of a planet between a terrestrial observer and the Sun.  This can happen only with inferior planets, namely Mercury and Venus (see transit of Mercury and transit of Venus).  However, as seen from outer planets such as Mars, the Earth itself transits the Sun on occasion.

text: One example of a transit involves the motion of a

text: planet

text: between a

text: terrestrial

text: observer and the

text: Sun

text: .  This can happen only with

text: inferior planets

text: , namely

text: Mercury

text: and

text: Venus

text: (see

text: transit of Mercury

text: and

text: transit of Venus

text: ).  However, as seen from outer planets such as

text: Mars

text: , the

text: Earth itself transits the Sun

text: on occasion.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: transit of Venus

answers: NDQ_006329

answers: transit of Venus

answers: NDQ_006330

answers: transit of Venus

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mercury and Venus

answers: NDQ_006323

answers: Sun.

answers: NDQ_006324

answers: Venus).

answers: NDQ_006325

answers: inferior planets,

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus).

answers: NDQ_006328

answers: This can happen only with inferior planets,

answers: NDQ_006329

answers: transit of Mercury and transit of Venus).

answers: NDQ_006330

answers: Venus).

answers: NDQ_006331

answers: Venus

text: The Babylonians were the first civilization known to possess a functional theory of the planets. The oldest surviving planetary astronomical text is the Babylonian Venus tablet of Ammisaduqa, a 7th-century BC copy of a list of observations of the motions of the planet Venus that probably dates as early as the second millennium BC. The Babylonian astrologers also laid the foundations of what would eventually become Western astrology. The Enuma anu enlil, written during the Neo-Assyrian period in the 7th century BC, comprises a list of omens and their relationships with various celestial phenomena including the motions of the planets.

text: The Babylonians were the first civilization known to possess a functional theory of the planets. The oldest surviving planetary astronomical text is the Babylonian

text: Venus tablet of Ammisaduqa

text: , a 7th-century BC copy of a list of observations of the motions of the planet Venus that probably dates as early as the second millennium BC. The

text: Babylonian astrologers

text: also laid the foundations of what would eventually become

text: Western astrology

text: . The

text: Enuma anu enlil

text: , written during the

text: Neo-Assyrian

text: period in the 7th century BC, comprises a list of

text: omen

text: s and their relationships with various celestial phenomena including the motions of the planets.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: unanswerable

answers: NDQ_006328

answers: a list of observations of the motions of the planet Venus that probably dates as early as the second millennium BC

answers: NDQ_006329

answers: a 7th-century BC copy

answers: NDQ_006330

answers: The oldest surviving planetary astronomical text is the Babylonian Venus tablet

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Babylonian Venus tablet of Ammisaduqa,

answers: NDQ_006324

answers: Babylonian Venus tablet of Ammisaduqa,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: motions

answers: NDQ_006329

answers: Venus that probably dates as early as the second millennium BC.

answers: NDQ_006330

answers: Venus that probably dates as early as the second millennium BC.

answers: NDQ_006331

answers: Venus

text: Motion should not be considered as an abstraction, separated from space and time. It should not be analyzed into abstract ideas such as movement, velocity, and force. Mathematical considerations of spatial and temporal infinitesimals lead to paradoxes. Motion should not be equated with the cause of motion. To say that the quantity of motion is always conserved is to confuse motion itself with the force that causes motion. The force of the cause of motion is conserved. Motion is not an internal, living force in things. It is a lifeless, indifferent effect.

text: Motion should not be considered as an abstraction, separated from

text: space

text: and

text: time

text: . It should not be analyzed into abstract ideas such as movement,

text: velocity

text: , and force. Mathematical considerations of spatial and temporal

text: infinitesimal

text: s lead to

text: paradox

text: es. Motion should not be equated with the cause of motion. To say that the quantity of motion is always conserved is to confuse motion itself with the force that causes motion. The force of the cause of motion is conserved. Motion is not an internal, living force in things. It is a lifeless, indifferent effect.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: space and time

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: NDQ_006322

answers: infinitesimals

answers: NDQ_006323

answers: infinitesimals

answers: NDQ_006324

answers: Motion should not be considered as an abstraction, separated from space and time.

answers: NDQ_006325

answers: space and time.

answers: NDQ_006326

answers: Motion should not be considered as an abstraction, separated from space and time.

answers: NDQ_006327

answers: Motion should not be considered as an abstraction, separated from space and time.

answers: NDQ_006328

answers: Motion should not be considered as an abstraction, separated from space and time.

answers: NDQ_006329

answers: Motion should not be considered as an abstraction, separated from space and time.

answers: NDQ_006330

answers: The force of the cause of motion is conserved.

answers: NDQ_006331

answers: Motion

text: In 1978, the space probe Pioneer Venus 1 went into orbit around Venus for the purpose of making radar observations of the Venusian surface. These observations made possible the creation of the first topographic map of the surface of Venus, and confirmed that a point within Maxwell Montes is the highest point above the average level of the planet's surface.

text: In 1978, the

text: space probe

text: Pioneer Venus 1

text: went into orbit around Venus for the purpose of making radar observations of the Venusian surface. These observations made possible the creation of the first topographic map of the surface of Venus, and confirmed that a point within Maxwell Montes is the highest point above the average level of the planet's surface.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: a point within Maxwell Montes

answers: NDQ_006329

answers: a point within Maxwell Montes is the highest point above the average level

answers: NDQ_006330

answers: made possible the creation of the first topographic map of the surface of Venus

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Maxwell Montes

answers: NDQ_006324

answers: surface.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: orbit around Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: a point within Maxwell Montes

answers: NDQ_006329

answers: a point within Maxwell Montes is the highest point above the average level

answers: NDQ_006330

answers: a point within Maxwell Montes is the highest point above the average level

answers: NDQ_006331

answers: Venus

text: The ground has witnessed 12 ODI centuries until 2016. The first of these was made by the New Zealander Ross Taylor in 2011 against Pakistan at the inaugural ODI at the venue which was a pool match of 2011 ICC Cricket World Cup. Sri Lankan opener Tillakaratne Dilshan scored the highest ODI score at the venue of 144 against Zimbabwe. He bagged five ODI centuries and a single T20I century at the venue, becoming the most successful batsman at the venue with 939 runs at an average of 78.25.

text: The ground has witnessed 12 ODI centuries until 2016. The first of these was made by the New Zealander

text: Ross Taylor

text: in 2011 against Pakistan at the inaugural ODI at the venue which was a pool match of

text: 2011 ICC Cricket World Cup

text: . Sri Lankan opener

text: Tillakaratne Dilshan

text: scored the highest ODI score at the venue of 144 against Zimbabwe. He bagged five ODI centuries and a single T20I century at the venue, becoming the most successful batsman at the venue with 939 runs at an average of 78.25.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Pakistan

answers: NDQ_006323

answers: Pakistan

answers: NDQ_006324

answers: 78.25.

answers: NDQ_006325

answers: 78.25.

answers: NDQ_006326

answers: 12 ODI centuries until 2016.

answers: NDQ_006327

answers: 12 ODI centuries until 2016.

answers: NDQ_006328

answers: 12 ODI centuries until 2016.

answers: NDQ_006329

answers: 12 ODI centuries until 2016.

answers: NDQ_006330

answers: 12 ODI centuries until 2016.

answers: NDQ_006331

answers: 144

text: The Venera 7 ( meaning Venus 7) (manufacturer's designation: 3V (V-70)) was a Soviet  spacecraft, part of the Venera series of probes to Venus. When it landed on the Venusian surface, it became the first spacecraft to land on another planet and first to transmit data from there back to Earth.

text: The Venera 7 ( meaning Venus 7) (manufacturer's designation: 3V (V-70)) was a

text: Soviet

text: spacecraft

text: , part of the

text: Venera

text: series of probes to

text: Venus

text: . When it landed on the Venusian surface, it became the first spacecraft to

entity_name: List of landings on extraterrestrial bodies

text: land on another planet

text: and first to transmit data from there back to

text: Earth

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: The Venera series of probes to Venus

answers: NDQ_006330

answers: when it landed on the Venusian surface

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: 3V (V-70))

answers: NDQ_006324

answers: (V-70))

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: Earth.

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: Venusian surface,

answers: NDQ_006329

answers: Venusian surface,

answers: NDQ_006330

answers: first to transmit data from there back to Earth.

answers: NDQ_006331

answers: Venus.

text: The Maya civilization developed a religious calendar, based in part upon the motions of the planet, and held the motions of Venus to determine the propitious time for events such as war. They also named it Xux Ek

text: The Maya civilization developed a

text: religious calendar

text: , based in part upon the motions of the planet, and held the motions of Venus to determine the propitious time for events such as war. They also named it Xux Ek

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: Xux Ek

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Xux Ek

answers: NDQ_006324

answers: The Maya civilization developed a religious calendar,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: held the motions

answers: NDQ_006329

answers: motions

answers: NDQ_006330

answers: Venus

answers: NDQ_006331

answers: Venus

text: Venera 8 ( meaning Venus 8) (manufacturer's designation: 3V (V-72)) was a probe in the Soviet Venera program for the exploration of Venus and was the first robotic space probe to conduct a successful landing on the surface of Venus.

text: Venera 8 ( meaning Venus 8) (manufacturer's designation: 3V (V-72)) was a

text: probe

text: in the

text: Soviet

text: Venera program

text: for the exploration of

text: Venus

text: and was the first robotic space probe to conduct a successful landing on the surface of Venus.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venera 8 was the first robotic space probe to land on the surface of Venus.

answers: NDQ_006329

answers: Venera 8

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: 3V (V-72))

answers: NDQ_006324

answers: (V-72))

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: Venera 8

answers: NDQ_006330

answers: first robotic space probe to conduct a successful landing on the surface of Venus.

answers: NDQ_006331

answers: Venus

text: 1761 Atmosphere of Venus

text: Atmosphere of Venus

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: in the solar system

answers: NDQ_006327

answers: smog

answers: NDQ_006328

answers: 1761 Atmosphere of Venus

answers: NDQ_006329

answers: 1761 Atmosphere

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: 1761

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: 1761 Atmosphere of Venus

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: 1761 Atmosphere of Venus

answers: NDQ_006327

answers: 1761 Atmosphere of Venus

answers: NDQ_006328

answers: 1761 Atmosphere of Venus

answers: NDQ_006329

answers: 1761 Atmosphere of Venus

answers: NDQ_006330

answers: Venus

answers: NDQ_006331

answers: Venus

text: Venus has many craters and canyons on its surface. The troughs on the planet are part of a system of canyons that is more than 6 400 km long.

text: Venus

text: has many craters and canyons on its surface. The troughs on the planet are part of a system of canyons that is more than 6 400 km long.

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: craters

answers: NDQ_006330

answers: has many craters

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: Venus has many craters and canyons

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus has many craters and canyons on its surface.

answers: NDQ_006328

answers: Venus has many craters and canyons

answers: NDQ_006329

answers: Venus has many craters and canyons

answers: NDQ_006330

answers: Venus has many craters and canyons on its surface.

answers: NDQ_006331

answers: Venus

text: For the Summer Olympics, there are 79 venues starting with the letter 'S'. This is the most among all venues alphabetically.

text: For the

text: Summer Olympics

text: , there are 79

text: venues

text: starting with the letter 'S'. This is the most among all venues alphabetically.

answers: NDQ_006322

answers: sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is very close

answers: NDQ_006327

answers: unanswerable

answers: NDQ_006328

answers: NDQ_006329

answers: craters

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: NDQ_006322

answers: 'S'.

answers: NDQ_006323

answers: 'S'.

answers: NDQ_006324

answers: 79 venues starting with the letter 'S'.

answers: NDQ_006325

answers: 79 venues starting with the letter 'S'.

answers: NDQ_006326

answers: 79

answers: NDQ_006327

answers: 79

answers: NDQ_006328

answers: 79 venues starting with the letter 'S'.

answers: NDQ_006329

answers: 79 venues starting with the letter 'S'.

answers: NDQ_006330

answers: 79

answers: NDQ_006331

answers: 79 venues starting with the letter 'S'.

text: Volcanoes with a felsic melt composition produce extremely explosive eruptions that can inject massive quantities of dust and aerosols high into the atmosphere. These particulate emissions are potent climate forcing agents, and can provoke a wide variety of responses including warming, cooling, and rainwater acidification. The climatic response depends on the altitude of the dust cloud as well as the size and composition of the dust. Some volcanic silicates cooled extremely quickly, created a glassy texture; their dark color and reflective nature absorb some radiation and reflect the rest. Such volcanic material injected into the stratosphere blocks solar radiation, heating that layer of the atmosphere and cooling the area beneath it.  Wind patterns can distribute the dust over vast geographic regions; for example, the 1815 eruption of Tambora in Indonesia produced so much dust that a cooling of 1 degree Celsius was noted as far away as New England, and lasted for several months. Europeans and Americans called its effect “the year without a summer”.

text: Volcanoes with a felsic melt composition produce extremely explosive eruptions that can inject massive quantities of dust and aerosols high into the atmosphere. These particulate emissions are potent climate forcing agents, and can provoke a wide variety of responses including warming, cooling, and rainwater acidification. The climatic response depends on the altitude of the dust cloud as well as the size and composition of the dust. Some volcanic silicates cooled extremely quickly, created a glassy texture; their dark color and reflective nature absorb some radiation and reflect the rest. Such volcanic material injected into the stratosphere blocks solar radiation, heating that layer of the atmosphere and cooling the area beneath it.  Wind patterns can distribute the dust over vast geographic regions; for example, the 1815 eruption of Tambora in Indonesia produced so much dust that a cooling of 1 degree Celsius was noted as far away as New England, and lasted for several months. Europeans and Americans called its effect “the year without a summer”.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: silicates

answers: NDQ_006324

answers: dust

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanoes with a felsic melt composition

answers: NDQ_006329

answers: dust

answers: NDQ_006330

answers: volcanic silicates cooled extremely quickly

answers: NDQ_006331

answers: NDQ_006322

answers: Indonesia

answers: NDQ_006323

answers: felsic melt

answers: NDQ_006324

answers: dust

answers: NDQ_006325

answers: Volcanoes

answers: NDQ_006326

answers: New England,

answers: NDQ_006327

answers: Volcanoes

answers: NDQ_006328

answers: Volcanoes

answers: NDQ_006329

answers: New England,

answers: NDQ_006330

answers: solar radiation,

answers: NDQ_006331

answers: Volcanoes

text: In parliamentary procedure, a motion is a proposal to do something. The wording of such a proposal could be changed using the motion to amend. Amendments can remove words, add words, or change words in motions. All main motion

text: In

text: parliamentary procedure

text: , a

text: motion

text: is a proposal to do something. The wording of such a proposal could be changed using the

text: motion to amend

text: . Amendments can remove words, add words, or change words in motions. All

text: main motion

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: scientists could learn a lot about the surface of venus through telescopes

answers: NDQ_006327

answers: amendment: venus has extremely high atmospheric pressure and an intense greenhouse effect.

answers: NDQ_006328

answers: to amend

answers: NDQ_006329

answers: no

answers: NDQ_006330

answers: scientists know that venus surface

answers: NDQ_006331

answers: is the 2nd hottest planet in the solar system, after mercury

answers: NDQ_006322

answers: motion to amend.

answers: NDQ_006323

answers: motion to amend.

answers: NDQ_006324

answers: motion to amend.

answers: NDQ_006325

answers: motion to amend.

answers: NDQ_006326

answers: motion to amend.

answers: NDQ_006327

answers: motion to amend.

answers: NDQ_006328

answers: motion to amend.

answers: NDQ_006329

answers: motion to amend.

answers: NDQ_006330

answers: motion to amend.

answers: NDQ_006331

answers: motion to amend.

text: In the 2000s, jazz clubs may be found in the basements of larger residential buildings, in storefront locations or in the upper floors of retail businesses. They can be rather small compared to other music venues, such as rock music clubs, reflecting the intimate atmosphere of jazz shows and long-term decline in popular interest in jazz. Despite being called "clubs", these venues are usually not exclusive. Some clubs, however, have a cover charge if a live band is playing. Some jazz clubs host "jam sessions" after hours or on early evenings of the week. At jam sessions, both professional musicians and advanced amateurs will typically share the stage.

text: In the 2000s, jazz clubs may be found in the

text: basement

text: s of larger

text: residential buildings

text: , in

text: storefront

text: locations or in the upper floors of retail businesses. They can be rather small compared to other music venues, such as

text: rock music

text: clubs, reflecting the intimate atmosphere of jazz shows and long-term decline in popular interest in jazz. Despite being called "

text: clubs

text: ", these venues are usually not exclusive. Some clubs, however, have a

text: cover charge

text: if a live band is playing. Some jazz clubs host "

text: jam session

text: s" after hours or on early evenings of the week. At jam sessions, both professional musicians and advanced amateurs will typically share the stage.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: jazz clubs

answers: NDQ_006323

answers: jazz clubs may be found in the basements of larger residential buildings,

answers: NDQ_006324

answers: jazz clubs may be found in the basements of larger residential buildings,

answers: NDQ_006325

answers: jazz clubs may be found in the basements of larger residential buildings,

answers: NDQ_006326

answers: jazz clubs may be found in the basements of larger residential buildings,

answers: NDQ_006327

answers: jazz clubs may be found in the basements of larger residential buildings,

answers: NDQ_006328

answers: jazz clubs

answers: NDQ_006329

answers: jazz clubs

answers: NDQ_006330

answers: jazz clubs may be found in the basements of larger residential buildings,

answers: NDQ_006331

answers: jazz clubs may be found in the basements of larger residential buildings,

text: The late women's match was between the Williams sisters, Venus and Serena, both of whom had won the Open title twice previously. Serena prevailed in two sets, 7–6(6), 7–6(7), but not without considerable difficulty. Venus took the initiative in the opening stages, breaking to lead 3–1, and had the advantage of serving for two sets points at 5–3, 40–15. However, Serena launched a comeback, and won the first set on a tiebreak score of 8–6. In a second set that mirrored the first in many ways, Venus broke at 3–2 up, and again served for the set at 5–3; Venus used an array of attacking shots, regularly approaching the net and playing a number of cross-court forehands. Venus then led Serena for a large portion of the second set tiebreak, but squandered eight sets points; Serena, meanwhile, won on her first match point to secure the tiebreak 9–7. Serena commented afterwards that the siblings were "definitely playing the best [tennis of the tournament] so far." Sixth seed Dinara Safina filled the other semifinal spot, defeating sixteenth seed Flavia Pennetta 6–2, 6–3. Safina, who had reached the final stage of six of her previous seven tournaments, said that she hoped to emulate her brother Marat, who won his maiden Grand Slam tournament at Flushing Meadows in 2000.

text: The late women's match was between the Williams sisters,

text: Venus

text: and

text: Serena

text: , both of whom had won the Open title twice previously. Serena prevailed in two sets, 7–6(6), 7–6(7), but not without considerable difficulty. Venus took the initiative in the opening stages, breaking to lead 3–1, and had the advantage of serving for two sets points at 5–3, 40–15. However, Serena launched a comeback, and won the first set on a tiebreak score of 8–6. In a second set that mirrored the first in many ways, Venus broke at 3–2 up, and again served for the set at 5–3; Venus used an array of attacking shots, regularly approaching the net and playing a number of cross-court forehands. Venus then led Serena for a large portion of the second set tiebreak, but squandered eight sets points; Serena, meanwhile, won on her first match point to secure the tiebreak 9–7. Serena commented afterwards that the siblings were "definitely playing the best [tennis of the tournament] so far." Sixth seed

text: Dinara Safina

text: filled the other semifinal spot, defeating sixteenth seed

text: Flavia Pennetta

text: 6–2, 6–3. Safina, who had reached the final stage of six of her previous seven tournaments, said that she hoped to emulate her brother

text: Marat

text: , who won his

text: maiden Grand Slam tournament

text: at Flushing Meadows in 2000.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus took the initiative

answers: NDQ_006329

answers: Venus used an array of attacking shots, regularly approaching the net

answers: NDQ_006330

answers: Venus used an array of attacking shots

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus and Serena,

answers: NDQ_006324

answers: Venus used an array of attacking shots,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus used an array of attacking shots,

answers: NDQ_006329

answers: cross-court forehands.

answers: NDQ_006330

answers: cross-court forehands.

answers: NDQ_006331

answers: Venus

text: Ganis Chasma is a group of rift zones on the surface of the planet Venus. Bright spots detected by the Venus Monitoring Camera on the European Space Agency's Venus Express in the area suggest that there may be active volcanism on Venus.

text: Ganis Chasma is a group of rift zones on the surface of the planet

text: Venus

text: . Bright spots detected by the Venus Monitoring Camera on the

text: European Space Agency

text: 's

text: Venus Express

text: in the area suggest that there may be active volcanism on

text: Venus

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: It's impossible to say

answers: NDQ_006328

answers: active volcanism

answers: NDQ_006329

answers: rift zones

answers: NDQ_006330

answers: yes

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: Venus.

answers: NDQ_006324

answers: volcanism

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: Venus Express

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: there may be active volcanism

answers: NDQ_006329

answers: Ganis Chasma is a group of rift zones

answers: NDQ_006330

answers: Ganis Chasma is a group of rift zones

answers: NDQ_006331

answers: Venus.

text: Theoretical models predict that volatile compounds such as water and carbon dioxide, if present, might evaporate in the scorching heat of the sunward side, migrate to the cooler night side, and condense to form ice caps. Over time, the entire atmosphere might freeze into ice caps on the night side of the planet. However, it remains unknown if water and/or carbon dioxide are even present on the surface of Gliese 581c. Alternatively, an atmosphere large enough to be stable would circulate the heat more evenly, allowing for a wider habitable area on the surface. For example, although Venus has a small axial inclination, very little sunlight reaches the surface at the poles. A slow rotation rate approximately 117 times slower than Earth's produces prolonged days and nights. Despite the uneven distribution of sunlight cast on Venus at any given time, polar areas and the night side of Venus are kept almost as hot as on the day side by globally circulating winds.

text: Theoretical models predict that volatile

text: compounds

text: such as

text: water

text: and

text: carbon dioxide

text: , if present, might evaporate in the scorching heat of the sunward side, migrate to the cooler night side, and condense to form

text: ice cap

text: s. Over time, the entire atmosphere might freeze into ice caps on the night side of the planet. However, it remains unknown if water and/or carbon dioxide are even present on the surface of Gliese 581c. Alternatively, an atmosphere large enough to be stable would circulate the heat more evenly, allowing for a wider habitable area on the surface. For example, although

text: Venus

text: has a small axial inclination, very little sunlight reaches the surface at the poles. A slow rotation rate approximately 117 times slower than Earth's produces prolonged days and nights. Despite the uneven distribution of sunlight cast on Venus at any given time, polar areas and the night side of Venus are kept almost as hot as on the day side by globally circulating winds.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water and carbon dioxide

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus has a small axial inclination

answers: NDQ_006329

answers: very little sunlight reaches the surface at the poles

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: water and carbon dioxide,

answers: NDQ_006324

answers: water and carbon dioxide,

answers: NDQ_006325

answers: 117 times slower

answers: NDQ_006326

answers: Earth's

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: slow rotation rate

answers: NDQ_006329

answers: very little sunlight reaches the surface at the poles.

answers: NDQ_006330

answers: very little sunlight reaches the surface at the poles.

answers: NDQ_006331

answers: Venus

text: Compared to Mercury, the Moon and other such bodies, Venus has very few craters. In part, this is because Venus's dense atmosphere burns up smaller meteorites before they hit the surface. The Venera and Magellan data are in agreement: there are very few impact craters with a diameter less than , and data from Magellan show an absence of any craters less than  in diameter. The small craters are irregular and appear in groups, thus pointing to the deceleration and the breakup of impactors. However, there are also fewer of the large craters, and those appear relatively young; they are rarely filled with lava, showing that they were formed after volcanic activity in the area ceased, and radar data indicates that they are rough and have not had time to be eroded down.

text: Compared to

text: Mercury

text: , the

text: Moon

text: and other such bodies, Venus has very few craters. In part, this is because Venus's dense atmosphere burns up smaller

text: meteor

text: ites before they hit the surface. The Venera and Magellan data are in agreement: there are very few impact craters with a diameter less than , and data from Magellan show an absence of any craters less than  in diameter. The small craters are irregular and appear in groups, thus pointing to the deceleration and the breakup of impactors. However, there are also fewer of the large craters, and those appear relatively young; they are rarely filled with lava, showing that they were formed after volcanic activity in the area ceased, and radar data indicates that they are rough and have not had time to be eroded down.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: lava

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: lava, showing that they were formed after volcanic activity in the area ceased

answers: NDQ_006329

answers: fewer of the large craters

answers: NDQ_006330

answers: has very few craters

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: lava,

answers: NDQ_006324

answers: smaller meteorites

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus's dense atmosphere burns up smaller meteorites

answers: NDQ_006328

answers: volcanic activity in the area ceased,

answers: NDQ_006329

answers: very few craters.

answers: NDQ_006330

answers: very few craters.

answers: NDQ_006331

answers: Venus

text: There are some properties that make certain compounds and elements much more favorable than others as solvents in a successful biosphere. The solvent must be able to exist in liquid equilibrium over a range of temperatures the planetary object would normally encounter. Because boiling points vary with the pressure, the question tends not to be does the prospective solvent remain liquid, but at what pressure. For example, hydrogen cyanide has a narrow liquid phase temperature range at 1 atmosphere, but in an atmosphere with the pressure of Venus, with  of pressure, it can indeed exist in liquid form over a wide temperature range.

text: There are some properties that make certain compounds and elements much more favorable than others as solvents in a successful biosphere. The solvent must be able to exist in liquid equilibrium over a range of temperatures the planetary object would normally encounter. Because boiling points vary with the pressure, the question tends not to be does the prospective solvent remain liquid, but at what pressure. For example,

text: hydrogen cyanide

text: has a narrow liquid phase temperature range at 1 atmosphere, but in an atmosphere with the pressure of

text: Venus

text: , with  of pressure, it can indeed exist in liquid form over a wide temperature range.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: hydrogen cyanide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: volcanic eruptions on venus

answers: NDQ_006329

answers: hydrogen cyanide

answers: NDQ_006330

answers: hydrogen cyanide

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: hydrogen cyanide

answers: NDQ_006324

answers: hydrogen cyanide

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: pressure of Venus,

answers: NDQ_006329

answers: pressure of Venus,

answers: NDQ_006330

answers: pressure of Venus,

answers: NDQ_006331

answers: Venus,

text: The Venus of Urbino is a 1538 oil painting by the Italian master Titian. It depicts a nude young woman, identified with the goddess Venus, reclining on a couch or bed in the sumptuous surroundings of a Renaissance palace. It hangs in the Galleria degli Uffizi in Florence. The figure's pose is based on Giorgione's Sleeping Venus (c. 1510), which Titian completed. In this depiction, Titian has domesticated Venus by moving her to an indoor setting, engaging her with the viewer, and making her sensuality explicit. Devoid as it is of any classical or allegorical trappings – Venus displays none of the attributes of the goddess she is supposed to represent – the painting is sensual, perhaps unapologetically erotic.

text: The Venus of Urbino is a 1538 oil painting by the Italian master

text: Titian

text: . It depicts a nude young woman, identified with the goddess

text: Venus

text: , reclining on a couch or bed in the sumptuous surroundings of a

text: Renaissance

text: palace. It hangs in the

text: Galleria degli Uffizi

text: in

text: Florence

text: . The figure's pose is based on

text: Giorgione

text: 's

text: Sleeping Venus

text: (c. 1510), which Titian completed. In this depiction, Titian has domesticated Venus by moving her to an indoor setting, engaging her with the viewer, and making her sensuality explicit. Devoid as it is of any classical or allegorical trappings – Venus displays none of the attributes of the goddess she is supposed to represent – the painting is sensual, perhaps unapologetically

text: erotic

answers: NDQ_006322

answers: Urbino

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus displays none of the attributes of the goddess she is supposed to represent

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Giorgione's

answers: NDQ_006324

answers: classical or allegorical trappings

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: The Venus of Urbino

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus displays none of the attributes of the goddess she is supposed to represent

answers: NDQ_006329

answers: Venus

answers: NDQ_006330

answers: Venus

answers: NDQ_006331

answers: Venus,

text: For the Summer Olympics, there are four venues starting with the letter 'Q' and 29 venues starting with the letter 'R'.

text: For the

text: Summer Olympics

text: , there are four

text: venues

text: starting with the letter 'Q' and 29 venues starting with the letter 'R'.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: R

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: R

answers: NDQ_006329

answers: r

answers: NDQ_006330

answers: Q

answers: NDQ_006331

answers: NDQ_006322

answers: 'R'.

answers: NDQ_006323

answers: 'Q'

answers: NDQ_006324

answers: four venues starting with the letter 'Q'

answers: NDQ_006325

answers: 29 venues starting with the letter 'R'.

answers: NDQ_006326

answers: 29 venues starting with the letter 'R'.

answers: NDQ_006327

answers: 29 venues starting with the letter 'R'.

answers: NDQ_006328

answers: 29 venues starting with the letter 'R'.

answers: NDQ_006329

answers: 29 venues starting with the letter 'R'.

answers: NDQ_006330

answers: 29 venues starting with the letter 'R'.

answers: NDQ_006331

answers: 29 venues starting with the letter 'R'.

text: For the Summer Olympics, there were two venues listed that started with 1–9 while there were 31 venues that started with the letter A.

text: For the

text: Summer Olympics

text: , there were two

text: venues

text: listed that started with 1–9 while there were 31 venues that started with the letter A.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: argon

answers: NDQ_006325

answers: 1

answers: NDQ_006326

answers: it is closer

answers: NDQ_006327

answers: 1

answers: NDQ_006328

answers: 1

answers: NDQ_006329

answers: equatorial

answers: NDQ_006330

answers: 1–9

answers: NDQ_006331

answers: 1

answers: NDQ_006322

answers: A.

answers: NDQ_006323

answers: A.

answers: NDQ_006324

answers: two venues listed that started with 1–9

answers: NDQ_006325

answers: A.

answers: NDQ_006326

answers: 31

answers: NDQ_006327

answers: two venues listed that started with 1–9

answers: NDQ_006328

answers: two venues listed that started with 1–9

answers: NDQ_006329

answers: 31 venues that started with the letter A.

answers: NDQ_006330

answers: two venues listed that started with 1–9

answers: NDQ_006331

answers: 1–9

text: Knowing that there was a real danger that there would be no World Snooker Championship that year, Watterson spoke to the theatre's then-manager, Arnold Eliiman, and asked if he could stage the tournament there. Watterson rented the theatre for £6,600 for two weeks, and had to make a bid to the snooker association, guaranteeing them £17,000 from the tournament. It was accepted and the tournament remains at the now world-famous venue to this day, famous for its intimate atmosphere

text: Knowing that there was a real danger that there would be no

text: World Snooker Championship

text: that year, Watterson spoke to the theatre's then-manager, Arnold Eliiman, and asked if he could stage the tournament there. Watterson rented the theatre for £6,600 for two weeks, and had to make a bid to the snooker association, guaranteeing them £17,000 from the tournament. It was accepted and the tournament remains at the now world-famous venue to this day, famous for its intimate atmosphere

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: It was accepted

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: no such feature

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: NDQ_006322

answers: World Snooker Championship that year, Watterson

answers: NDQ_006323

answers: £6,600

answers: NDQ_006324

answers: £6,600

answers: NDQ_006325

answers: £6,600

answers: NDQ_006326

answers: £6,600

answers: NDQ_006327

answers: World Snooker Championship

answers: NDQ_006328

answers: World Snooker Championship

answers: NDQ_006329

answers: World Snooker Championship

answers: NDQ_006330

answers: World Snooker Championship

answers: NDQ_006331

answers: £6,600

text: NASA obtained additional data in 1978 with the Pioneer Venus project that consisted of two separate missions: Pioneer Venus Orbiter and Pioneer Venus Multiprobe. The successful Soviet Venera program came to a close in October 1983, when Venera 15 and 16 were placed in orbit to conduct detailed mapping of 25% of Venus's terrain (from the north pole to 30°N latitude)

text: NASA obtained additional data in 1978 with the

text: Pioneer Venus project

text: that consisted of two separate missions:

text: Pioneer Venus Orbiter

text: and

text: Pioneer Venus Multiprobe

text: . The successful Soviet Venera program came to a close in October 1983, when

text: Venera 15

text: and

text: were placed in orbit to conduct detailed mapping of 25% of Venus's terrain (from the north pole to 30°N latitude)

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Pioneer Venus Orbiter

answers: NDQ_006329

answers: 25% of Venus's terrain

answers: NDQ_006330

answers: NASA obtained additional data in 1978

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Soviet Venera program came to a close in October 1983,

answers: NDQ_006324

answers: Pioneer Venus Orbiter and Pioneer Venus Multiprobe.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Pioneer Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: north pole

answers: NDQ_006329

answers: 25% of Venus's terrain

answers: NDQ_006330

answers: 25% of Venus's terrain

answers: NDQ_006331

answers: Venus

text: There are many groups of workers mapped the surface of Venus after the Magellan Mission. Different groups mapped different cartographic quadrangles for the surface of Venus. They applied different mapping schemes and came up with different classifications of Venusian units.

text: There are many groups of workers mapped the surface of Venus after the

text: Magellan

text: Mission. Different groups mapped different cartographic quadrangles for the surface of Venus. They applied different mapping schemes and came up with different classifications of Venusian units.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The Magellan Mission mapped the surface of Venus

answers: NDQ_006329

answers: different classifications

answers: NDQ_006330

answers: different cartographic quadrangles

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Magellan Mission.

answers: NDQ_006324

answers: Venusian units.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus after the Magellan Mission.

answers: NDQ_006327

answers: Venus after the Magellan Mission.

answers: NDQ_006328

answers: Venusian units.

answers: NDQ_006329

answers: different classifications of Venusian units.

answers: NDQ_006330

answers: mapped the surface of Venus after the Magellan Mission.

answers: NDQ_006331

answers: Venus

text: |team1=Australia|team2=Kazakhstan|venue=Burswood Entertainment Complex, Perth|date=6 January 2011|AWST]] (UTC+8)|surface=hard (indoors)|score1= 3|score2= 0|R1=|R2=|R3=}}

text: |team1=Australia|team2=Kazakhstan|venue=

text: Burswood Entertainment Complex

text: Perth

text: |date=6 January 2011|AWST]] (

text: )|surface=hard (indoors)|score1= 3|score2= 0|R1=|R2=|R3=}}

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is so far away

answers: NDQ_006327

answers: Venus has extremely high atmospheric pressure and an intense greenhouse effect

answers: NDQ_006328

answers: NDQ_006329

answers: a swarm of red dwarfs

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: Mercury is the 2nd hottest planet in the solar system.

answers: NDQ_006322

answers: |team1=Australia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006323

answers: |team1=Australia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006324

answers: |team1=Australia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006325

answers: |team1=Australia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006326

answers: |team1=Australia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006327

answers: |team1=Australia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006328

answers: Perth|date=6 January 2011|AWST]]

answers: NDQ_006329

answers: |team1=Australia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006330

answers: (UTC+8)|surface=hard (indoors)|score1=

answers: NDQ_006331

answers: |team1=Australia|team2=Kazakhstan|venue=Burswood

text: The man primarily responsible for the quality and the variety of the shows appearing on the Boyd Theater's stage was William J. Burgess.   Burgess had been involved in theaters since the age of 12.   He initially came to Omaha to manage the Grand Opera House and later managed the original Boyd Theater.   When the Creighton Orpheum Theater opened, he served as its manager for two years.   Once that theater joined the Orpheum Circuit, he took over the management of the second Boyd Theater and set about making it the premier live theater venue in Omaha.  He introduced the first mail-order tickets in town and strived to book the premier acts.  He even opened an acting school for fledging dramatists.  But even Burgess's efforts could not sway the audiences changing tastes towards motion pictures and the rising costs of mounting a live stage production.

text: The man primarily responsible for the quality and the variety of the shows appearing on the Boyd Theater's stage was William J. Burgess.   Burgess had been involved in theaters since the age of 12.   He initially came to Omaha to manage the Grand Opera House and later managed the original Boyd Theater.   When the

text: Creighton Orpheum Theater

text: opened, he served as its manager for two years.   Once that theater joined the

text: Orpheum Circuit

text: , he took over the management of the second Boyd Theater and set about making it the premier live theater venue in Omaha.  He introduced the first mail-order tickets in town and strived to book the premier acts.  He even opened an acting school for fledging dramatists.  But even Burgess's efforts could not sway the audiences changing tastes towards

text: motion pictures

text: and the rising costs of mounting a live stage production.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: William J. Burgess.

answers: NDQ_006323

answers: William J. Burgess.

answers: NDQ_006324

answers: motion pictures

answers: NDQ_006325

answers: 12.

answers: NDQ_006326

answers: William J. Burgess.

answers: NDQ_006327

answers: William J. Burgess.

answers: NDQ_006328

answers: William J. Burgess.

answers: NDQ_006329

answers: William J. Burgess.

answers: NDQ_006330

answers: William J. Burgess.

answers: NDQ_006331

answers: William J. Burgess.

text: Harkhebi predicted the weather patterns of the heliacal risings of the fixed stars. He refers the winds and the omens' to is prediction of meteorology. While Harkhebi was observing the north and south motions of the sun and Venus, he concluded that the Babylonians has some affiliation with the weather phenomena in Enuma Anu Enil.

text: Harkhebi predicted the weather patterns of the heliacal risings of the fixed stars. He refers the winds and the omens' to is prediction of meteorology. While Harkhebi was observing the north and south motions of the sun and Venus, he concluded that the Babylonians has some affiliation with the weather phenomena in Enuma Anu Enil.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: heliacal risings of the fixed stars

answers: NDQ_006329

answers: north and south

answers: NDQ_006330

answers: north and south motions

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: heliacal risings of the fixed stars.

answers: NDQ_006324

answers: heliacal risings of the fixed stars.

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: north and south motions of the sun and Venus,

answers: NDQ_006329

answers: north and south motions

answers: NDQ_006330

answers: north and south motions

answers: NDQ_006331

answers: Venus,

text: Throughout the 1980s, it was thought that the cause of the glow was lightning on Venus. The Soviet Venera 9 and 10 orbiters obtained optical and electromagnetic evidence of lightning on Venus.

text: Throughout the 1980s, it was thought that the cause of the glow was lightning on Venus. The Soviet

text: Venera

text: 9 and 10 orbiters obtained optical and electromagnetic evidence of lightning on Venus.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: no such evidence

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: The Soviet Venera 9 and 10 orbiters obtained optical and electromagnetic evidence

answers: NDQ_006324

answers: lightning

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: The Soviet Venera 9 and 10 orbiters

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: lightning

answers: NDQ_006329

answers: lightning on Venus.

answers: NDQ_006330

answers: lightning on Venus.

answers: NDQ_006331

answers: Venus.

text: The second match featured the first singles semifinal, meeting the champion of white group, Jelena Janković and the runner up of maroon group, Venus Williams. Janković broke early, however Venus broke back to level the set 3-3, it was not until the 11th game of the 1st set that Janković broke the Venus serve again and eventually closed the set 7-5. The second set saw Venus facing three break points in the 5th game, wherein Venus delivered 2 double faults, but held on as Janković faltered. The Serb then saved two break points in the next game but Venus seized her chance when the a third opportunity arose breaking the Janković serve, pounding away a forehand. It was enough for Venus to level the match. The third set saw Janković take an early lead as she rallied to a 2-0 lead only for Venus to take the next 3 games. Janković then fought back and broke to level it at 3-3, only for Venus to reestablish the break. Venus served at 5-4 for the match. After 2 hours 34 minutes, Venus clinched it 5-7, 6-3, 6-4 to make her second consecutive final in the tournament. This win continues Venus success in the championship as she has never lost before the semifinals.

text: The second match featured the first singles semifinal, meeting the champion of white group,

text: Jelena Janković

text: and the runner up of maroon group,

text: Venus Williams

text: . Janković broke early, however Venus broke back to level the set 3-3, it was not until the 11th game of the 1st set that Janković broke the Venus serve again and eventually closed the set 7-5. The second set saw Venus facing three break points in the 5th game, wherein Venus delivered 2 double faults, but held on as Janković faltered. The Serb then saved two break points in the next game but Venus seized her chance when the a third opportunity arose breaking the Janković serve, pounding away a forehand. It was enough for Venus to level the match. The third set saw Janković take an early lead as she rallied to a 2-0 lead only for Venus to take the next 3 games. Janković then fought back and broke to level it at 3-3, only for Venus to reestablish the break. Venus served at 5-4 for the match. After 2 hours 34 minutes, Venus clinched it 5-7, 6-3, 6-4 to make her second consecutive final in the tournament. This win continues Venus success in the championship as she has never lost before the semifinals.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus has never lost before the semifinals.

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: Venus is a planet

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus Williams.

answers: NDQ_006323

answers: white

answers: NDQ_006324

answers: white group, Jelena Jankovi<unk>

answers: NDQ_006325

answers: maroon group,

answers: NDQ_006326

answers: Venus Williams.

answers: NDQ_006327

answers: Venus Williams.

answers: NDQ_006328

answers: Venus broke back to level the set 3-3,

answers: NDQ_006329

answers: maroon group,

answers: NDQ_006330

answers: Venus success in the championship as she has never lost before the semifinals.

answers: NDQ_006331

answers: Venus

text: In the extreme, the planet Venus is thought to have experienced a very large increase in greenhouse effect over its lifetime, so much so that its poles have warmed sufficiently to render its surface temperature effectively isothermal (no difference between poles and equator). On Earth, water vapor and trace gasses provide a lesser greenhouse effect, and the atmosphere and extensive oceans provide efficient poleward heat transport.  Both palaeoclimate changes and recent global warming changes have exhibited strong polar amplification, as described below.

text: In the extreme, the planet

text: Venus

text: is thought to have experienced a very large increase in greenhouse effect over its lifetime, so much so that its poles have warmed sufficiently to render its surface temperature effectively

text: isothermal

text: (no difference between poles and equator). On Earth, water vapor and trace gasses provide a lesser greenhouse effect, and the atmosphere and extensive oceans provide efficient poleward heat transport.  Both

text: palaeoclimate

text: changes and recent

text: global warming

text: changes have exhibited strong polar amplification, as described below.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water vapor

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: strong polar amplification

answers: NDQ_006329

answers: its poles

answers: NDQ_006330

answers: surface temperature effectively isothermal

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: water vapor and trace gasses

answers: NDQ_006324

answers: water vapor and trace gasses

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Earth,

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: its poles

answers: NDQ_006329

answers: its poles

answers: NDQ_006330

answers: isothermal

answers: NDQ_006331

answers: Venus

text: A very wide range of possible masses can be calculated by combining the radius with densities derived from the possible types of matter from which planets can be made. For example, it could be a rocky terrestrial planet or a lower density ocean planet with a thick atmosphere. A massive hydrogen/helium (H/He) atmosphere is thought, however, to be unlikely in a planet with a radius below 1.5 . Planets with radii of more than 1.5 times that of Earth tend to accumulate the thick atmospheres that would make them less likely to be habitable. Red dwarfs emit a much stronger extreme ultraviolet (XUV) flux when young than later in life. The planet's primordial atmosphere would have been subjected to elevated photoevaporation during that period, which would probably have largely removed any H/He-rich envelope through hydrodynamic mass loss.

text: A very wide range of possible

text: mass

text: es can be calculated by combining the

text: radius

text: with

text: densities

text: derived from the possible types of

text: matter

text: from which planets can be made. For example, it could be a rocky

text: terrestrial planet

text: or a lower density

text: ocean planet

text: with a thick atmosphere. A massive

text: hydrogen

text: helium

text: (H/He) atmosphere is thought, however, to be unlikely in a planet with a radius below 1.5 . Planets with radii of more than 1.5 times that of Earth tend to accumulate the thick atmospheres that would make them less likely to be habitable. Red dwarfs emit a much stronger

text: extreme ultraviolet

text: (XUV) flux when young than later in life. The planet's primordial atmosphere would have been subjected to elevated

text: photoevaporation

text: during that period, which would probably have largely removed any H/He-rich envelope through

text: hydrodynamic mass loss

answers: NDQ_006322

answers: red dwarf

answers: NDQ_006323

answers: hydrogen

answers: NDQ_006324

answers: hydrogen/helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: XUV flux when young than later in life

answers: NDQ_006329

answers: a rocky terrestrial planet

answers: NDQ_006330

answers: a rocky terrestrial planet

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Red dwarfs

answers: NDQ_006323

answers: hydrogen/helium

answers: NDQ_006324

answers: hydrogen/helium

answers: NDQ_006325

answers: 1.5 times

answers: NDQ_006326

answers: Earth

answers: NDQ_006327

answers: 1.5.

answers: NDQ_006328

answers: Red dwarfs

answers: NDQ_006329

answers: 1.5.

answers: NDQ_006330

answers: 1.5.

answers: NDQ_006331

answers: Red dwarfs

text: On June 5, 2007, at 23:08 UTC, MESSENGER performed a second flyby of Venus at an altitude of , for the greatest velocity reduction of the mission. During the encounter, all instruments were used to observe Venus and prepare for the following Mercury encounters. The encounter provided visible and near-infrared imaging data of the upper atmosphere of Venus. Ultraviolet and X-ray spectrometry of the upper atmosphere were also recorded, to characterize the composition. The ESA's Venus Express was also orbiting during the encounter, providing the first opportunity for simultaneous measurement of particle-and-field characteristics of the planet.

text: On June 5, 2007, at 23:08 UTC, MESSENGER performed a second flyby of Venus at an altitude of , for the greatest velocity reduction of the mission. During the encounter, all instruments were used to observe Venus and prepare for the following Mercury encounters. The encounter provided visible and

text: near-infrared

text: imaging data of the upper

text: atmosphere of Venus

text: Ultraviolet

text: and X-ray

text: spectrometry

text: of the upper atmosphere were also recorded, to characterize the composition. The

text: ESA

text: 's

text: Venus Express

text: was also orbiting during the encounter, providing the first opportunity for simultaneous measurement of particle-and-field characteristics of the planet.

answers: NDQ_006322

answers: Mercury

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: X-ray

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: unanswerable

answers: NDQ_006328

answers: X-ray spectrometry

answers: NDQ_006329

answers: Venus Express was also orbiting during the encounter

answers: NDQ_006330

answers: Ultraviolet and X-ray spectrostry of the upper atmosphere were also recorded, to characterize the composition

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: following

answers: NDQ_006323

answers: of,

answers: NDQ_006324

answers: X-ray spectrometry of the upper atmosphere

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: upper atmosphere of Venus.

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: velocity reduction

answers: NDQ_006329

answers: upper atmosphere of Venus.

answers: NDQ_006330

answers: upper atmosphere of Venus.

answers: NDQ_006331

answers: Venus

text: The colonization of Venus has been a subject of many works of science fiction since before the dawn of spaceflight, and is still discussed from both a fictional and a scientific standpoint. However, with the discovery of Venus's extremely hostile surface environment, attention has largely shifted towards the colonization of the Moon and Mars instead, with proposals for Venus focused on colonies floating in the upper-middle atmosphere and on terraforming.

text: The colonization of

text: Venus

text: has been a subject of many works of

text: science fiction

text: since before the dawn of

text: spaceflight

text: , and is still discussed from both a fictional and a scientific standpoint. However, with the discovery of Venus's extremely hostile surface environment, attention has largely shifted towards the

text: colonization of the Moon

text: and

text: Mars

text: instead, with proposals for Venus focused on colonies floating in the upper-middle atmosphere and on terraforming.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: extremely hostile surface environment

answers: NDQ_006330

answers: extremely hostile

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: Moon and Mars

answers: NDQ_006324

answers: colonies floating in the upper-middle atmosphere

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus's extremely hostile surface environment,

answers: NDQ_006328

answers: Venus's extremely hostile surface environment,

answers: NDQ_006329

answers: Venus's extremely hostile surface environment,

answers: NDQ_006330

answers: extremely hostile

answers: NDQ_006331

answers: Venus

text: Since the atmospheres, albedo and greenhouse effects of super-Earths are unknown, the surface temperatures are unknown and generally only an equilibrium temperature is given.  For example, the black-body temperature of the Earth is 254.3 K (−19 °C or −2 °F ).  It is the greenhouse gases that keep the Earth warmer. Venus has a black-body temperature of only 184.2 K (−89 °C or −128 °F ) even though Venus has a true temperature of 737 K (464 °C or 867 °F ).  Though the atmosphere of Venus traps more heat than Earth's, NASA lists the black-body temperature of Venus based on the fact that Venus has an extremely high albedo (Bond albedo 0.90,  Visual geometric albedo 0.67), giving it a lower black body temperature than the more absorbent (lower albedo) Earth.

text: Since the atmospheres,

text: albedo

text: and

text: greenhouse effect

text: s of super-Earths are unknown, the surface temperatures are unknown and generally only an equilibrium temperature is given.  For example, the

entity_section: Temperature relation between a planet and its star

text: black-body temperature

text: of the Earth is 254.3

text: K

text: (−19 °C or −2 °F ).  It is the

text: greenhouse gas

text: es that keep the Earth warmer. Venus has a black-body temperature of only 184.2 K (−89 °C or −128 °F ) even though Venus has a true temperature of 737 K (464 °C or 867 °F ).  Though the atmosphere of Venus traps more heat than Earth's, NASA lists the black-body temperature of Venus based on the fact that Venus has an extremely high albedo (

text: Bond albedo

text: Visual geometric albedo

text: 0.67), giving it a lower black body temperature than the more absorbent (lower

text: albedo

text: ) Earth.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: greenhouse gases

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus has an extremely high albedo

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: temperatures are unknown

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: (Bond

answers: NDQ_006324

answers: greenhouse gases

answers: NDQ_006325

answers: Venus has an extremely high albedo

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus has an extremely high albedo

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: Venus has a true temperature of 737 K

answers: NDQ_006330

answers: equilibrium temperature

answers: NDQ_006331

answers: Venus

text: During this time, she worked part-time at the New York Public Library for the Performing Arts in the dance collection. Upon advice from others, McIntyre began applying for grants in order to fund her project when Sounds in Motion joined the National Endowment for the Arts dance-touring program. Sounds in Motion performed at venues such as the Joyce Theater, Brooklyn Academy of Music, and John F. Kennedy Center for the Performing Arts, as well as touring in Europe. During this time, works by Sounds in Motion included Life’s Force (1979), created in collaboration with Ahmed Abdullah while Sounds in Motion was in residency, Take Off From a Forced Landing (1984), which was based on her mother's experiences as an aviator, and a performance in 1986 based on Zora Neal Hurston's 1937 novel, Their Eyes Were Watching God. During the 1970s and 1980s, Sounds in Motion was the only modern dance studio to be found in Harlem. The studio was a space where what McIntyre termed "the culture crowd," a label that included not only dancers and musicians, but scholars, activists, and artists from all fields, could gather and engage in furthering movement of Black consciousness. Many students who studied under McIntyre at the Sound in Motion studio went on to accomplish much in their own right, including Jawole Willa Jo Zollar, founder of Urban Bush Women.

text: During this time, she worked part-time at the

entity_name: New York Public Library for the Performing Arts

text: New York Public Library for the Performing Arts

text: in the dance collection. Upon advice from others, McIntyre began applying for grants in order to fund her project when Sounds in Motion joined the

text: National Endowment for the Arts

text: dance-touring program. Sounds in Motion performed at venues such as the

text: Joyce Theater

text: Brooklyn Academy of Music

text: , and

entity_name: John F. Kennedy Center for the Performing Arts

text: John F. Kennedy Center for the Performing Arts

text: , as well as touring in Europe. During this time, works by Sounds in Motion included Life’s Force (1979), created in collaboration with

text: Ahmed Abdullah

text: while Sounds in Motion was in residency, Take Off From a Forced Landing (1984), which was based on her mother's experiences as an aviator, and a performance in 1986 based on

text: Zora Neal Hurston

text: 's 1937 novel,

text: Their Eyes Were Watching God

text: . During the 1970s and 1980s, Sounds in Motion was the only modern dance studio to be found in Harlem. The studio was a space where what McIntyre termed "the culture crowd," a label that included not only dancers and musicians, but scholars, activists, and artists from all fields, could gather and engage in furthering movement of Black consciousness. Many students who studied under McIntyre at the Sound in Motion studio went on to accomplish much in their own right, including

text: Jawole Willa Jo Zollar

text: , founder of

text: Urban Bush Women

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: a topographical map of venus

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Europe.

answers: NDQ_006323

answers: Ahmed Abdullah

answers: NDQ_006324

answers: Europe.

answers: NDQ_006325

answers: John F. Kennedy Center for the Performing Arts,

answers: NDQ_006326

answers: Europe.

answers: NDQ_006327

answers: Europe.

answers: NDQ_006328

answers: Take Off From a Forced Landing

answers: NDQ_006329

answers: Take Off From a Forced Landing

answers: NDQ_006330

answers: Forced Landing

answers: NDQ_006331

answers: During

text: Ancient Indian, Greek, Egyptian, Babylonian and Chinese observers knew of Venus and recorded the planet's motions. The early Greek astronomers called Venus by two names—Hesperus the evening star and Phosphorus the morning star. Pythagoras is credited with realizing they were the same planet. There is no evidence that any of these cultures knew of the transits. Venus was important to ancient American civilizations, in particular for the Maya, who called it Noh Ek, "the Great Star" or Xux Ek, "the Wasp Star"; they embodied Venus in the form of the god Kukulkán (also known as or related to Gukumatz and Quetzalcoatl in other parts of Mexico). In the Dresden Codex, the Maya charted Venus's full cycle, but despite their precise knowledge of its course, there is no mention of a transit. However, it has been proposed that frescoes found at Mayapan may contain a pictorial representation of the 12th or 13th century transits.

text: Ancient

text: Indian

text: Greek

text: Egyptian

text: Babylonia

text: n and

text: Chinese

text: observers knew of Venus and recorded the planet's motions. The early Greek astronomers called Venus by two names—Hesperus the evening star and Phosphorus the morning star.

text: Pythagoras

text: is credited with realizing they were the same planet. There is no evidence that any of these cultures knew of the transits. Venus was important to

text: ancient American civilizations

text: , in particular for the

text: Maya

text: , who called it Noh Ek, "the Great Star" or Xux Ek, "the Wasp Star"; they embodied Venus in the form of the god

text: Kukulkán

text: (also known as or related to

text: Gukumatz

text: and

text: Quetzalcoatl

text: in other parts of Mexico). In the

text: Dresden Codex

text: , the Maya charted Venus's full cycle, but despite their precise knowledge of its course, there is no mention of a transit. However, it has been proposed that frescoes found at

text: Mayapan

text: may contain a pictorial representation of the 12th or 13th century transits.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no evidence

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no evidence that any of these cultures knew of the transits.

answers: NDQ_006329

answers: no mention of a transit

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Phosphorus

answers: NDQ_006324

answers: Phosphorus

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus and recorded the planet's motions.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: There is no evidence that any of these cultures knew of the transits.

answers: NDQ_006329

answers: Venus's full cycle,

answers: NDQ_006330

answers: recorded the planet's motions.

answers: NDQ_006331

answers: Venus

text: Once the amendments have been voted upon, the motion, with the adopted amendments, is debated and voted upon.  Depending on the nature of the motion and the assembly, it may require a simple majority, a two-thirds majority or some other formulation in order to be adopted.

text: Once the amendments have been voted upon, the motion, with the adopted amendments, is debated and voted upon.  Depending on the nature of the motion and the assembly, it may require a

text: simple majority

text: , a

text: two-thirds majority

text: or some other formulation in order to be adopted.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: two-thirds

answers: NDQ_006323

answers: two-thirds

answers: NDQ_006324

answers: Once the amendments have been voted upon,

answers: NDQ_006325

answers: two-thirds

answers: NDQ_006326

answers: Once the amendments have been voted upon,

answers: NDQ_006327

answers: Once the amendments have been voted upon,

answers: NDQ_006328

answers: two-thirds majority or some other formulation in order to be adopted.

answers: NDQ_006329

answers: Once the amendments have been voted upon,

answers: NDQ_006330

answers: Once the amendments have been voted upon,

answers: NDQ_006331

answers: Once the amendments have been voted upon,

text: The presence of mountain ranges on Venus may provide evidence that the planet's surface is in motion.

text: The presence of mountain ranges on Venus may provide evidence that the planet's surface is in motion.

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: mountain ranges

answers: NDQ_006330

answers: is in motion

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: mountain ranges

answers: NDQ_006324

answers: motion.

answers: NDQ_006325

answers: Venus may provide evidence that the planet's surface is in motion.

answers: NDQ_006326

answers: The presence of mountain ranges on Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: mountain ranges

answers: NDQ_006329

answers: mountain ranges

answers: NDQ_006330

answers: in motion.

answers: NDQ_006331

answers: Venus

text: The Venera-D (, ) probe is a proposed Russian space probe to Venus, to be launched around 2025. Venera-D's prime purpose is to make radar remote-sensing observations around the planet Venus in a manner similar to that of the Venera 15 and Venera 16 probes in the 1980s or the U.S. Magellan in the 1990s, but with the use of more-powerful radar. Venera-D is also intended to map future landing sites. A lander, based on the Venera design, is also planned, capable of surviving for a long duration on the planet's surface.

text: The Venera-D (, ) probe is a proposed

text: Russia

text: n space probe to

text: Venus

text: , to be launched around 2025. Venera-D's prime purpose is to make radar remote-sensing observations around the planet

text: Venus

text: in a manner similar to that of the

text: Venera 15

text: and

text: Venera 16

text: probes in the 1980s or the U.S.

text: Magellan

text: in the 1990s, but with the use of more-powerful radar. Venera-D is also intended to map future landing sites. A lander, based on the

text: Venera

text: design, is also planned, capable of surviving for a long duration on the planet's surface.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The Venera-D probe is a proposed Russian space probe to Venus, to be launched around 2025

answers: NDQ_006329

answers: future landing sites

answers: NDQ_006330

answers: yes

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: radar.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus, to be launched around 2025.

answers: NDQ_006329

answers: future landing sites.

answers: NDQ_006330

answers: Venus

answers: NDQ_006331

answers: Venus,

text: Picaro: He is the protagonist of Venus Preserved. He is a successful black musician also known as Magpie. He travels to Venus from the surface to pursue the deadly prophecy that has been casted upon him by his mother Simoon. He eventually saves the world of Venus from Claudio Del Nero the demonic angel by sucking up his soul.

text: Picaro: He is the protagonist of Venus Preserved. He is a successful black musician also known as Magpie. He travels to Venus from the surface to pursue the deadly prophecy that has been casted upon him by his mother Simoon. He eventually saves the world of Venus from Claudio Del Nero the demonic angel by sucking up his soul.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: the surface

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Simoon.

answers: NDQ_006324

answers: Simoon.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: Claudio Del Nero

answers: NDQ_006330

answers: surface to pursue the deadly prophecy

answers: NDQ_006331

answers: Venus

text: For over two decades, beginning in 1977, he concentrated most heavily on Venus, this time utilizing radars aboard spacecraft, first the Pioneer Venus orbiter and most recently, Magellan. Because of Pettengill's actions spanning the broadest political fronts to the narrowest technical details, the former was a spectacular success, only to be overshadowed by the latter. For many years, he pursued the idea for using a radar altimeter to map Venus. He also contributed key technical ideas along the way. The results, in part, were detailed reflectivity and topographic maps of virtually the entire planet of Venus, providing geologists and geophysicists, for example, with lifetimes of work to understand the development of Venus' crust and the history of its interior. Many planetary scientists feel he is one of the individuals most responsible for our present knowledge of Venus (aside from its atmosphere).

text: For over two decades, beginning in 1977, he concentrated most heavily on

text: Venus

text: , this time utilizing radars aboard spacecraft, first the

text: Pioneer Venus

text: orbiter and most recently, Magellan. Because of Pettengill's actions spanning the broadest political fronts to the narrowest technical details, the former was a spectacular success, only to be overshadowed by the latter. For many years, he pursued the idea for using a radar altimeter to map Venus. He also contributed key technical ideas along the way. The results, in part, were detailed reflectivity and topographic maps of virtually the entire planet of Venus, providing geologists and geophysicists, for example, with lifetimes of work to understand the development of Venus' crust and the history of its interior. Many planetary scientists feel he is one of the individuals most responsible for our present knowledge of

text: Venus

text: (aside from its atmosphere).

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: the development of Venus' crust

answers: NDQ_006330

answers: detailed reflectivity and topographic maps

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: crust

answers: NDQ_006324

answers: atmosphere).

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus (aside from its atmosphere).

answers: NDQ_006328

answers: Venus' crust

answers: NDQ_006329

answers: the development of Venus' crust and the history of its interior.

answers: NDQ_006330

answers: atmosphere).

answers: NDQ_006331

answers: Venus,

text: Lloyd-Jones founded and became the first Music Director of Opera North in 1978, forming its orchestra, the English Northern Philharmonia (now the Orchestra of Opera North), of which he became Artistic Director.  Over the course of twelve seasons, he conducted over fifty productions in Leeds and other Northern England venues.  Highlights of his career at Opera North included the first British performance of Krenek's Jonny spielt auf and the British stage première of Richard Strauss's Daphne.  Other notable Opera North productions which he conducted included Delius's A Village Romeo and Juliet, Borodin's Prince Igor, Wagner's Die Meistersinger von Nürnberg, Berlioz's Les Troyens, Richard Jones's staging of The Love for Three Oranges, a double-bill coupling (as at their first performances) of Tchaikovsky's Iolanta and The Nutcracker - the latter choreographed by Matthew Bourne of Adventures in Motion Pictures - and the world première of Wilfred Josephs's Rebecca.

text: Lloyd-Jones founded and became the first Music Director of

text: Opera North

text: in 1978, forming its orchestra, the English Northern Philharmonia (now the

text: Orchestra of Opera North

text: ), of which he became Artistic Director.  Over the course of twelve seasons, he conducted over fifty productions in Leeds and other

text: Northern England

text: venues.  Highlights of his career at Opera North included the first British performance of

text: Krenek

text: 's

text: Jonny spielt auf

text: and the British stage première of

text: Richard Strauss

text: 's

text: Daphne

text: .  Other notable Opera North productions which he conducted included

text: Delius

text: 's

text: A Village Romeo and Juliet

text: Borodin

text: 's

text: Prince Igor

text: Wagner

text: 's

text: Die Meistersinger von Nürnberg

text: Berlioz

text: 's

text: Les Troyens

text: Richard Jones

text: 's staging of

text: The Love for Three Oranges

text: , a double-bill coupling (as at their first performances) of

text: Tchaikovsky

text: 's

text: Iolanta

text: and

text: The Nutcracker

text: - the latter choreographed by

text: Matthew Bourne

text: of

text: Adventures in Motion Pictures

text: - and the world première of

text: Wilfred Josephs

text: 's Rebecca.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: The Love for Three Oranges

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Matthew Bourne of Adventures in Motion Pictures

answers: NDQ_006323

answers: Wagner's Die Meistersinger von Nürnberg,

answers: NDQ_006324

answers: Oranges,

answers: NDQ_006325

answers: English Northern Philharmonia

answers: NDQ_006326

answers: Lloyd-Jones founded and became the first Music Director of Opera North

answers: NDQ_006327

answers: 1978,

answers: NDQ_006328

answers: Lloyd-Jones

answers: NDQ_006329

answers: Lloyd-Jones

answers: NDQ_006330

answers: 1978,

answers: NDQ_006331

answers: 1978, forming its orchestra, the English Northern Philharmonia

text: For the Summer and Winter Olympics, there are 27 venues that have been or will be used for figure skating. This is one of two sports in the Winter Olympics to debut in the Summer Olympics with ice hockey being the other. The first venue for the event took place during the 1908 Games was held indoors. Twelve years later, the venue joined ice hockey as another Winter Olympic sport in the Summer Olympics. For the first two Winter Olympics, figure skating was held outdoors. With figure skating being held outdoors, there were weather concerns with thawing for the first two Winter Games. A suggestion by International Olympic Committee President Count Henri de Baillet-Latour to 1932 Olympic Organizing Committee President Godfrey Dewey in September 1930 led Dewey to create the first indoor arena for the Winter Olympics. For the 1936 Games, the venue was covered partially. Following World War II, the 1948 venue became the first venue to be used twice at the Winter Olympics since it had been used twenty years earlier. Figure skating's final competition that took place outdoors was in 1956 though that venue has since had a roof added to it. Since 1960, all figure skating competitions have taken place indoors. Three National Hockey League (NHL) venues have hosted Olympic figure skating competitions: the 1988 (both venues) and the 2010 though the NHL Vancouver Canucks moved out of the 2010 venue following the 1994–95 season. The 2002 venue was a National Basketball Association (NBA) venue which meant the Utah Jazz was on a road trip during the 2002 Games.

text: For the

text: Summer

text: and

text: Winter Olympics

text: , there are 27

text: venues

text: that have been or will be used for

text: figure skating

text: . This is one of two

text: sports

text: in the Winter Olympics to debut in the

text: Summer Olympics

text: with

text: ice hockey

text: being the other. The first venue for the event took place during the

entity_name: Figure skating at the 1908 Summer Olympics

text: 1908 Games

text: was held indoors.

entity_name: Figure skating at the 1920 Summer Olympics

text: Twelve years later

text: , the venue joined

text: ice hockey

text: as another Winter Olympic sport in the Summer Olympics. For the first two Winter Olympics, figure skating was held outdoors. With figure skating being held outdoors, there were weather concerns with thawing for the first two Winter Games. A suggestion by

text: International Olympic Committee

text: President Count

text: Henri de Baillet-Latour

text: to 1932 Olympic Organizing Committee President Godfrey Dewey in September 1930 led Dewey to create the first

text: indoor arena

text: for the Winter Olympics. For the 1936 Games, the venue was covered partially. Following World War II, the 1948 venue became the first venue to be used twice at the Winter Olympics since it had been used twenty years earlier. Figure skating's final competition that took place outdoors was in

entity_name: Figure skating at the 1956 Winter Olympics

text: though that venue has since had a roof added to it. Since

entity_name: Figure skating at the 1960 Winter Olympics

text: , all figure skating competitions have taken place indoors. Three

text: National Hockey League

text: (NHL) venues have hosted Olympic figure skating competitions: the

entity_name: Figure skating at the 1988 Winter Olympics

text: (both venues) and the

entity_name: Figure skating at the 2010 Winter Olympics

text: though the NHL

text: Vancouver Canucks

text: moved out of the 2010 venue following the

text: 1994–95 season

text: . The

entity_name: Figure skating at the 2002 Winter Olympics

text: 2002 venue

text: was a

text: National Basketball Association

text: (NBA) venue which meant the

text: Utah Jazz

text: was on a road trip during the 2002 Games.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: ice hockey

answers: NDQ_006323

answers: ice hockey

answers: NDQ_006324

answers: 27 venues that have been or will be used for figure skating.

answers: NDQ_006325

answers: ice hockey

answers: NDQ_006326

answers: 27 venues that have been or will be used for figure skating.

answers: NDQ_006327

answers: 27 venues that have been or will be used for figure skating.

answers: NDQ_006328

answers: 27 venues that have been or will be used for figure skating.

answers: NDQ_006329

answers: 27 venues that have been or will be used for figure skating.

answers: NDQ_006330

answers: 27 venues that have been or will be used for figure skating.

answers: NDQ_006331

answers: ice hockey

text: It occurs naturally on Io in volcanic emissions.  Also  is likely to appear in the atmosphere of Venus at heights of , where it is in thermal equilibrium with  and .  The reddish colour of Venus atmosphere at lower levels is likely to be due to .

text: It occurs naturally on

text: Io

text: in volcanic emissions.  Also  is likely to appear in the atmosphere of Venus at heights of , where it is in thermal equilibrium with  and .  The reddish colour of Venus atmosphere at lower levels is likely to be due to .

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: occurs naturally

answers: NDQ_006329

answers: lava

answers: NDQ_006330

answers: is reddish in colour

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Io

answers: NDQ_006324

answers: volcanic emissions.

answers: NDQ_006325

answers: Io

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: It occurs naturally on Io in volcanic emissions.

answers: NDQ_006329

answers: volcanic emissions.

answers: NDQ_006330

answers: It occurs naturally on Io in volcanic emissions.

answers: NDQ_006331

answers: Venus

text: Glaze is the Principal Investigator for a proposed NASA Discovery mission to Venus, Deep Atmosphere Venus Investigation of Noble gases, Chemistry, and Imaging (DAVINCI). This mission would send a probe on a journey through Venus' atmosphere, descending over the planet's roughest and most geologically complex terrain. The DAVINCI probe would explore the planet's atmosphere from top to bottom, including the deep atmospheric layers largely hidden from Earth-based instruments and orbiting spacecraft. DAVINCI would be the first U.S. probe in nearly four decades to target Venus' atmosphere.

text: Glaze is the Principal Investigator for a proposed

text: NASA

text: Discovery

text: mission to Venus,

text: Deep Atmosphere Venus Investigation of Noble gases, Chemistry, and Imaging (DAVINCI)

text: . This mission would send a probe on a journey through Venus' atmosphere, descending over the planet's roughest and most geologically complex terrain. The DAVINCI probe would explore the planet's atmosphere from top to bottom, including the deep atmospheric layers largely hidden from Earth-based instruments and orbiting spacecraft. DAVINCI would be the first U.S. probe in nearly four decades to target Venus' atmosphere.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: noble gases

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Earth-based instruments and orbiting spacecraft

answers: NDQ_006329

answers: geologically complex terrain

answers: NDQ_006330

answers: Earth-based instruments and orbiting spacecraft

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Noble gases,

answers: NDQ_006324

answers: Noble gases,

answers: NDQ_006325

answers: Venus'

answers: NDQ_006326

answers: Earth-based instruments and orbiting spacecraft.

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: Venus,

answers: NDQ_006329

answers: roughest and most geologically complex terrain.

answers: NDQ_006330

answers: deep atmospheric layers largely hidden from Earth-based instruments

answers: NDQ_006331

answers: Venus,

text: In the early 2000s the venue seemed to be struggling financially and artistically. With a changing music scene The Brewery was struggling to bring in the rising stars that had made the venue successful and the venue eventually closed in early April 2004. A few months later in June 2004 the venue was re-opened by Tom Taylor and The Brewery saw a revival, bringing in groups such as 9th Wonder and The Annuals. During Taylor's years the venue began bringing in many Pop-punk and Emo pop bands such as Cartel, Paramore, Valencia, All Time Low, and Panic! at the Disco. The venue also became a central venue in the metalcore, post-hardcore, and screamo genres during this time, even becoming a home venue to Alesana, He Is Legend, and other Tragic Hero Records bands.

text: In the early

text: the venue seemed to be struggling financially and artistically. With a changing music scene The Brewery was struggling to bring in the rising stars that had made the venue successful and the venue eventually closed in early April 2004. A few months later in June 2004 the venue was re-opened by Tom Taylor and The Brewery saw a revival, bringing in groups such as

text: 9th Wonder

text: and

text: The Annuals

text: . During Taylor's years the venue began bringing in many

text: Pop-punk

text: and

text: Emo pop

text: bands such as

text: Cartel

text: Paramore

text: Valencia

text: All Time Low

text: , and

text: Panic! at the Disco

text: . The venue also became a central venue in the

text: metalcore

text: post-hardcore

text: , and

text: screamo

text: genres

text: during this time, even becoming a home venue to

text: Alesana

text: He Is Legend

text: , and other

text: Tragic Hero Records

text: bands.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Valencia, All Time Low, and Panic! at the Disco.

answers: NDQ_006323

answers: metalcore,

answers: NDQ_006324

answers: Pop-punk and Emo pop bands

answers: NDQ_006325

answers: 2004.

answers: NDQ_006326

answers: 2004.

answers: NDQ_006327

answers: Valencia, All Time Low, and Panic! at the Disco.

answers: NDQ_006328

answers: Pop-punk and Emo pop bands

answers: NDQ_006329

answers: Pop-punk and Emo pop bands

answers: NDQ_006330

answers: Valencia, All Time Low, and Panic! at the Disco.

answers: NDQ_006331

answers: 2004.

text: The demiurge gave the primacy to the motion of Sameness and left it undivided; but he divided the motion of  Difference in six parts, to have seven unequal circles. He prescribed these circles to move in opposite directions, three of them with equal speeds, the others with unequal speeds, but always in proportion. These circles are the orbits of the heavenly bodies: the three moving at equal speeds are the Sun, Venus and Mercury, while the four moving at unequal speeds are the Moon, Mars, Jupiter and Saturn (36c-d). The complicated pattern of these movements is bound to be repeated again after a period called a 'complete' or 'perfect' year (39d).

text: The demiurge gave the primacy to the motion of Sameness and left it undivided; but he divided the motion of  Difference in six parts, to have seven unequal circles. He prescribed these circles to move in opposite directions, three of them with equal speeds, the others with unequal speeds, but always in proportion. These circles are the orbits of the

text: heavenly bodies

text: : the three moving at equal speeds are the Sun, Venus and Mercury, while the four moving at unequal speeds are the Moon, Mars, Jupiter and Saturn (36c-d). The complicated pattern of these movements is bound to be repeated again after a period called a 'complete' or

text: 'perfect' year

answers: NDQ_006322

answers: Mercury

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: the Moon, Mars, Jupiter and Saturn

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus and Mercury,

answers: NDQ_006323

answers: (36c-d).

answers: NDQ_006324

answers: equal speeds

answers: NDQ_006325

answers: equal speeds

answers: NDQ_006326

answers: Venus and Mercury,

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: the three moving at equal speeds are the Sun, Venus and Mercury,

answers: NDQ_006329

answers: the three moving at equal speeds

answers: NDQ_006330

answers: Venus and Mercury,

answers: NDQ_006331

answers: Venus and Mercury,

text: For the Summer Olympics, there were a total of 45 venues starting with the letter 'M' and 19 venues starting with the letter 'N'.

text: For the

text: Summer Olympics

text: , there were a total of 45

text: venues

text: starting with the letter 'M' and 19 venues starting with the letter 'N'.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: craters

answers: NDQ_006330

answers: N

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 'M'

answers: NDQ_006323

answers: 'M'

answers: NDQ_006324

answers: 45 venues starting with the letter 'M'

answers: NDQ_006325

answers: 45 venues starting with the letter 'M'

answers: NDQ_006326

answers: 19 venues starting with the letter 'N'.

answers: NDQ_006327

answers: 45 venues starting with the letter 'M'

answers: NDQ_006328

answers: 45 venues starting with the letter 'M'

answers: NDQ_006329

answers: 45 venues starting with the letter 'M'

answers: NDQ_006330

answers: 45 venues starting with the letter 'M'

answers: NDQ_006331

answers: 45 venues starting with the letter 'M'

text: On 16 April 2005, a motion to temporarily relax rule No. 42 was passed at the GAA Annual Congress. The motion gives the GAA Central Council the power to authorise the renting or leasing of Croke Park for events other than those controlled by the Association, during a period when Lansdowne Road – the venue for international soccer and rugby matches – was closed for redevelopment. The final result was 227 in favour of the motion to 97 against, 11 votes more than the required two-thirds majority.

text: On 16 April 2005, a motion to temporarily relax rule No. 42 was passed at the GAA Annual Congress. The motion gives the GAA Central Council the power to authorise the renting or leasing of Croke Park for events other than those controlled by the Association, during a period when

text: Lansdowne Road

text: – the venue for international soccer and rugby matches – was closed for redevelopment. The final result was 227 in favour of the motion to 97 against, 11 votes more than the required two-thirds majority.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The final result was 227 in favour of the motion to 97 against

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: On 16 April 2005,

answers: NDQ_006323

answers: 2005,

answers: NDQ_006324

answers: 97 against, 11 votes more than the required two-thirds majority.

answers: NDQ_006325

answers: 16 April 2005,

answers: NDQ_006326

answers: 11 votes more than the required two-thirds majority.

answers: NDQ_006327

answers: GAA Annual Congress.

answers: NDQ_006328

answers: 11 votes more than the required two-thirds majority.

answers: NDQ_006329

answers: 97

answers: NDQ_006330

answers: 11 votes more than the required two-thirds majority.

answers: NDQ_006331

answers: On 16 April 2005,

text: In 2005, Venue Songs was re-released as a CD/DVD combo. It included studio versions of some of the venue songs, and other non-album tracks. The DVD includes music videos for some of the venue songs as well as other bonus videos.

text: In 2005, Venue Songs was re-released as a

text: CD/DVD combo

text: . It included studio versions of some of the venue songs, and other non-album tracks. The DVD includes

text: music video

text: s for some of the venue songs as well as other bonus videos.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: a topographical map of venus

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: In 2005,

answers: NDQ_006323

answers: studio versions of some of the venue songs, and other non-album tracks.

answers: NDQ_006324

answers: studio versions of some of the venue songs, and other non-album tracks.

answers: NDQ_006325

answers: studio versions of some of the venue songs, and other non-album tracks.

answers: NDQ_006326

answers: In 2005,

answers: NDQ_006327

answers: In 2005,

answers: NDQ_006328

answers: Venue Songs

answers: NDQ_006329

answers: studio versions of some of the venue songs, and other non-album tracks.

answers: NDQ_006330

answers: In 2005, Venue Songs was re-released

answers: NDQ_006331

answers: In 2005,

text: In 1973, a similar catalogue by Gan De and Shi Shen was uncovered within the Mawangdui Silk Texts. Arranged under the name of Divination of Five Planets, it records the motion of Jupiter, Saturn, Venus and other planets in their orbits between 246 BC and 177 BC.

text: In 1973, a similar catalogue by Gan De and Shi Shen was uncovered within the

text: Mawangdui Silk Texts

text: . Arranged under the name of Divination of Five Planets, it records the motion of Jupiter, Saturn, Venus and other planets in their orbits between 246 BC and 177 BC.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: more rapidly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: 177 BC

answers: NDQ_006330

answers: 177 BC

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: 177 BC.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: 177 BC.

answers: NDQ_006329

answers: 246 BC and 177 BC.

answers: NDQ_006330

answers: Venus

answers: NDQ_006331

answers: Venus

text: Speedway racing took place at nearby Bell End. Details of the events are sketchy and some reports suggest the venue had grass-surfaced straights and dirt-surfaced bends. The venue is known to have operated in the immediate post-war era.

text: Speedway

text: racing took place at nearby Bell End. Details of the events are sketchy and some reports suggest the venue had grass-surfaced straights and dirt-surfaced bends. The venue is known to have operated in the immediate

text: post-war era

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Bell End.

answers: NDQ_006323

answers: dirt-surfaced bends.

answers: NDQ_006324

answers: grass-surfaced straights and dirt-surfaced bends.

answers: NDQ_006325

answers: grass-surfaced straights and dirt-surfaced bends.

answers: NDQ_006326

answers: Speedway racing took place at nearby Bell End.

answers: NDQ_006327

answers: Speedway racing took place at nearby Bell End.

answers: NDQ_006328

answers: Speedway racing took place at nearby Bell End.

answers: NDQ_006329

answers: grass-surfaced straights and dirt-surfaced bends.

answers: NDQ_006330

answers: grass-surfaced straights and dirt-surfaced bends.

answers: NDQ_006331

answers: Bell End.

text: The fact that Venus is located closer to the Sun than Earth, raising temperatures on the surface to nearly , the atmospheric pressure is 90 times that of Earth, and the extreme impact of the greenhouse effect, make water-based life as we know it unlikely. However, a few scientists have speculated that thermoacidophilic  extremophile microorganisms might exist in the lower-temperature, acidic upper layers of the Venusian atmosphere.

text: The fact that Venus is located closer to the

text: Sun

text: than

text: Earth

text: , raising temperatures on the surface to nearly , the atmospheric pressure is 90 times that of Earth, and the extreme impact of the

text: greenhouse effect

text: , make water-based

text: life

text: as we know it unlikely. However, a few scientists have speculated that thermoacidophilic

text: extremophile

text: microorganisms

text: might exist in the lower-temperature, acidic upper layers of the Venusian atmosphere.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: acidic

answers: NDQ_006325

answers: closer

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: raising temperatures on the surface to nearly

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Sun

answers: NDQ_006324

answers: acidic

answers: NDQ_006325

answers: closer

answers: NDQ_006326

answers: Venus is located closer to the Sun than Earth,

answers: NDQ_006327

answers: 90 times that of Earth,

answers: NDQ_006328

answers: 90 times that of Earth,

answers: NDQ_006329

answers: the atmospheric pressure is 90 times that of Earth,

answers: NDQ_006330

answers: raising temperatures

answers: NDQ_006331

answers: Venus

text: The runaway greenhouse effect has several meanings. At the least extreme, this implies global warming sufficient to induce out-of-control amplifying feedbacks, such as ice sheet disintegration and melting of methane hydrates. At the most extreme, a Venus-like planet with crustal carbon baked into the atmosphere and a surface temperature of several hundred degrees, an irreversible climate state.

text: The runaway greenhouse effect has several meanings. At the least extreme, this implies global warming sufficient to induce out-of-control amplifying feedbacks, such as ice sheet disintegration and melting of methane hydrates. At the most extreme, a Venus-like planet with crustal carbon baked into the atmosphere and a surface temperature of several hundred degrees, an irreversible

text: climate state

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon

answers: NDQ_006324

answers: crustal carbon

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: surface temperature of several hundred degrees

answers: NDQ_006330

answers: temperature of several hundred degrees

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus-like

answers: NDQ_006323

answers: carbon

answers: NDQ_006324

answers: crustal carbon

answers: NDQ_006325

answers: Venus-like

answers: NDQ_006326

answers: Venus-like

answers: NDQ_006327

answers: Venus-like planet with crustal carbon baked into the atmosphere

answers: NDQ_006328

answers: Venus-like planet with crustal carbon

answers: NDQ_006329

answers: a surface temperature of several hundred degrees,

answers: NDQ_006330

answers: several hundred degrees,

answers: NDQ_006331

answers: Venus-like

text: In general, the climate of a superhabitable planet would be warmer, moist, homogeneous and have stable land, allowing life to extend across the surface without presenting large population differences, in contrast to Earth that has inhospitable areas such as glaciers, deserts and tropical regions. If the atmosphere contains enough molecular oxygen, the conditions of these planets may be bearable to humans even without the protection of a space suit, provided that the atmosphere does not contain excessive toxic gases, but would require some adaptation to the increased gravity, such as an increase in muscles and  in bone density, etc.

text: In general, the climate of a superhabitable planet would be warmer, moist, homogeneous and have stable land, allowing life to extend across the surface without presenting large population differences, in contrast to Earth that has inhospitable areas such as glaciers, deserts and tropical regions. If the atmosphere contains enough molecular oxygen, the conditions of these planets may be bearable to humans even without the protection of a

text: space suit

text: , provided that the atmosphere does not contain excessive toxic gases, but would require some adaptation to the increased gravity, such as an increase in muscles and  in bone density, etc.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: molecular oxygen

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: inhospitable areas

answers: NDQ_006330

answers: has inhospitable areas

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: a superhabitable planet

answers: NDQ_006323

answers: molecular oxygen,

answers: NDQ_006324

answers: molecular oxygen,

answers: NDQ_006325

answers: gravity,

answers: NDQ_006326

answers: Earth

answers: NDQ_006327

answers: Earth

answers: NDQ_006328

answers: gravity,

answers: NDQ_006329

answers: glaciers, deserts and tropical regions.

answers: NDQ_006330

answers: life to extend across the surface without presenting large population differences,

answers: NDQ_006331

answers: Earth

text: The black drop effect was long thought to be due to Venus' thick atmosphere, and indeed it was held to be the first real evidence that Venus had an atmosphere. However, it is now thought by many to be an optical effect caused by the combination of the extreme darkening of the sun's disk near its apparent edge and the intrinsic imperfection of the viewing apparatus.

text: The black drop effect was long thought to be due to Venus' thick atmosphere, and indeed it was held to be the first real evidence that Venus had an atmosphere. However, it is now thought by many to be an optical effect caused by the combination of the extreme darkening of the sun's disk near its apparent edge and the intrinsic imperfection of the viewing apparatus.

answers: NDQ_006322

answers: sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus'

answers: NDQ_006323

answers: Venus had an atmosphere.

answers: NDQ_006324

answers: thick atmosphere,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus' thick atmosphere,

answers: NDQ_006327

answers: Venus' thick atmosphere,

answers: NDQ_006328

answers: The black drop effect was long thought to be due to Venus' thick atmosphere,

answers: NDQ_006329

answers: Venus had an atmosphere.

answers: NDQ_006330

answers: Venus had an atmosphere.

answers: NDQ_006331

answers: Venus'

text: Players can play at 5 different venues, each venue contains 10 story mode levels and after finishing the venue, a bonus level is given to players, in note that the bonus level goal is extremely high, and the shift time is longer than usual. At each venue, players are given a challenge to protect the tables from disasters such as: winds, earthquakes, rains, and fuse box problems. However, these disasters can be avoided by buying the upgrades available in the upgrade shop.

text: Players can play at 5 different venues, each venue contains 10 story mode levels and after finishing the venue, a bonus level is given to players, in note that the bonus level goal is extremely high, and the shift time is longer than usual. At each venue, players are given a challenge to protect the tables from disasters such as: winds, earthquakes, rains, and fuse box problems. However, these disasters can be avoided by buying the upgrades available in the upgrade shop.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: earthquakes,

answers: NDQ_006323

answers: winds, earthquakes,

answers: NDQ_006324

answers: winds, earthquakes,

answers: NDQ_006325

answers: high,

answers: NDQ_006326

answers: 5

answers: NDQ_006327

answers: winds, earthquakes, rains, and fuse box problems.

answers: NDQ_006328

answers: earthquakes,

answers: NDQ_006329

answers: winds, earthquakes, rains, and fuse box problems.

answers: NDQ_006330

answers: winds, earthquakes, rains, and fuse box problems.

answers: NDQ_006331

answers: winds,

text: Some of the terrain in these areas is unusually efficient at reflecting radar signals. This is possibly analogous to snow lines on Earth and is likely related to temperatures and pressures there being lower than in the other provinces due to the higher elevation, which allows for distinct mineralogy to occur. It is thought that high-elevation rock formations may contain or be coated by minerals that have high dielectric constants. The high dielectric minerals would be stable at the ambient temperatures in the highlands, but not on the plains that comprise the rest of the planet's surface. Pyrite, an iron sulfide, matches these criteria and is widely suspected as a possible cause; it would be produced by chemical weathering of the volcanic highlands after long-term exposure to the sulfur-bearing Venusian atmosphere. The presence of pyrite on Venus has been contested, with atmospheric modeling showing that it might not be stable under Venusian atmospheric conditions. Other hypotheses have been put forward to explain the higher radar reflectivity in the highlands, including the presence of a ferroelectric material whose dielectric constant changes with temperature (with Venus having a changing temperature gradient with elevation).  It has been observed that the character of the radar-bright highlands is not consistent across the surface of Venus.  For example, Maxwell Montes shows the sharp, snow line-like change in reflectivity that is consistent with a change in mineralogy, whereas Ovda Regio shows a more gradual brightening upwards trend. The brightening upwards trend on Ovda Regio is consistent with a ferroelectric signature, and has been suggested to indicate the presence of chlorapatite.

text: Some of the terrain in these areas is unusually efficient at reflecting radar signals. This is possibly analogous to

text: snow line

text: s on Earth and is likely related to temperatures and pressures there being lower than in the other provinces due to the higher elevation, which allows for distinct mineralogy to occur. It is thought that high-elevation rock formations may contain or be coated by minerals that have high

text: dielectric constants

text: . The high dielectric minerals would be stable at the ambient temperatures in the highlands, but not on the plains that comprise the rest of the planet's surface.

text: Pyrite

text: , an iron sulfide, matches these criteria and is widely suspected as a possible cause; it would be produced by chemical weathering of the volcanic highlands after long-term exposure to the sulfur-bearing Venusian atmosphere. The presence of pyrite on Venus has been contested, with atmospheric modeling showing that it might not be stable under Venusian atmospheric conditions. Other hypotheses have been put forward to explain the higher radar reflectivity in the highlands, including the presence of a

text: ferroelectric

text: material whose dielectric constant changes with temperature (with Venus having a changing temperature gradient with elevation).  It has been observed that the character of the radar-bright highlands is not consistent across the surface of Venus.  For example,

text: Maxwell Montes

text: shows the sharp, snow line-like change in reflectivity that is consistent with a change in mineralogy, whereas

text: Ovda Regio

text: shows a more gradual brightening upwards trend. The brightening upwards trend on Ovda Regio is consistent with a ferroelectric signature, and has been suggested to indicate the presence of

text: chlorapatite

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: sulfur

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Pyrite, an iron sulfide, matches these criteria and is widely suspected as a possible cause

answers: NDQ_006329

answers: Maxwell Montes

answers: NDQ_006330

answers: has a changing temperature gradient with elevation

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: ferroelectric material

answers: NDQ_006324

answers: sulfur-bearing

answers: NDQ_006325

answers: ferroelectric material whose dielectric constant changes with temperature

answers: NDQ_006326

answers: a ferroelectric material whose dielectric constant changes with temperature

answers: NDQ_006327

answers: Venus having a changing temperature gradient with elevation).

answers: NDQ_006328

answers: volcanic highlands

answers: NDQ_006329

answers: Venus having a changing temperature gradient with elevation).

answers: NDQ_006330

answers: changing temperature gradient with elevation).

answers: NDQ_006331

answers: Venus.

text: VERITAS would produce global, high resolution topography and imaging of Venus' surface and produce the first maps of deformation and global surface composition, thermal emissivity, and gravity field.  It would also attempt to determine if Venus hosted ancient aqueous environments. Also, current data are highly suggestive of recent and active volcanism and this mission could determine if current volcanism is limited to mantle plume heads or is more widespread.

text: VERITAS would produce global, high resolution

text: topography

text: and imaging of

text: Venus' surface

text: and produce the first maps of deformation and global surface composition, thermal emissivity, and gravity field.  It would also attempt to determine if Venus hosted ancient aqueous environments. Also, current data are highly suggestive of recent and active volcanism and this mission could determine if current volcanism is limited to mantle plume heads or is more widespread.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: aqueous environments

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: This mission could determine if current volcanism is limited to mantle plume heads or is more widespread.

answers: NDQ_006329

answers: deformation and global surface composition

answers: NDQ_006330

answers: yes

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus'

answers: NDQ_006323

answers: aqueous

answers: NDQ_006324

answers: aqueous

answers: NDQ_006325

answers: Venus'

answers: NDQ_006326

answers: Venus'

answers: NDQ_006327

answers: thermal emissivity,

answers: NDQ_006328

answers: current data are highly suggestive of recent and active volcanism

answers: NDQ_006329

answers: deformation and global surface composition,

answers: NDQ_006330

answers: current data are highly suggestive of recent and active volcanism

answers: NDQ_006331

answers: Venus'

text: Goddard claims that the very high surface temperatures on Venus are largely attributable to its "extremely high atmospheric pressure" and that the composition of the Venusian atmosphere, which is 96% carbon dioxide, has little influence over surface temperatures on the planet. Though he does not cite him specifically, Goddard's claim echoes the ideas outlined in a 2003 paper authored by Hans Jelbring, which also posits that surface temperatures on a planet are directly influenced by the size of the mass of the atmosphere.

text: Goddard claims that the very high surface temperatures on Venus are largely attributable to its "extremely high atmospheric pressure" and that the composition of the

text: Venusian atmosphere

text: , which is 96% carbon dioxide, has little influence over surface temperatures on the planet. Though he does not cite him specifically, Goddard's claim echoes the ideas outlined in a 2003 paper authored by Hans Jelbring, which also posits that surface temperatures on a planet are directly influenced by the size of the mass of the atmosphere.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: 96% carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: surface temperatures on a planet are directly influenced by the size of the mass of the atmosphere

answers: NDQ_006330

answers: temperature are directly influenced by the size of the mass of the atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide,

answers: NDQ_006324

answers: 96% carbon dioxide,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: the very high surface temperatures

answers: NDQ_006328

answers: "extremely high atmospheric pressure"

answers: NDQ_006329

answers: "extremely high atmospheric pressure"

answers: NDQ_006330

answers: very high surface temperatures

answers: NDQ_006331

answers: Venus

text: Venus is served by Venus Independent School District (www.venusisd.net), with grades K-1 attending Venus Primary School, 2-5 attending Venus Elementary, 6-8 attending Venus Middle School, and 9-12 attending Venus High School.  The small portion of Venus that lies in Ellis County is served by the Midlothian Independent School District or Maypearl Independent School District.

text: Venus is served by

text: Venus Independent School District

text: (www.venusisd.net), with grades K-1 attending Venus Primary School, 2-5 attending Venus Elementary, 6-8 attending Venus Middle School, and 9-12 attending Venus High School.  The small portion of Venus that lies in

text: Ellis County

text: is served by the

text: Midlothian Independent School District

text: or

text: Maypearl Independent School District

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus is a planet in the solar system.

answers: NDQ_006329

answers: Venus is served by Venus Independent School District

answers: NDQ_006330

answers: Venus Independent School District

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus is served by Venus Independent School District

answers: NDQ_006324

answers: Venus is served by Venus Independent School District

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus is served by Venus Independent School District

answers: NDQ_006329

answers: The small portion of Venus that lies in Ellis County

answers: NDQ_006330

answers: Venus

answers: NDQ_006331

answers: Venus

text: Following the year-long tour, Loew promoted Granlund to oversee marketing for his theater chain as publicity manager. In addition to publicizing events at the various venues, at the urging of Loew, Granlund began staging live talent revues at several of the under performing theaters. His innovative techniques resulted in the first use of film for promoting live theater and the first filmed trailers for upcoming movies. In 1922 Granlund visited the studios of WHN, a part-time broadcasting station in Ridgewood, Queens, New York, and after a series of experimental programs, he convinced Loew to lease the station as a promotional arm of Loew's Theaters.  He had conceived the elaborate movie premiere, with lights, news cameras and personal appearances of stars.  He exploited and advertised the first full-length motion picture in the United States.

text: Following the year-long tour, Loew promoted Granlund to oversee marketing for his theater chain as publicity manager. In addition to publicizing events at the various venues, at the urging of Loew, Granlund began staging live talent revues at several of the under performing theaters. His innovative techniques resulted in the first use of film for promoting live theater and the first filmed

text: trailers

text: for upcoming movies. In 1922 Granlund visited the studios of

text: WHN

text: , a part-time broadcasting station in

text: Ridgewood, Queens

text: , New York, and after a series of experimental programs, he convinced Loew to lease the station as a promotional arm of Loew's Theaters.  He had conceived the elaborate movie premiere, with lights, news cameras and personal appearances of stars.  He exploited and advertised the first full-length motion picture in the United States.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Queens,

answers: NDQ_006323

answers: Queens, New York,

answers: NDQ_006324

answers: film

answers: NDQ_006325

answers: Queens, New York,

answers: NDQ_006326

answers: Queens, New York,

answers: NDQ_006327

answers: first full-length motion picture in the United States.

answers: NDQ_006328

answers: 1922

answers: NDQ_006329

answers: Queens, New York,

answers: NDQ_006330

answers: filmed trailers for upcoming movies.

answers: NDQ_006331

answers: Granlund began staging live talent revues

text: In geometry, a motion is an isometry of a metric space. For instance, a plane equipped with the Euclidean distance metric is a metric space in which a mapping associating congruent figures is a motion. More generally, the term motion is a synonym for surjective isometry in metric geometry, including elliptic geometry and hyperbolic geometry. In the latter case, hyperbolic motions provide an approach to the subject for beginners.

text: In

text: geometry

text: , a motion is an

text: isometry

text: of a

text: metric space

text: . For instance, a

text: plane

text: equipped with the

text: Euclidean distance

text: metric

text: is a

text: metric space

text: in which a mapping associating

text: congruent

text: figures is a motion. More generally, the term motion is a synonym for

text: surjective

text: isometry in metric geometry, including

text: elliptic geometry

text: and

text: hyperbolic geometry

text: . In the latter case,

text: hyperbolic motion

text: s provide an approach to the subject for beginners.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: NDQ_006328

answers: hyperbolic geometry

answers: NDQ_006329

answers: motion

answers: NDQ_006330

answers: is elliptical

answers: NDQ_006331

answers: NDQ_006322

answers: hyperbolic geometry.

answers: NDQ_006323

answers: Euclidean

answers: NDQ_006324

answers: hyperbolic geometry.

answers: NDQ_006325

answers: Euclidean distance

answers: NDQ_006326

answers: Euclidean distance metric

answers: NDQ_006327

answers: Euclidean distance metric

answers: NDQ_006328

answers: a motion is an isometry of a metric space.

answers: NDQ_006329

answers: congruent figures

answers: NDQ_006330

answers: Euclidean distance metric

answers: NDQ_006331

answers: In geometry,

text: The air pressure at Venus' surface is about 92 times that of the Earth. The enormous amount of CO in the atmosphere creates a strong greenhouse effect, raising the surface temperature to around 470 °C, hotter than that of any other planet in the Solar System.

text: The air pressure at Venus' surface is about 92 times that of the Earth. The enormous amount of CO in the atmosphere creates a strong

text: greenhouse effect

text: , raising the surface temperature to around 470 °C, hotter than that of any other planet in the Solar System.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: CO

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is about 92 times that of the Earth

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus'

answers: NDQ_006323

answers: CO

answers: NDQ_006324

answers: CO

answers: NDQ_006325

answers: 92 times

answers: NDQ_006326

answers: Earth.

answers: NDQ_006327

answers: 92 times that of the Earth.

answers: NDQ_006328

answers: 92 times that of the Earth.

answers: NDQ_006329

answers: 92 times that of the Earth.

answers: NDQ_006330

answers: 92 times that of the Earth.

answers: NDQ_006331

answers: hotter than that of any other planet in the Solar System.

text: The renowned astronomer Carl Sagan proposed the planetary engineering of Venus in an article published in the journal Science in 1961. Sagan imagined seeding the atmosphere of Venus with algae, which would convert water, nitrogen and carbon dioxide into organic compounds. As this process removed carbon dioxide from the atmosphere, the greenhouse effect would be reduced until surface temperatures dropped to "comfortable" levels. The resulting carbon, Sagan supposed, would be incinerated by the high surface temperatures of Venus, and thus be sequestered in the form of "graphite or some involatile form of carbon" on the planet's surface. However, later discoveries about the conditions on Venus made this particular approach impossible. One problem is that the clouds of Venus are composed of a highly concentrated sulfuric acid solution. Even if atmospheric algae could thrive in the hostile environment of Venus's upper atmosphere, an even more insurmountable problem is that its atmosphere is simply far too thick—the high atmospheric pressure would result in an "atmosphere of nearly pure molecular oxygen" and cause the planet's surface to be thickly covered in fine graphite powder. This volatile combination could not be sustained through time. Any carbon that was fixed in organic form would be liberated as carbon dioxide again through combustion, "short-circuiting" the terraforming process.

text: The renowned astronomer

text: Carl Sagan

text: proposed the

text: planetary engineering

text: of Venus in an article published in the journal

text: Science

text: in 1961. Sagan imagined seeding the atmosphere of

text: Venus

text: with

text: algae

text: , which would convert water, nitrogen and carbon dioxide into

text: organic compound

text: s. As this process removed

text: carbon dioxide

text: from the atmosphere, the

text: greenhouse effect

text: would be reduced until surface temperatures dropped to "comfortable" levels. The resulting carbon, Sagan supposed, would be incinerated by the high surface temperatures of Venus, and thus be

text: sequestered

text: in the form of "graphite or some involatile form of carbon" on the planet's surface. However, later discoveries about the conditions on

text: Venus

text: made this particular approach impossible. One problem is that the clouds of Venus are composed of a highly concentrated

text: sulfuric acid

text: solution. Even if atmospheric algae could thrive in the hostile environment of Venus's upper atmosphere, an even more insurmountable problem is that its atmosphere is simply far too thick—the high atmospheric pressure would result in an "atmosphere of nearly pure molecular oxygen" and cause the planet's surface to be thickly covered in fine graphite powder. This volatile combination could not be sustained through time. Any carbon that was fixed in organic form would be liberated as carbon dioxide again through combustion, "short-circuiting" the terraforming process.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: sulfuric acid solution

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: a highly concentrated sulfuric acid solution

answers: NDQ_006329

answers: surface temperatures dropped to "comfortable" levels

answers: NDQ_006330

answers: surface to be thickly covered in fine graphite powder

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: nitrogen

answers: NDQ_006324

answers: a highly concentrated sulfuric acid solution.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: "atmosphere of nearly pure molecular oxygen"

answers: NDQ_006328

answers: volatile combination could not be sustained through time.

answers: NDQ_006329

answers: the clouds of Venus are composed of a highly concentrated sulfuric acid solution.

answers: NDQ_006330

answers: thickly covered in fine graphite powder.

answers: NDQ_006331

answers: Venus

text: As one of the brightest objects in the sky, Venus has been a major fixture in human culture for as long as records have existed. It has been made sacred to gods of many cultures, and has been a prime inspiration for writers and poets as the "morning star" and "evening star". Venus was the first planet to have its motions plotted across the sky, as early as the second millennium BC, and was a prime target for early interplanetary exploration as the closest planet to Earth. It was the first planet beyond Earth visited by a spacecraft (Mariner 2) in 1962, and the first to be successfully landed on (by Venera 7) in 1970. Venus's thick clouds render observation of its surface impossible in visible light, and the first detailed maps did not emerge until the arrival of the Magellan orbiter in 1991. Plans have been proposed for rovers or more complex missions, but they are hindered by Venus's hostile surface conditions.

text: As one of the brightest objects in the sky, Venus has been a major fixture in human culture for as long as records have existed. It has been made sacred to gods of many cultures, and has been a prime inspiration for writers and poets as the "morning star" and "evening star". Venus was the first planet to have its motions plotted across the sky, as early as the second millennium BC, and was a prime target for early interplanetary exploration as the closest planet to Earth. It was the first planet beyond Earth visited by a spacecraft (

text: Mariner 2

text: ) in 1962, and the first to be successfully landed on (by

text: Venera 7

text: ) in 1970. Venus's thick clouds render observation of its surface impossible in visible light, and the first detailed maps did not emerge until the arrival of the

text: Magellan orbiter

text: in 1991. Plans have been proposed for

text: rovers

text: or more complex missions, but they are hindered by Venus's hostile surface conditions.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanic eruptions on venus

answers: NDQ_006329

answers: first detailed maps did not emerge

answers: NDQ_006330

answers: impossible in visible light

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Earth.

answers: NDQ_006324

answers: thick clouds

answers: NDQ_006325

answers: closest

answers: NDQ_006326

answers: closest planet to Earth.

answers: NDQ_006327

answers: Venus's thick clouds render observation of its surface impossible in visible light,

answers: NDQ_006328

answers: Venus was the first planet to have its motions

answers: NDQ_006329

answers: Venus's thick clouds render observation of its surface impossible in visible light,

answers: NDQ_006330

answers: Venus's thick clouds render observation of its surface impossible in visible light,

answers: NDQ_006331

answers: Venus

text: Studies have suggested that billions of years ago Venus's atmosphere was much more like Earth's than it is now, and that there may have been substantial quantities of liquid water on the surface, but after a period of 600 million to several billion years, a runaway greenhouse effect was caused by the evaporation of that original water, which generated a critical level of greenhouse gases in its atmosphere. Although the surface conditions on Venus are no longer hospitable to any Earthlike life that may have formed before this event, there is speculation on the possibility that life exists in the  upper cloud layers of Venus,  up from the surface, where the temperature ranges between 30 and 80 °C but the environment is acidic.

text: Studies have suggested that billions of years ago Venus's atmosphere was much more like Earth's than it is now, and that there may have been substantial quantities of liquid water on the surface, but after a period of 600 million to several billion years, a runaway greenhouse effect was caused by the evaporation of that original water, which generated a critical level of greenhouse gases in its atmosphere. Although the surface conditions on Venus are no longer hospitable to any Earthlike life that may have formed before this event, there is speculation on the possibility that life exists in the  upper cloud layers of Venus,  up from the surface, where the temperature ranges between 30 and 80 °C but the environment is acidic.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: acidic

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: runaway greenhouse effect

answers: NDQ_006329

answers: a runaway greenhouse effect

answers: NDQ_006330

answers: no longer hospitable to any Earthlike life

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus's

answers: NDQ_006323

answers: water

answers: NDQ_006324

answers: greenhouse gases

answers: NDQ_006325

answers: Venus's

answers: NDQ_006326

answers: Earth's

answers: NDQ_006327

answers: runaway greenhouse effect

answers: NDQ_006328

answers: Venus's atmosphere was much more like Earth's than it is now,

answers: NDQ_006329

answers: substantial quantities of liquid water on the surface,

answers: NDQ_006330

answers: no longer hospitable to any Earthlike life

answers: NDQ_006331

answers: Venus's

text: ISRO is assessing the Venus orbiter mission by 2016–2017 to study its atmosphere. Jacques Blamont, an astrophysicist, has offered to help the Indian Space Research Organisation with gigantic balloons carrying several instruments but designed to pop in and out of the extremely hot atmosphere of the planet after being unfettered from the orbiter.

text: ISRO is assessing the

text: Venus orbiter mission

text: by 2016–2017 to study its atmosphere. Jacques Blamont, an astrophysicist, has offered to help the Indian Space Research Organisation with gigantic balloons carrying several instruments but designed to pop in and out of the extremely hot atmosphere of the planet after being unfettered from the orbiter.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: Venus orbiter mission by 2016–2017

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus orbiter mission by 2016–2017

answers: NDQ_006324

answers: hot

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus orbiter mission by 2016–2017 to study its atmosphere.

answers: NDQ_006327

answers: hot

answers: NDQ_006328

answers: Venus orbiter mission by 2016–2017

answers: NDQ_006329

answers: Venus orbiter mission by 2016–2017 to study its atmosphere.

answers: NDQ_006330

answers: atmosphere.

answers: NDQ_006331

answers: Venus

text: The venue plan has been vastly changed from the original plan, with sixty percent of the 51 original venues being dropped. The venues were to be divided into three zones - Central Games Zone (Toronto, Mississauga, Brampton, Richmond Hill and Markham), West Games Zone (Hamilton) and East Games Zone (Oshawa, Ajax and Pickering). In addition there were also be venues located outside these zones in Barrie, St. Catharines, Palgrave, Minden and Welland. Ian Troop the CEO of the Organizing Committee said the venue plan was changed because, "the benefits of clustering are that you create economies of scale, the goal for our refined and improved venue plan is to reduce the operational complexities of the event, save costs, deliver an athlete-centred Games that facilitates great performance and create a much richer spectator experience.” Among the changes included the city's largest arena the Air Canada Centre being dropped, due to the organizing committee feeling none of the events warranted that amount of seating (20,000) and the desire to have full venues. Also the cities of Richmond Hill, Burlington and Brampton among others were dropped as host cities. Organizers later revealed a plan that put the majority of venues have into nine cluster zones within the Greater Toronto Area: the Toronto Pan Am Park, Abilities Centre cluster, Etobicoke, Markham, Mississauga, Scarborough, University of Toronto (downtown) and York University clusters. In addition to these there was fourteen venues that was to be outside the boundaries of the Greater Toronto Area. This plan was later replaced with the current venue proposal of five venue zones.

text: The venue plan has been vastly changed from the original plan, with sixty percent of the 51 original venues being dropped. The venues were to be divided into three zones - Central Games Zone (Toronto,

text: Mississauga

text: Brampton

text: Richmond Hill

text: and

text: Markham

text: ), West Games Zone (

text: Hamilton

text: ) and East Games Zone (

text: Oshawa

text: Ajax

text: and

text: Pickering

text: ). In addition there were also be venues located outside these zones in

text: Barrie

text: St. Catharines

text: Palgrave

text: Minden

text: and

text: Welland

text: Ian Troop

text: the

text: CEO

text: of the

entity_name: Toronto Organizing Committee for the 2015 Pan and Parapan American Games

text: Organizing Committee

text: said the venue plan was changed because, "the benefits of clustering are that you create economies of scale, the goal for our refined and improved venue plan is to reduce the operational complexities of the event, save costs, deliver an athlete-centred Games that facilitates great performance and create a much richer spectator experience.” Among the changes included the city's largest arena the

text: Air Canada Centre

text: being dropped, due to the organizing committee feeling none of the events warranted that amount of seating (20,000) and the desire to have full venues. Also the cities of

text: Richmond Hill

text: Burlington

text: and

text: Brampton

text: among others were dropped as host cities. Organizers later revealed a plan that put the majority of venues have into nine cluster zones within the

text: Greater Toronto Area

text: : the Toronto Pan Am Park, Abilities Centre cluster, Etobicoke, Markham, Mississauga, Scarborough, University of Toronto (downtown) and York University clusters. In addition to these there was fourteen venues that was to be outside the boundaries of the Greater Toronto Area. This plan was later replaced with the current venue proposal of five venue zones.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Toronto Pan Am Park,

answers: NDQ_006323

answers: (20,000)

answers: NDQ_006324

answers: sixty percent of the 51 original venues being dropped.

answers: NDQ_006325

answers: (20,000)

answers: NDQ_006326

answers: (20,000)

answers: NDQ_006327

answers: sixty percent of the 51 original venues being dropped.

answers: NDQ_006328

answers: Toronto Pan Am Park,

answers: NDQ_006329

answers: fourteen venues that was to be outside the boundaries of the Greater Toronto Area.

answers: NDQ_006330

answers: nine cluster zones within the Greater Toronto Area:

answers: NDQ_006331

answers: Toronto Pan Am Park,

text: Williams entered the Year-End Championships as the second seed and was placed in the Maroon group with Elena Dementieva, Svetlana Kuznetsova and sister Venus Williams. Williams was in contention for the Year-End no. 1 ranking along with top seed Dinara Safina. Williams began her tournament against Svetlana Kuznetsova. Williams rallied in the first coming back from a break twice to take it to a tie-break, Williams then took the second set breaking Kuznetsova in the 11th game of the set and served it out to win the match. In her second round robin match, Williams faced older sister Venus Williams. Serena lost the first set but came back to win the second. In the finals set Serena was up by a double break, just to see Venus take five games in a row. Serena was serving to stay in that match in twelfth game and saved a match point to go to a tie-break, with Serena taking the breaker. Due to Safina's withdrawal from the event, thus securing Serena Williams the Year End no. 1 ranking only for the second time in her career. In her final group match, she took on Elena Dementieva, whom she has split their 4 meeting in the year,  Dementieva began the match by breaking Williams in the third game, just to see Williams get back by winning the next seven game to take the first set and an early break. Dementieva came back to push it on serve but got broken in the ninth game of the set and Williams closed it out to go 3-0 in her group. In the semifinals, Williams faced Caroline Wozniacki, where she took the first set and was broken in the first game when Wozniacki retired due to a left abdominal strain. In the final it was an all-Williams final, as she took on sister Venus Williams, Serena took the first set breaking Venus twice. The second set, went on serve all throughout, with no breaks thus going to a tie-break, which Serena won to cap her no. 1 ranking with her 35th title.

text: Williams entered the

text: Year-End Championships

text: as the second seed and was placed in the Maroon group with

text: Elena Dementieva

text: Svetlana Kuznetsova

text: and sister

text: Venus Williams

text: . Williams was in contention for the Year-End no. 1 ranking along with top seed

text: Dinara Safina

text: . Williams began her tournament against

text: Svetlana Kuznetsova

text: . Williams rallied in the first coming back from a break twice to take it to a tie-break, Williams then took the second set breaking Kuznetsova in the 11th game of the set and served it out to win the match. In her second round robin match, Williams faced older sister

text: Venus Williams

text: . Serena lost the first set but came back to win the second. In the finals set Serena was up by a double break, just to see Venus take five games in a row. Serena was serving to stay in that match in twelfth game and saved a match point to go to a tie-break, with Serena taking the breaker. Due to Safina's withdrawal from the event, thus securing Serena Williams the Year End no. 1 ranking only for the second time in her career. In her final group match, she took on

text: Elena Dementieva

text: , whom she has split their 4 meeting in the year,  Dementieva began the match by breaking Williams in the third game, just to see Williams get back by winning the next seven game to take the first set and an early break. Dementieva came back to push it on serve but got broken in the ninth game of the set and Williams closed it out to go 3-0 in her group. In the semifinals, Williams faced

text: Caroline Wozniacki

text: , where she took the first set and was broken in the first game when Wozniacki retired due to a left abdominal strain. In the final it was an all-Williams final, as she took on sister

text: Venus Williams

text: , Serena took the first set breaking Venus twice. The second set, went on serve all throughout, with no breaks thus going to a tie-break, which Serena won to cap her no. 1 ranking with her 35th title.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Serena lost the first set but came back to win the second

answers: NDQ_006329

answers: a topographic map of Venus reveals

answers: NDQ_006330

answers: yes

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus Williams, Serena took the first set breaking Venus

answers: NDQ_006323

answers: Venus Williams, Serena took the first set breaking Venus twice.

answers: NDQ_006324

answers: Venus Williams, Serena took the first set breaking Venus

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus Williams, Serena took the first set breaking Venus twice.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus take five games in a row.

answers: NDQ_006329

answers: Venus take five games in a row.

answers: NDQ_006330

answers: Venus Williams,

answers: NDQ_006331

answers: sister Venus Williams,

text: According to CEO John Furlong, VANOC "started our venue construction as early as possible". Construction on Cypress Mountain, the first new competition venue to be completed, began in March 2006 and was completed only eight months later, three years ahead of the start of the Games. By December 2007, all three competition venues at Whistler were completed and open for training and testing. Final construction was completed in February 2009, and sporting events were scheduled at the venues to ensure that they would be adequately tested before hosting the Olympic events. In total, six new competition venues were constructed: Cypress Mountain, Richmond Olympic Oval, UBC Thunderbird Arena, Vancouver Olympic/Paralympic Centre, Whistler Olympic Park, and The Whistler Sliding Centre.

text: According to CEO

text: John Furlong

text: , VANOC "started our venue construction as early as possible". Construction on

text: Cypress Mountain

text: , the first new competition venue to be completed, began in March 2006 and was completed only eight months later, three years ahead of the start of the Games. By December 2007, all three competition venues at Whistler were completed and open for training and testing. Final construction was completed in February 2009, and sporting events were scheduled at the venues to ensure that they would be adequately tested before hosting the Olympic events. In total, six new competition venues were constructed: Cypress Mountain,

text: Richmond Olympic Oval

text: UBC Thunderbird Arena

text: Vancouver Olympic/Paralympic Centre

text: Whistler Olympic Park

text: , and

text: The Whistler Sliding Centre

answers: NDQ_006322

answers: the Sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Cypress Mountain,

answers: NDQ_006323

answers: 2006

answers: NDQ_006324

answers: 2006

answers: NDQ_006325

answers: 2006

answers: NDQ_006326

answers: three years ahead of the start of the Games.

answers: NDQ_006327

answers: six new competition venues were constructed: Cypress Mountain, Richmond Olympic Oval,

answers: NDQ_006328

answers: March 2006

answers: NDQ_006329

answers: six new competition venues were constructed: Cypress Mountain, Richmond Olympic Oval,

answers: NDQ_006330

answers: three years ahead of the start of the Games. By December 2007,

answers: NDQ_006331

answers: March 2006

text: The fact that Venus is located closer to the Sun than Earth, raising temperatures on the surface to nearly , the atmospheric pressure is 90 times that of Earth, and the extreme impact of the greenhouse effect, make water-based life as we know it unlikely on the surface of the planet. However, a few scientists have speculated that thermoacidophilic  extremophile microorganisms might exist in the lower-temperature, acidic upper layers of the Venusian atmosphere.

text: The fact that Venus is located closer to the

text: Sun

text: than

text: Earth

text: , raising temperatures on the surface to nearly , the atmospheric pressure is 90 times that of Earth, and the extreme impact of the

text: greenhouse effect

text: , make water-based

text: life

text: as we know it unlikely on the surface of the planet. However, a few scientists have speculated that thermoacidophilic

text: extremophile

text: microorganisms

text: might exist in the lower-temperature, acidic upper layers of the Venusian atmosphere.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: acidic

answers: NDQ_006325

answers: closer

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: NDQ_006329

answers: surface of Venus

answers: NDQ_006330

answers: raising temperatures on the surface to nearly

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Sun

answers: NDQ_006324

answers: water-based

answers: NDQ_006325

answers: closer

answers: NDQ_006326

answers: Venus is located closer to the Sun than Earth,

answers: NDQ_006327

answers: 90 times that of Earth,

answers: NDQ_006328

answers: 90 times that of Earth,

answers: NDQ_006329

answers: the atmospheric pressure is 90 times that of Earth,

answers: NDQ_006330

answers: raising temperatures

answers: NDQ_006331

answers: Venus

text: The current Venusian atmosphere has only ~200 mg/kg HO(g) in its atmosphere and the pressure and temperature regime makes water unstable on its surface. Nevertheless, assuming that early Venus's HO had a D/H ratio similar to Earth's Vienna Standard Mean Ocean Water (VSMOW) of 1.6×10, the current D/H isotopic ratio in the Venusian atmosphere of 1.9×10, at nearly ×120 of Earth's, may indicate that Venus had a much larger HO inventory. While the large disparity between terrestrial and Venusian D/H ratios makes any estimation of Venus's geologically ancient water budget difficult, its mass may have been at least 0.3% of Earth's hydrosphere. Estimates based on Venus's levels of deuterium suggest that the planet has lost anywhere from  of surface water up to "an Earth's ocean's worth".

text: The current Venusian atmosphere has only ~200 mg/kg HO(g) in its atmosphere and the pressure and temperature regime makes water unstable on its surface. Nevertheless, assuming that early Venus's HO had a D/H ratio similar to Earth's Vienna Standard Mean Ocean Water (

text: VSMOW

text: ) of 1.6×10, the current D/H isotopic ratio in the Venusian atmosphere of 1.9×10, at nearly ×120 of Earth's, may indicate that Venus had a much larger HO inventory. While the large disparity between terrestrial and Venusian D/H ratios makes any estimation of Venus's geologically ancient water budget difficult, its mass may have been at least 0.3% of Earth's hydrosphere. Estimates based on Venus's levels of

text: deuterium

text: suggest that the planet has lost anywhere from  of surface water up to "an Earth's ocean's worth".

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus's geologically ancient water budget

answers: NDQ_006329

answers: water unstable on its surface

answers: NDQ_006330

answers: water unstable on its surface

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venusian

answers: NDQ_006323

answers: deuterium

answers: NDQ_006324

answers: HO(g) in its atmosphere and the pressure and temperature regime makes water

answers: NDQ_006325

answers: Venusian

answers: NDQ_006326

answers: Earth's

answers: NDQ_006327

answers: the pressure and temperature regime makes water unstable on its surface.

answers: NDQ_006328

answers: 1.9<unk>10,

answers: NDQ_006329

answers: Venus had a much larger HO inventory.

answers: NDQ_006330

answers: pressure and temperature regime makes water unstable on its surface.

answers: NDQ_006331

answers: Venusian

text: Several lines of evidence point to ongoing volcanic activity on Venus. During the Soviet Venera program, the Venera 9 orbiter obtained spectroscopic evidence of lightning on Venus, and the Venera 12 descent probe obtained additional evidence of lightning and thunder. The European Space Agency's Venus Express in 2007 detected whistler waves further confirming the occurrence of lightning on Venus. Although rainfall drives thunderstorms on Earth, there is no rainfall on the surface of Venus (though sulfuric acid rain falls in the upper atmosphere, then evaporates around 25 km above the surface). One possibility is that ash from a volcanic eruption was generating the lightning. Another piece of evidence comes from measurements of sulfur dioxide concentrations in the atmosphere, which dropped by a factor of 10 between 1978 and 1986, jumped in 2006, and again declined 10-fold. This may mean that levels had been boosted several times by large volcanic eruptions.

text: Several lines of evidence point to ongoing

text: volcanic

text: activity on Venus. During the Soviet

text: Venera

text: program, the

text: Venera 9

text: orbiter obtained spectroscopic evidence of

text: lightning

text: on Venus, and the

text: Venera 12

text: descent probe obtained additional evidence of lightning and

text: thunder

text: . The

text: European Space Agency

text: 's

text: Venus Express

text: in 2007 detected

text: whistler waves

text: further confirming the occurrence of lightning on Venus. Although rainfall drives

text: thunderstorm

text: s on Earth, there is no rainfall on the surface of Venus (though

text: sulfuric acid

text: rain falls in the upper atmosphere, then evaporates around 25 km above the surface). One possibility is that ash from a volcanic eruption was generating the lightning. Another piece of evidence comes from measurements of

text: sulfur dioxide

text: concentrations in the atmosphere, which dropped by a factor of 10 between 1978 and 1986, jumped in 2006, and again declined 10-fold. This may mean that levels had been boosted several times by large volcanic eruptions.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: sulfuric acid

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: There is no rainfall on the surface of Venus

answers: NDQ_006329

answers: no rainfall on the surface of Venus

answers: NDQ_006330

answers: rainfall drives thunderstorms on Earth, there is no rainfall on the surface of Venus

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: sulfuric acid

answers: NDQ_006324

answers: ash

answers: NDQ_006325

answers: Venus.

answers: NDQ_006326

answers: spectroscopic evidence of lightning on Venus,

answers: NDQ_006327

answers: there is no rainfall

answers: NDQ_006328

answers: Several lines of evidence point to ongoing volcanic activity on Venus.

answers: NDQ_006329

answers: there is no rainfall

answers: NDQ_006330

answers: there is no rainfall

answers: NDQ_006331

answers: Venus.

text: For the Summer Olympics, there were a total of 21 venues starting with the letter 'D' and 20 venues that start with the letter 'E'.

text: For the

text: Summer Olympics

text: , there were a total of 21

text: venues

text: starting with the letter 'D' and 20 venues that start with the letter 'E'.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: craters

answers: NDQ_006330

answers: E

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 'D'

answers: NDQ_006323

answers: 'D'

answers: NDQ_006324

answers: 21 venues starting with the letter 'D'

answers: NDQ_006325

answers: 21 venues starting with the letter 'D'

answers: NDQ_006326

answers: 20 venues that start with the letter 'E'.

answers: NDQ_006327

answers: 21 venues starting with the letter 'D'

answers: NDQ_006328

answers: 21 venues starting with the letter 'D'

answers: NDQ_006329

answers: 21 venues starting with the letter 'D'

answers: NDQ_006330

answers: 21 venues starting with the letter 'D'

answers: NDQ_006331

answers: 21 venues starting with the letter 'D'

text: For the Summer Olympics there are 31 venues that have been or will be used for swimming. The first venue took place in The Bay of Zea for the 1896 Games. Four years later, the events took place on the River Seine. They were part of events that were on the same venue as the 1904 Louisiana Purchase Exposition. By the 1908 Games, the first venue for swimming that was not in a lake or a river took place. It was not until 1920 Games that a separate venue was created for the aquatic events. The first venue where indoor swimming took place was after World War II at London in 1948.

text: For the

text: Summer Olympics

text: there are 31

text: venues

text: that have been or will be used for

text: swimming

text: . The first venue took place in The Bay of Zea for the

text: 1896 Games

text: Four years later

text: , the events took place on the River Seine. They were part of

text: events

text: that were on the same venue as the 1904

text: Louisiana Purchase Exposition

text: . By the

text: 1908 Games

text: , the first venue for swimming that was not in a lake or a river took place. It was not until

text: 1920 Games

text: that a separate venue was created for the aquatic events. The first venue where indoor swimming took place was after

text: World War II

text: at London in

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: The Bay of Zea

answers: NDQ_006323

answers: The Bay of Zea

answers: NDQ_006324

answers: The Bay of Zea

answers: NDQ_006325

answers: The Bay of Zea

answers: NDQ_006326

answers: The Bay of Zea

answers: NDQ_006327

answers: The Bay of Zea

answers: NDQ_006328

answers: The Bay of Zea

answers: NDQ_006329

answers: The Bay of Zea

answers: NDQ_006330

answers: The Bay of Zea

answers: NDQ_006331

answers: The Bay of Zea

text: Due to its extremely hostile conditions, a surface colony on Venus is not possible with current technology. The atmospheric pressure and temperature approximately fifty kilometres above the surface are similar to those at Earth's surface. In Venus's mostly carbon dioxide atmosphere, Earth's air (nitrogen and oxygen) would act as a lifting gas. This has led to proposals for "floating cities" in the Venusian atmosphere. Aerostats (lighter-than-air balloons) could be used for initial exploration and ultimately for permanent settlements. Among the many engineering challenges are the dangerous amounts of sulfuric acid at these heights.

text: Due to its extremely hostile conditions, a surface colony on Venus is not possible with current technology. The atmospheric pressure and temperature approximately fifty kilometres above the surface are similar to those at Earth's surface. In Venus's mostly carbon dioxide atmosphere, Earth's air (nitrogen and oxygen) would act as a lifting gas. This has led to proposals for "floating cities" in the Venusian atmosphere.

text: Aerostat

text: s (lighter-than-air balloons) could be used for initial exploration and ultimately for permanent settlements. Among the many engineering challenges are the dangerous amounts of sulfuric acid at these heights.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanoes on venus

answers: NDQ_006329

answers: a surface colony on Venus is not possible with current technology

answers: NDQ_006330

answers: is not possible with current technology

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: fifty kilometres

answers: NDQ_006326

answers: Earth's surface.

answers: NDQ_006327

answers: similar to those at Earth's surface.

answers: NDQ_006328

answers: a surface colony on Venus is not possible with current technology.

answers: NDQ_006329

answers: The atmospheric pressure and temperature approximately fifty kilometres above the surface

answers: NDQ_006330

answers: similar to those at Earth's surface.

answers: NDQ_006331

answers: Venus

text: Depending on planet size and atmospheric composition, however, a lack of magnetic field does not determine the fate of a planet's atmosphere. Venus, for instance, has no powerful magnetic field. Its close proximity to the Sun also increases the speed and number of particles, and would presumably cause the atmosphere to be stripped almost entirely, much like that of Mars. Despite this, the atmosphere of Venus is  two orders of magnitudes denser than Earth's. Recent models indicate that stripping by solar wind accounts for less than 1/3 of total non-thermal loss processes.

text: Depending on planet size and atmospheric composition, however, a lack of magnetic field does not determine the fate of a planet's atmosphere.

text: Venus

text: , for instance, has no powerful magnetic field. Its close proximity to the

text: Sun

text: also increases the speed and number of particles, and would presumably cause the atmosphere to be stripped almost entirely, much like that of

text: Mars

text: . Despite this, the atmosphere of Venus is  two orders of magnitudes denser than Earth's. Recent models indicate that stripping by solar wind accounts for less than 1/3 of total non-thermal loss processes.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmospheric composition

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: stripping by solar wind accounts for less than 1/3 of total non-thermal loss processes.

answers: NDQ_006329

answers: Venus, for instance, has no powerful magnetic field

answers: NDQ_006330

answers: has no powerful magnetic field

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Sun

answers: NDQ_006324

answers: particles,

answers: NDQ_006325

answers: two orders of magnitudes denser

answers: NDQ_006326

answers: Its close proximity to the Sun also increases the speed and number of particles,

answers: NDQ_006327

answers: two orders of magnitudes denser than Earth's.

answers: NDQ_006328

answers: Venus, for instance, has no powerful magnetic field.

answers: NDQ_006329

answers: Venus, for instance, has no powerful magnetic field.

answers: NDQ_006330

answers: Venus, for instance, has no powerful magnetic field.

answers: NDQ_006331

answers: Venus,

text: The surface of Venus has been divided into 8 quadrangles at the 1:10,000,000 map scale.

text: The surface of

text: Venus

text: has been divided into 8

text: quadrangle

text: s at the 1:10,000,000 map

text: scale

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanoes on venus

answers: NDQ_006329

answers: 8 quadrangles

answers: NDQ_006330

answers: has 8 quadrangles

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: The surface of Venus has been divided into 8 quadrangles

answers: NDQ_006324

answers: 8 quadrangles

answers: NDQ_006325

answers: Venus has been divided into 8 quadrangles

answers: NDQ_006326

answers: Venus has been divided into 8 quadrangles at the 1:10,000,000

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: The surface of Venus has been divided into 8 quadrangles

answers: NDQ_006329

answers: The surface of Venus has been divided into 8 quadrangles

answers: NDQ_006330

answers: The surface of Venus has been divided into 8 quadrangles

answers: NDQ_006331

answers: Venus

text: , or when the solar wind is not opposed by the object's magnetic field. In this case, the solar wind interacts with the atmosphere or ionosphere of the planet (or surface of the planet, if the planet has no atmosphere). Venus has an induced magnetic field, which means that because Venus appears to have no internal dynamo effect, the only magnetic field present is that formed by the solar wind's wrapping around the physical obstacle of Venus (see also Venus' induced magnetosphere). When

text: , or when the solar wind is not opposed by the object's magnetic field. In this case, the solar wind interacts with the atmosphere or ionosphere of the planet (or surface of the planet, if the planet has no atmosphere).

text: Venus

text: has an induced magnetic field, which means that because Venus appears to have no

text: internal dynamo effect

text: , the only magnetic field present is that formed by the solar wind's wrapping around the physical obstacle of Venus (see also

text: Venus' induced magnetosphere

text: ). When

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: ionosphere

answers: NDQ_006327

answers: NDQ_006328

answers: Venus has an induced magnetic field

answers: NDQ_006329

answers: surface of the planet

answers: NDQ_006330

answers: has an induced magnetic field

answers: NDQ_006331

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: solar wind is not opposed by the object's magnetic field.

answers: NDQ_006324

answers: induced magnetic field,

answers: NDQ_006325

answers: solar wind is not opposed by the object's magnetic field.

answers: NDQ_006326

answers: the solar wind is not opposed by the object's magnetic field.

answers: NDQ_006327

answers: Venus has an induced magnetic field,

answers: NDQ_006328

answers: Venus has an induced magnetic field,

answers: NDQ_006329

answers: Venus has an induced magnetic field,

answers: NDQ_006330

answers: Venus has an induced magnetic field,

answers: NDQ_006331

answers: solar wind is not opposed by the object's magnetic field.

text: Iggy Pop voices the in-game tutorials for the game, and lends his trademark shirtless image to a Lego avatar for the game. David Bowie, along with his band and a venue loosely based on his music video for "Let's Dance", also appears in the game. The bands Queen, Blur, and Spinal Tap have Lego avatars for the game (in the Nintendo DS version, however, the Spinal Tap minifigures are not available). In the case of Queen guitarist Brian May, he had required that the developers represent his hair style on his Lego caricature. John Drake of Harmonix stated the presence of Pop and Bowie add "rock credibility" to the family-friendly title. TT Fusion opted to map the motions of the Lego mini-figurines to key frame animation instead of motion capture which had been used on previous Rock Band titles, as it allowed for them to animate more exaggerated motions and effects.

text: Iggy Pop

text: voices the in-game tutorials for the game, and lends his trademark shirtless image to a Lego avatar for the game.

text: David Bowie

text: , along with his band and a venue loosely based on his music video for "

text: Let's Dance

text: ", also appears in the game. The bands

text: Queen

text: Blur

text: , and

text: Spinal Tap

text: have

entity_name: List of artists who have portrayed themselves in music games

text: Lego avatars

text: for the game (in the Nintendo DS version, however, the Spinal Tap minifigures are not available). In the case of Queen guitarist

text: Brian May

text: , he had required that the developers represent his hair style on his Lego caricature. John Drake of Harmonix stated the presence of Pop and Bowie add "rock credibility" to the family-friendly title. TT Fusion opted to map the motions of the Lego mini-figurines to

text: key frame

text: animation instead of

text: motion capture

text: which had been used on previous Rock Band titles, as it allowed for them to animate more exaggerated motions and effects.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Spinal Tap

answers: NDQ_006323

answers: Lego avatar for the game. David Bowie,

answers: NDQ_006324

answers: Lego

answers: NDQ_006325

answers: Iggy Pop

answers: NDQ_006326

answers: Iggy Pop

answers: NDQ_006327

answers: "Let's Dance",

answers: NDQ_006328

answers: "Let's Dance",

answers: NDQ_006329

answers: Lego avatar for the game. David Bowie,

answers: NDQ_006330

answers: Iggy Pop

answers: NDQ_006331

answers: Iggy Pop

text: Venus is brightest when approximately 25% of its disk is illuminated; this typically occurs 37 days both before (in the evening sky) and after (in the morning sky) its inferior conjunction. Its greatest elongations occur approximately 70 days before and after inferior conjunction, at which time it is half full; between these two intervals Venus is actually visible in broad daylight, if the observer knows specifically where to look for it. The planet's period of retrograde motion is 20 days on either side of the inferior conjunction. In fact, through a telescope Venus at greatest elongation appears less than half full due to Schröter's effect first noticed in 1793 and shown in 1996 as due to its thick atmosphere.

text: Venus is brightest when approximately 25% of its disk is illuminated; this typically occurs 37 days both before (in the evening sky) and after (in the morning sky) its

text: inferior conjunction

text: . Its greatest elongations occur approximately 70 days before and after inferior conjunction, at which time it is half full; between these two intervals Venus is actually visible in broad daylight, if the observer knows specifically where to look for it. The planet's period of retrograde motion is 20 days on either side of the inferior conjunction. In fact, through a telescope Venus at greatest elongation appears less than half full due to

text: Schröter

text: 's effect first noticed in 1793 and shown in 1996 as due to its thick atmosphere.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: thick atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Schröter's effect first noticed in 1793 and shown in 1996

answers: NDQ_006329

answers: its thick atmosphere

answers: NDQ_006330

answers: its thick atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: thick atmosphere.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus is actually visible in broad daylight,

answers: NDQ_006327

answers: thick atmosphere.

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: Venus at greatest elongation appears less than half full

answers: NDQ_006330

answers: thick atmosphere.

answers: NDQ_006331

answers: Venus

text: Venera 4 ( meaning Venus 4), also designated 1V (V-67) s/n 310 was a probe in the Soviet Venera program for the exploration of Venus. It was the first successful probe to perform in-place analysis of the environment of another planet. It may also have been the first probe to land on another planet, with the fate of its predecessor Venera 3 being unclear. Venera 4 provided the first chemical analysis of the Venusian atmosphere, showing it to be primarily carbon dioxide with a few percent of nitrogen and below one percent of oxygen and water vapors. The station detected a weak magnetic field and no radiation field. The outer atmospheric layer contained very little hydrogen and no atomic oxygen. The probe sent the first direct measurements proving that Venus was extremely hot, that its atmosphere was far denser than expected, and that it had lost most of its water long ago.

text: Venera 4 ( meaning Venus 4), also designated 1V (V-67) s/n 310 was a probe in the

text: Soviet

text: Venera program

text: for the exploration of

text: Venus

text: . It was the first successful probe to perform in-place analysis of the environment of another

text: planet

text: . It may also have been the first probe to land on another planet, with the fate of its predecessor

text: Venera 3

text: being unclear. Venera 4 provided the first chemical analysis of the Venusian atmosphere, showing it to be primarily

text: carbon dioxide

text: with a few percent of

text: nitrogen

text: and below one percent of

text: oxygen

text: and water vapors. The station detected a weak magnetic field and no radiation field. The outer atmospheric layer contained very little hydrogen and no atomic oxygen. The probe sent the first direct measurements proving that Venus was extremely hot, that its atmosphere was far denser than expected, and that it had lost most of its water long ago.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The station detected a weak magnetic field

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: The probe sent the first direct measurements proving that Venus was extremely hot

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: weak magnetic field

answers: NDQ_006326

answers: Venus was extremely hot,

answers: NDQ_006327

answers: Venus was extremely hot,

answers: NDQ_006328

answers: weak magnetic field and no radiation field.

answers: NDQ_006329

answers: it had lost most of its water long ago.

answers: NDQ_006330

answers: Venus was extremely hot,

answers: NDQ_006331

answers: Venus was extremely hot,

text: Following the May 7th hearing regarding the motion to change venue a Californian federal judge granted Zuffa the motion to change venue to Las Vegas after citing contract agreements from the former employees.

text: Following the May 7th hearing regarding the motion to change venue a Californian federal judge granted Zuffa the motion to change venue to Las Vegas after citing contract agreements from the former employees.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: a ringed planet

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Las Vegas

answers: NDQ_006323

answers: contract agreements

answers: NDQ_006324

answers: Las Vegas

answers: NDQ_006325

answers: Las Vegas

answers: NDQ_006326

answers: Las Vegas

answers: NDQ_006327

answers: Las Vegas

answers: NDQ_006328

answers: May 7th

answers: NDQ_006329

answers: Las Vegas

answers: NDQ_006330

answers: Las Vegas

answers: NDQ_006331

answers: Las Vegas

text: |team1=Italy|team2=France|venue=Burswood Entertainment Complex, Perth|date=7 January 2011|AWST]] (UTC+8)|surface=hard (indoors)|score1= 0|score2= 3|R1=|R2=|R3=}}

text: Burswood Entertainment Complex

text: Perth

text: |date=7 January 2011|AWST]] (

text: )|surface=hard (indoors)|score1= 0|score2= 3|R1=|R2=|R3=}}

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is a planet

answers: NDQ_006327

answers: Venus has an intense greenhouse effect.

answers: NDQ_006328

answers: venus is a planet in the solar system

answers: NDQ_006329

answers: a swarm of red dwarfs

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: Mercury is the 2nd hottest planet in the solar system.

answers: NDQ_006322

answers: |team1=Italy|team2=France|venue=Burswood

answers: NDQ_006323

answers: |team1=Italy|team2=France|venue=Burswood

answers: NDQ_006324

answers: |team1=Italy|team2=France|venue=Burswood

answers: NDQ_006325

answers: 0|score2=

answers: NDQ_006326

answers: |team1=Italy|team2=France|venue=Burswood

answers: NDQ_006327

answers: |team1=Italy|team2=France|venue=Burswood

answers: NDQ_006328

answers: 0|score2=

answers: NDQ_006329

answers: (UTC+8)|surface=hard (indoors)|score1= 0|score2=

answers: NDQ_006330

answers: (UTC+8)|surface=hard (indoors)|score1=

answers: NDQ_006331

answers: |team1=Italy|team2=France|venue=Burswood

text: The primary venue is TivoliVredenburg, which opened in 2014. TivoliVredenburg is on the former site of an earlier music venue, Muziekcentrum Vredenburg. The Muziekcentrum was the festival's primary venue until it was demolished in 2008, to allow for new construction. The main concert hall of the Muziekcentrum was subsumed into the TivoliVredenburg.

text: The primary venue is

text: TivoliVredenburg

text: , which opened in 2014. TivoliVredenburg is on the former site of an earlier music venue,

text: Muziekcentrum Vredenburg

text: . The Muziekcentrum was the festival's primary venue until it was demolished in 2008, to allow for new construction. The main concert hall of the Muziekcentrum was subsumed into the TivoliVredenburg.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: TivoliVredenburg,

answers: NDQ_006323

answers: 2014. TivoliVredenburg

answers: NDQ_006324

answers: 2014.

answers: NDQ_006325

answers: 2014. TivoliVredenburg

answers: NDQ_006326

answers: Muziekcentrum Vredenburg.

answers: NDQ_006327

answers: The primary venue is TivoliVredenburg,

answers: NDQ_006328

answers: TivoliVredenburg,

answers: NDQ_006329

answers: Muziekcentrum Vredenburg.

answers: NDQ_006330

answers: 2014.

answers: NDQ_006331

answers: 2014.

text: Many of Anstey's stories have been adapted into theatrical productions and motion pictures. The Tinted Venus was adapted by S. J. Perelman, Ogden Nash, and Kurt Weill into One Touch of Venus in 1943. Vice Versa has been filmed many times, usually transposed in setting and without any credit to the original book. Another of his novels, The Brass Bottle, has also been filmed more than once, including The Brass Bottle (1964). His Tourmalin's Time Cheques (1891) is one of the earliest stories featuring the science fiction concept of intentional and frequent movement in time, and probably the first to investigate the practical paradoxes such a concept would create.

text: Many of Anstey's stories have been adapted into theatrical productions and motion pictures. The Tinted Venus was adapted by

text: S. J. Perelman

text: Ogden Nash

text: , and

text: Kurt Weill

text: into

text: One Touch of Venus

text: in 1943. Vice Versa has been filmed many times, usually transposed in setting and without any credit to the original book. Another of his novels, The Brass Bottle, has also been filmed more than once, including

text: The Brass Bottle

text: (1964). His Tourmalin's Time Cheques (1891) is one of the earliest stories featuring the science fiction

text: concept of intentional and frequent movement in time

text: , and probably the first to investigate the practical paradoxes such a concept would create.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: Tourmalin

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Tourmalin's Time Cheques

answers: NDQ_006329

answers: The Tinted Venus

answers: NDQ_006330

answers: One Touch of Venus

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: Venus

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: One Touch of Venus

answers: NDQ_006329

answers: Venus

answers: NDQ_006330

answers: Venus

answers: NDQ_006331

answers: Venus

text: A motion is a formal step to introduce a matter for consideration by a group. It is a common concept in the procedure of trade unions, students' unions, corporations, and other deliberative assemblies. Motions can be oral or in writing, the written form being known as a resolution.

text: A motion is a formal step to introduce a matter for consideration by a group. It is a common concept in the procedure of

text: trade union

text: s,

text: students' union

text: s,

text: corporation

text: s, and other

text: deliberative assemblies

text: . Motions can be

text: oral

text: or in writing, the written form being known as a

text: resolution

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: motion

answers: NDQ_006328

answers: motion

answers: NDQ_006329

answers: a motion

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: NDQ_006322

answers: A motion

answers: NDQ_006323

answers: A motion

answers: NDQ_006324

answers: A motion

answers: NDQ_006325

answers: A motion

answers: NDQ_006326

answers: A motion

answers: NDQ_006327

answers: A motion

answers: NDQ_006328

answers: A motion

answers: NDQ_006329

answers: A motion

answers: NDQ_006330

answers: A motion

answers: NDQ_006331

answers: resolution.

text: Despite its popularity, the theatre closed on November 7, 1998, the dance studio remained in the building until January 1999. The venue remained dormant until it was purchased by Scott Robertson and Craig Lipton in 2000. Renvoations for the space began February 2001, with a grand reopening as the "Regency Center" in March 2002. During this time, the venue was primarily used for corporate events, trade shows and weddings, with 9-15 concerts held annually. In 2008, the Warfield Theatre closed for renovations, with all concerts moved to the Grand Ballroom. The move increased the venue's use as a concert hall. Concert promoter Goldenvoice began management and operations of the venue in September 2008. In 2015, the venue was renamed the "Scottish Rites Bodies Regency Center" to tie in its heritage as a former masonic lodge.

text: Despite its popularity, the theatre closed on November 7, 1998, the dance studio remained in the building until January 1999. The venue remained dormant until it was purchased by Scott Robertson and Craig Lipton in 2000. Renvoations for the space began February 2001, with a grand reopening as the "Regency Center" in March 2002. During this time, the venue was primarily used for corporate events, trade shows and weddings, with 9-15 concerts held annually. In 2008, the

text: Warfield Theatre

text: closed for renovations, with all concerts moved to the Grand Ballroom. The move increased the venue's use as a concert hall. Concert promoter Goldenvoice began management and operations of the venue in September 2008. In 2015, the venue was renamed the "Scottish Rites Bodies Regency Center" to tie in its heritage as a former masonic lodge.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: NDQ_006322

answers: November 7,

answers: NDQ_006323

answers: 1999.

answers: NDQ_006324

answers: 1999.

answers: NDQ_006325

answers: 1999.

answers: NDQ_006326

answers: 1998, the dance studio remained in the building until January 1999.

answers: NDQ_006327

answers: 1998, the dance studio remained in the building until January 1999.

answers: NDQ_006328

answers: November 7, 1998, the dance studio remained in the building until January 1999.

answers: NDQ_006329

answers: 1999.

answers: NDQ_006330

answers: November 7, 1998, the dance studio remained in the building until January 1999.

answers: NDQ_006331

answers: 1998, the dance studio remained in the building until January 1999.

text: Citing Marsy's Law, the families argued against continuance motions, a venue motion, and against live media being allowed into the courtroom. It was the first time ever in Orange County that Marsy's Law had been utilized in a trial. The trial judge read written briefs filed and listened to oral testimony and arguments presented by, and on behalf of, the families. Through Fell’s work with the families, the trial began after a defense continuance motion was denied, a change of venue motion was denied, and cameras were barred from the courtroom.

text: Citing Marsy's Law, the families argued against continuance motions, a venue motion, and against live media being allowed into the courtroom. It was the first time ever in Orange County that Marsy's Law had been utilized in a trial. The trial judge read written briefs filed and listened to oral testimony and arguments presented by, and on behalf of, the families. Through Fell’s work with the families, the trial began after a defense continuance motion was denied, a change of venue motion was denied, and cameras were barred from the courtroom.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is not possible to tell

answers: NDQ_006327

answers: NDQ_006328

answers: Marsy's Law

answers: NDQ_006329

answers: Marsy's Law

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Marsy's

answers: NDQ_006323

answers: Marsy's Law,

answers: NDQ_006324

answers: Marsy's Law,

answers: NDQ_006325

answers: Marsy's Law,

answers: NDQ_006326

answers: live media being allowed into the courtroom.

answers: NDQ_006327

answers: Marsy's Law,

answers: NDQ_006328

answers: Marsy's Law,

answers: NDQ_006329

answers: Marsy's Law,

answers: NDQ_006330

answers: Marsy's Law,

answers: NDQ_006331

answers: Marsy's Law,

text: Observations of Venus in the 18th century became an important step in describing atmospheres. During the 1761 transit of Venus, the Russian scientist Mikhail Lomonosov observed a ring of light around the planet. Lomonosov attributed the ring to the refraction of sunlight, which he correctly hypothesized was caused by the atmosphere of Venus. Further evidence of Venus' atmosphere was gathered in observations by Johann Hieronymus Schröter in 1779.  The planet also offered Alexis Claude de Clairaut an opportunity to work his considerable mathematical skills when he computed the mass of Venus through complex mathematical calculations.

text: Observations of Venus in the 18th century became an important step in describing atmospheres. During the 1761

text: transit of Venus

text: , the Russian scientist

text: Mikhail Lomonosov

text: observed a ring of light around the planet. Lomonosov attributed the ring to the refraction of sunlight, which he correctly hypothesized was caused by the atmosphere of Venus. Further evidence of Venus' atmosphere was gathered in observations by

text: Johann Hieronymus Schröter

text: in 1779.  The planet also offered

text: Alexis Claude de Clairaut

text: an opportunity to work his considerable mathematical skills when he computed the mass of Venus through complex mathematical calculations.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: ring of light around the planet

answers: NDQ_006330

answers: a ring of light around the planet

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: sunlight,

answers: NDQ_006324

answers: sunlight,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: During the 1761 transit of Venus,

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: 1761 transit of Venus,

answers: NDQ_006329

answers: mass of Venus

answers: NDQ_006330

answers: Further evidence of Venus' atmosphere

answers: NDQ_006331

answers: Venus

text: Chinese records of the appearances and motions of Mars appear before the founding of the Zhou Dynasty (1045 BCE), and by the Qin Dynasty (221 BCE) astronomers maintained close records of planetary conjunctions, including those of Mars. Occultations of Mars by Venus were noted in 368, 375, and 405 CE. The period and motion of the planet's orbit was known in detail during the Tang Dynasty (618 CE).

text: Chinese records of the appearances and motions of Mars appear before the founding of the

text: Zhou Dynasty

text: (1045 BCE), and by the

text: Qin Dynasty

text: (221 BCE) astronomers maintained close records of planetary conjunctions, including those of Mars. Occultations of Mars by Venus were noted in 368, 375, and 405 CE. The period and motion of the planet's orbit was known in detail during the

text: Tang Dynasty

text: (618 CE).

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: 405 CE

answers: NDQ_006329

answers: no

answers: NDQ_006330

answers: 405 CE

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: Venus

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: planetary conjunctions,

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Occultations of Mars by Venus

answers: NDQ_006329

answers: Occultations of Mars by Venus

answers: NDQ_006330

answers: Venus

answers: NDQ_006331

answers: Venus

text: The Barberini Venus, Jenkins Venus or Weddell Venus, is a copy from the Aphrodite of Cnidus, along the lines of the Venus de Medici.  Its torso is a Hadrianic copy in Parian marble of the same type as the Venus de' Medici, with 18th-century restorations.

text: The Barberini Venus,

text: Jenkins

text: Venus or Weddell Venus, is a copy from the

text: Aphrodite of Cnidus

text: , along the lines of the

text: Venus de Medici

text: .  Its torso is a Hadrianic copy in

text: Parian marble

text: of the same type as the Venus de' Medici, with 18th-century restorations.

answers: NDQ_006322

answers: Cnidus

answers: NDQ_006323

answers: Parian marble

answers: NDQ_006324

answers: Parian

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: The Barberini Venus

answers: NDQ_006330

answers: 18th-century restorations

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Cnidus,

answers: NDQ_006323

answers: Parian marble

answers: NDQ_006324

answers: Parian marble

answers: NDQ_006325

answers: Aphrodite of Cnidus,

answers: NDQ_006326

answers: Venus de Medici.

answers: NDQ_006327

answers: Venus de Medici.

answers: NDQ_006328

answers: Venus de Medici.

answers: NDQ_006329

answers: Aphrodite of Cnidus,

answers: NDQ_006330

answers: Venus de Medici.

answers: NDQ_006331

answers: Venus,

text: As a result of the change of venue to Nevada, Zuffa was denied its motion to remain a discovery for 15 years of its financial records.

text: As a result of the change of venue to Nevada, Zuffa was denied its motion to remain a

text: discovery

text: for 15 years of its financial records.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswered questions

answers: NDQ_006330

answers: does not contain water

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Nevada,

answers: NDQ_006323

answers: 15 years of its financial records.

answers: NDQ_006324

answers: 15 years of its financial records.

answers: NDQ_006325

answers: 15 years

answers: NDQ_006326

answers: 15 years of its financial records.

answers: NDQ_006327

answers: Nevada,

answers: NDQ_006328

answers: 15 years of its financial records.

answers: NDQ_006329

answers: 15 years of its financial records.

answers: NDQ_006330

answers: 15 years of its financial records.

answers: NDQ_006331

answers: 15 years of its financial records.

text: Sports venues:

text: Sports venues:

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: stadiums

answers: NDQ_006327

answers: venus is a planet

answers: NDQ_006328

answers: volcanoes

answers: NDQ_006329

answers: craters

answers: NDQ_006330

answers: is covered in ice

answers: NDQ_006331

answers: venus is hotter than mercury

answers: NDQ_006322

answers: Sports venues:

answers: NDQ_006323

answers: Sports venues:

answers: NDQ_006324

answers: Sports venues:

answers: NDQ_006325

answers: Sports venues:

answers: NDQ_006326

answers: Sports venues:

answers: NDQ_006327

answers: Sports venues:

answers: NDQ_006328

answers: Sports venues:

answers: NDQ_006329

answers: Sports venues:

answers: NDQ_006330

answers: Sports venues:

answers: NDQ_006331

answers: Sports venues:

text: The surface of Venus has been divided into 62 quadrangles at the 1:5,000,000 map scale.

text: The surface of Venus has been divided into 62

text: quadrangle

text: s at the 1:5,000,000 map scale.

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The surface of Venus has been divided into 62 quadrangles

answers: NDQ_006329

answers: 62 quadrangles

answers: NDQ_006330

answers: has 62 quadrangles

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: The surface of Venus has been divided into 62 quadrangles

answers: NDQ_006324

answers: 62 quadrangles

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: 62 quadrangles

answers: NDQ_006329

answers: 62 quadrangles

answers: NDQ_006330

answers: The surface of Venus has been divided into 62 quadrangles

answers: NDQ_006331

answers: Venus

text: Oxygen is the most abundant chemical element by mass in the Earth's biosphere, air, sea and land. Oxygen is the third most abundant chemical element in the universe, after hydrogen and helium. About 0.9% of the Sun's mass is oxygen. Oxygen constitutes 49.2% of the Earth's crust by mass as part of oxide compounds such as silicon dioxide and is the most abundant element by mass in the Earth's crust. It is also the major component of the world's oceans (88.8% by mass). Oxygen gas is the second most common component of the Earth's atmosphere, taking up 20.8% of its volume and 23.1% of its mass (some 10 tonnes). Earth is unusual among the planets of the Solar System in having such a high concentration of oxygen gas in its atmosphere: Mars (with 0.1%  by volume) and Venus have much less. The  surrounding those planets is produced solely by ultraviolet radiation on oxygen-containing molecules such as carbon dioxide.

text: Oxygen is the most abundant chemical element by mass in the Earth's biosphere, air, sea and land. Oxygen is the third most abundant chemical element in the universe, after hydrogen and helium. About 0.9% of the

text: Sun

text: 's mass is oxygen. Oxygen constitutes 49.2% of the

text: Earth's crust

text: by mass as part of oxide compounds such as

text: silicon dioxide

text: and is the most abundant element by mass in the

text: Earth's crust

text: . It is also the major component of the world's oceans (88.8% by mass). Oxygen gas is the second most common component of the

text: Earth's atmosphere

text: , taking up 20.8% of its volume and 23.1% of its mass (some 10 tonnes). Earth is unusual among the planets of the

text: Solar System

text: in having such a high concentration of oxygen gas in its atmosphere:

text: Mars

text: (with 0.1%  by volume) and

text: Venus

text: have much less. The  surrounding those planets is produced solely by ultraviolet radiation on oxygen-containing molecules such as carbon dioxide.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is produced solely by ultraviolet radiation on oxygen-containing molecules such as carbon dioxide

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: silicon dioxide

answers: NDQ_006324

answers: carbon dioxide.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: The surrounding those planets is produced solely by ultraviolet radiation

answers: NDQ_006329

answers: Venus have much less.

answers: NDQ_006330

answers: Venus have much less.

answers: NDQ_006331

answers: Venus

text: The surface of Venus is dominated by volcanism. Although Venus is superficially similar to Earth, it seems that the tectonic plates so active in Earth's geology do not exist on Venus. About 80% of the planet consists of a mosaic of volcanic lava plains, dotted with more than a hundred large isolated shield volcanoes, and many hundreds of smaller volcanoes and volcanic constructs such as coronae. These are geological features believed to be almost unique to Venus: huge, ring-shaped structures 100–300 kilometers (60–180 mi) across and rising hundreds of meters above the surface.  The only other place they have been discovered is on Uranus's moon Miranda. It is believed that they are formed when plumes of rising hot material in the mantle push the crust upwards into a dome shape, which then collapses in the centre as the molten lava cools and leaks out at the sides, leaving a crown-like structure: the corona.

text: The surface of Venus is dominated by

text: volcanism

text: . Although Venus is superficially similar to Earth, it seems that the

text: tectonic plates

text: so active in Earth's geology do not exist on Venus. About 80% of the planet consists of a mosaic of volcanic

text: lava

text: plains, dotted with more than a hundred large isolated

text: shield volcano

text: es, and many hundreds of smaller volcanoes and volcanic constructs such as

text: coronae

text: . These are geological features believed to be almost unique to Venus: huge, ring-shaped structures 100–300 kilometers (60–180 mi) across and rising hundreds of meters above the surface.  The only other place they have been discovered is on

text: Uranus's

text: moon

text: Miranda

text: . It is believed that they are formed when plumes of rising hot material in the

text: mantle

text: push the crust upwards into a dome shape, which then collapses in the centre as the molten lava cools and leaks out at the sides, leaving a crown-like structure: the corona.

answers: NDQ_006322

answers: Uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: volcanic lava plains

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The surface of Venus is dominated by volcanism

answers: NDQ_006329

answers: 80% of the planet consists of a mosaic of volcanic lava plains

answers: NDQ_006330

answers: dominated by volcanism

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: hot material

answers: NDQ_006324

answers: volcanism.

answers: NDQ_006325

answers: Venus is dominated by volcanism.

answers: NDQ_006326

answers: Earth,

answers: NDQ_006327

answers: Venus is dominated by volcanism.

answers: NDQ_006328

answers: The surface of Venus is dominated by volcanism.

answers: NDQ_006329

answers: volcanic lava plains,

answers: NDQ_006330

answers: dominated by volcanism.

answers: NDQ_006331

answers: Venus

text: Sketches found in one of Brahe's notebooks seem to indicate that the comet may have travelled close to Venus. These sketches depict the Earth at the centre of the Solar System, with the Sun and moon in orbit and the other planets revolving around the Sun, a model that was later displaced by heliocentricity.Brahe made thousands of very precise measurements of the comet's path, and these findings contributed to Johannes Kepler's theorising of the laws of planetary motion and realisation that the planets moved in elliptical orbits. Kepler, who was Brahe's assistant during his time in Prague, believed that the comet's behavior and existence was proof enough to displace the theory of celestial spheres, although this view turned out to be overly optimistic about the pace of change.

text: Sketches found in one of Brahe's notebooks seem to indicate that the comet may have travelled close to

text: Venus

text: . These sketches depict the Earth at the centre of the Solar System, with the Sun and moon in orbit and the other planets revolving around the Sun, a model that was later displaced by

text: heliocentricity

text: .Brahe made thousands of very precise measurements of the comet's path, and these findings contributed to

text: Johannes Kepler

text: 's theorising of the

text: laws of planetary motion

text: and realisation that the planets moved in elliptical orbits. Kepler, who was Brahe's assistant during his time in

text: Prague

text: , believed that the comet's behavior and existence was proof enough to displace the theory of

text: celestial spheres

text: , although this view turned out to be overly optimistic about the pace of change.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The comet may have travelled close to Venus

answers: NDQ_006329

answers: elliptical orbits

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus.

answers: NDQ_006323

answers: Earth

answers: NDQ_006324

answers: the comet

answers: NDQ_006325

answers: elliptical

answers: NDQ_006326

answers: Venus.

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: the comet may have travelled close to Venus.

answers: NDQ_006329

answers: Earth at the centre of the Solar System,

answers: NDQ_006330

answers: the comet may have travelled close to Venus.

answers: NDQ_006331

answers: Venus.

text: This unit is defined by the dense and parallel lineaments packed on the unit.  The made up a small area on the Venus global surface of around 7.2 x 10 km. The lineament is the pattern of deformation, which make it a typical structural–material unit.

text: This unit is defined by the dense and parallel lineaments packed on the unit.  The made up a small area on the Venus global surface of around 7.2 x 10 km. The lineament is the pattern of deformation, which make it a typical structural–material unit.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: The made up a small area on the Venus global surface

answers: NDQ_006330

answers: 7.2 x 10 km

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: structural–material unit.

answers: NDQ_006324

answers: structural–material unit.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: 7.2 x 10 km.

answers: NDQ_006327

answers: Venus global surface of around 7.2 x 10 km.

answers: NDQ_006328

answers: 7.2 x 10 km.

answers: NDQ_006329

answers: 7.2 x 10 km.

answers: NDQ_006330

answers: 7.2 x 10 km.

answers: NDQ_006331

answers: Venus

text: Lists of sports venues includes sport venue-related lists:

text: Lists of sports venues includes

text: sport venue

text: -related lists:

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: list of observatories

answers: NDQ_006327

answers: List of planets in the solar system

answers: NDQ_006328

answers: List of volcanoes on Venus

answers: NDQ_006329

answers: List of cities on venus

answers: NDQ_006330

answers: List of asteroid impacts

answers: NDQ_006331

answers: List of planets

answers: NDQ_006322

answers: sports venues

answers: NDQ_006323

answers: sports venues

answers: NDQ_006324

answers: Lists of sports venues

answers: NDQ_006325

answers: Lists of sports venues

answers: NDQ_006326

answers: Lists of sports venues

answers: NDQ_006327

answers: Lists of sports venues

answers: NDQ_006328

answers: Lists of sports venues

answers: NDQ_006329

answers: Lists of sports venues

answers: NDQ_006330

answers: Lists of sports venues

answers: NDQ_006331

answers: Lists of sports venues

text: This is a list of geological features on Venus. Venus is the second planet from the Sun. Venus is classified as a terrestrial planet and it is sometimes called Earth's "sister planet" owing to their similar size, gravity, and bulk composition (Venus is both the closest planet to Earth and the planet closest in size to Earth). The surface of Venus is covered by a dense atmosphere and presents clear evidence of former violent volcanic activity. It has shield and composite volcanoes similar to those found on Earth.

text: This is a list of

text: geological features

text: on

text: Venus

text: . Venus is the second planet from the Sun. Venus is classified as a

text: terrestrial planet

text: and it is sometimes called Earth's "sister planet" owing to their similar size, gravity, and bulk composition (Venus is both the closest planet to Earth and the planet closest in size to Earth). The surface of Venus is covered by a dense atmosphere and presents clear evidence of former violent volcanic activity. It has shield and composite volcanoes similar to those found on Earth.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: dense atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: NDQ_006328

answers: It has shield and composite volcanoes similar to those found on Earth.

answers: NDQ_006329

answers: The surface of Venus is covered by a dense atmosphere

answers: NDQ_006330

answers: has shield and composite volcanoes similar to those found on Earth

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: (Venus

answers: NDQ_006323

answers: composite volcanoes

answers: NDQ_006324

answers: dense atmosphere and presents clear evidence of former violent volcanic activity.

answers: NDQ_006325

answers: second

answers: NDQ_006326

answers: clear evidence of former violent volcanic activity.

answers: NDQ_006327

answers: dense atmosphere and presents clear evidence of former violent volcanic activity.

answers: NDQ_006328

answers: clear evidence of former violent volcanic activity.

answers: NDQ_006329

answers: former violent volcanic activity.

answers: NDQ_006330

answers: clear evidence of former violent volcanic activity.

answers: NDQ_006331

answers: Venus

text: The group began performing mostly at backyard parties and high school gymnasiums covering past and present top radio hits of their time. They experienced immediate local recognition as they could be regularly spotted playing local backyard shows. However it was extremely difficult to sign under a label and play West Los Angeles venues in a time where the city was still greatly segregated. East Los Angeles was primarily made up of low income, working class poor while West Los Angeles was blooming with the wealthier, affluent middle class and elites where many popular venues were located. Until then there was no official venue for new and upcoming East Los Angeles punk bands to prove their worthiness of mainstream stardom.It was not until March 22, 1980 when the very first venue showcasing East Los Angeles local punk bands was opened by Willie Herron, frontman of another local group, Los Illegals. The Vex (as the venue was named) shared occupancy above the same commercial space of the influential art gallery, Self Help Graphics.

text: The group began performing mostly at backyard parties and high school gymnasiums covering past and present top radio hits of their time. They experienced immediate local recognition as they could be regularly spotted playing local backyard shows. However it was extremely difficult to sign under a label and play West Los Angeles venues in a time where the city was still greatly segregated. East Los Angeles was primarily made up of low income, working class poor while West Los Angeles was blooming with the wealthier, affluent middle class and elites where many popular venues were located. Until then there was no official venue for new and upcoming East Los Angeles punk bands to prove their worthiness of mainstream stardom.It was not until March 22, 1980 when the very first venue showcasing East Los Angeles local punk bands was opened by

text: Willie Herron

text: , frontman of another local group,

text: Los Illegals

text: The Vex

text: (as the venue was named) shared occupancy above the same commercial space of the influential art gallery, Self Help Graphics.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Los Illegals. The Vex

answers: NDQ_006323

answers: art gallery, Self Help Graphics.

answers: NDQ_006324

answers: 1980

answers: NDQ_006325

answers: 1980

answers: NDQ_006326

answers: Los Illegals.

answers: NDQ_006327

answers: Los Illegals. The Vex

answers: NDQ_006328

answers: Los Illegals.

answers: NDQ_006329

answers: East Los Angeles

answers: NDQ_006330

answers: backyard parties and high school gymnasiums

answers: NDQ_006331

answers: The Vex

text: Recording the exact moment of the phases proved to be impossible due to a phenomenon called the "Black drop effect." Originally, it was believed that the effect came from the thick atmosphere on Venus, but the haziness was too extensive for this to be the reason. Recent studies now reveal that it is actually turbulence in the Earth's atmosphere that leads to the smearing of the image of Venus.

text: Recording the exact moment of the phases proved to be impossible due to a phenomenon called the "

text: Black drop effect

text: ." Originally, it was believed that the effect came from the

text: thick atmosphere on Venus

text: , but the haziness was too extensive for this to be the reason. Recent studies now reveal that it is actually turbulence in the

text: Earth's atmosphere

text: that leads to the smearing of the image of Venus.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: haziness

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: turbulence

answers: NDQ_006330

answers: turbulence

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: "Black drop effect."

answers: NDQ_006324

answers: turbulence

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: thick atmosphere on Venus,

answers: NDQ_006328

answers: "Black drop effect."

answers: NDQ_006329

answers: "Black drop effect."

answers: NDQ_006330

answers: turbulence in the Earth's atmosphere

answers: NDQ_006331

answers: Venus,

text: Venera 15 ( meaning Venus 15) was a spacecraft sent to Venus by the Soviet Union. This unmanned orbiter was to map the surface of Venus using high resolution imaging systems. The spacecraft was identical to Venera 16 and based on modifications to the earlier Venera space probes.

text: Venera 15 ( meaning Venus 15) was a

text: spacecraft

text: sent to

text: Venus

text: by the

text: Soviet Union

text: . This unmanned orbiter was to map the surface of Venus using high resolution imaging systems. The spacecraft was identical to

text: Venera 16

text: and based on modifications to the earlier

text: Venera

text: space probes.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venera 15 was sent to Venus by the Soviet Union.

answers: NDQ_006329

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venera 15

answers: NDQ_006324

answers: Venera 15

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: high resolution imaging systems.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venera 15

answers: NDQ_006329

answers: high resolution imaging systems.

answers: NDQ_006330

answers: high resolution imaging systems.

answers: NDQ_006331

answers: Venus

text: Microorganisms of every major biological lineage have been detected in Earth's upper atmosphere. If microbial metabolism, growth, or replication is achievable, independent of Earth's surface, then the search for habitable zones on other worlds should be broadened to include atmospheres. Moreover, measuring the endurance of spacecraft associated microbes at extreme altitudes may help predict their response on the surface of Mars and enhance planetary protection procedures.

text: Microorganism

text: s of every major biological lineage have been detected in Earth's upper atmosphere. If microbial

text: metabolism

text: growth

text: , or

text: replication

text: is achievable, independent of Earth's surface, then the search for

text: habitable zones

text: on other worlds should be broadened to include

text: atmosphere

text: s. Moreover, measuring the endurance of spacecraft associated microbes at extreme altitudes may help predict their response on the surface of Mars and enhance

text: planetary protection

text: procedures.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: surface of Mars

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: Microorganisms of every major biological lineage

answers: NDQ_006324

answers: Microorganisms

answers: NDQ_006325

answers: independent of Earth's

answers: NDQ_006326

answers: Mars

answers: NDQ_006327

answers: Mars

answers: NDQ_006328

answers: Mars

answers: NDQ_006329

answers: habitable zones

answers: NDQ_006330

answers: Mars

answers: NDQ_006331

answers: Mars

text: As a recording artist, Florczak has performed in venues ranging from nightclubs such as The Bitter End to concert halls such as Aspen's Wheeler Opera House. His music has been recorded and released internationally, including the soundtrack he composed and performed for the motion picture Roar, recorded in London with The National Philharmonic Orchestra.

text: As a recording artist, Florczak has performed in venues ranging from nightclubs such as The Bitter End to concert halls such as Aspen's Wheeler Opera House. His music has been recorded and released internationally, including the soundtrack he composed and performed for the motion picture Roar, recorded in London with The National Philharmonic Orchestra.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: The National Philharmonic Orchestra.

answers: NDQ_006323

answers: The National Philharmonic Orchestra.

answers: NDQ_006324

answers: Florczak

answers: NDQ_006325

answers: nightclubs

answers: NDQ_006326

answers: Aspen's Wheeler Opera House.

answers: NDQ_006327

answers: As a recording artist, Florczak

answers: NDQ_006328

answers: As a recording artist, Florczak

answers: NDQ_006329

answers: Aspen's Wheeler Opera House.

answers: NDQ_006330

answers: Florczak

answers: NDQ_006331

answers: Florczak

text: The seating arrangement throughout the whole arena can be modified, similar to the Manchester Arena. The ground surface can also be changed between ice rink, basketball court, exhibition space, conference venue, private hire venue and concert venue.

text: The seating arrangement throughout the whole arena can be modified, similar to the

text: Manchester Arena

text: . The ground surface can also be changed between ice rink, basketball court, exhibition space, conference venue, private hire venue and concert venue.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: Venus is a planet in the solar system

answers: NDQ_006330

answers: ice rink

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Manchester Arena.

answers: NDQ_006323

answers: Manchester Arena.

answers: NDQ_006324

answers: Manchester Arena.

answers: NDQ_006325

answers: The seating arrangement throughout the whole arena can be modified,

answers: NDQ_006326

answers: Manchester Arena.

answers: NDQ_006327

answers: Manchester Arena.

answers: NDQ_006328

answers: The seating arrangement throughout the whole arena can be modified,

answers: NDQ_006329

answers: ice rink, basketball court,

answers: NDQ_006330

answers: ice rink,

answers: NDQ_006331

answers: Manchester Arena.

text: The power to surpass the oxidizing ability of oxygen leads to extreme corrosivity against oxide-containing materials often thought as incombustible. Chlorine trifluoride and gases like it have been reported to ignite sand, asbestos, and other highly fire-retardant materials. It will also ignite the ashes of materials that have already been burned in oxygen. In an industrial accident, a spill of 900 kg of chlorine trifluoride burned through 30 cm of concrete and 90 cm of gravel beneath.  Fire control/suppression is incapable of suppressing this oxidation, so the surrounding area must simply be kept cool until the reaction ceases.  The compound reacts violently with water-based suppressors, and oxidizes in the absence of atmospheric oxygen, rendering atmosphere-displacement suppressors such as CO and halon completely ineffective. It ignites glass on contact.

text: The power to surpass the oxidizing ability of oxygen leads to extreme corrosivity against oxide-containing materials often thought as incombustible. Chlorine trifluoride and gases like it have been reported to ignite sand,

text: asbestos

text: , and other highly fire-retardant materials. It will also ignite the ashes of materials that have already been burned in oxygen. In an industrial accident, a spill of 900 kg of chlorine trifluoride burned through 30 cm of concrete and 90 cm of gravel beneath.  Fire control/suppression is incapable of suppressing this oxidation, so the surrounding area must simply be kept cool until the reaction ceases.  The compound reacts violently with water-based suppressors, and oxidizes in the absence of atmospheric oxygen, rendering atmosphere-displacement suppressors such as CO and

text: halon

text: completely ineffective. It ignites glass on contact.

answers: NDQ_006322

answers: halon

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The power to surpass the oxidizing ability of oxygen

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: chlorine trifluoride

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: oxygen

answers: NDQ_006323

answers: Chlorine trifluoride

answers: NDQ_006324

answers: Chlorine trifluoride

answers: NDQ_006325

answers: oxygen

answers: NDQ_006326

answers: The power to surpass the oxidizing ability of oxygen

answers: NDQ_006327

answers: oxygen

answers: NDQ_006328

answers: The power to surpass the oxidizing ability of oxygen

answers: NDQ_006329

answers: oxygen

answers: NDQ_006330

answers: oxygen

answers: NDQ_006331

answers: oxygen

text: |team1=Belgium|team2=Kazakhstan|venue=Burswood Entertainment Complex, Perth|date=4 January 2011|AWST]] (UTC+8)|surface=hard (indoors)|score1= 3|score2= 0|R1=|R2=|R3=}}

text: Burswood Entertainment Complex

text: Perth

text: |date=4 January 2011|AWST]] (

text: )|surface=hard (indoors)|score1= 3|score2= 0|R1=|R2=|R3=}}

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is so far away

answers: NDQ_006327

answers: Venus has extremely high atmospheric pressure and an intense greenhouse effect

answers: NDQ_006328

answers: NDQ_006329

answers: venus has a surface area of .

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: mercury is the 2nd hottest planet

answers: NDQ_006322

answers: |team1=Belgium|team2=Kazakhstan|venue=Burswood

answers: NDQ_006323

answers: |team1=Belgium|team2=Kazakhstan|venue=Burswood

answers: NDQ_006324

answers: |team1=Belgium|team2=Kazakhstan|venue=Burswood

answers: NDQ_006325

answers: 0|R1=|R2=|R3=

answers: NDQ_006326

answers: |team1=Belgium|team2=Kazakhstan|venue=Burswood

answers: NDQ_006327

answers: |team1=Belgium|team2=Kazakhstan|venue=Burswood

answers: NDQ_006328

answers: |team1=Belgium|team2=Kazakhstan|venue=Burswood

answers: NDQ_006329

answers: |team1=Belgium|team2=Kazakhstan|venue=Burswood

answers: NDQ_006330

answers: (UTC+8)|surface=hard (indoors)|score1=

answers: NDQ_006331

answers: |team1=Belgium|team2=Kazakhstan|venue=Burswood

text: WedMeGood has taken on the task of checking availability and gathering quotes from multiple wedding venues based on user requests, to save them the hassle. For venues in Delhi, the team takes this process one step further. If the quote and availability meets the user's requirements, they then book a private site visit for them at the shortlisted venues. If the user comes back to them after the site visit for assistance in booking the venue, they ensure that they get the best deal possible.

text: WedMeGood has taken on the task of checking availability and gathering quotes from multiple wedding venues based on user requests, to save them the hassle. For venues in Delhi, the team takes this process one step further. If the quote and availability meets the user's requirements, they then book a private site visit for them at the shortlisted venues. If the user comes back to them after the site visit for assistance in booking the venue, they ensure that they get the best deal possible.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is a planet

answers: NDQ_006327

answers: climate change

answers: NDQ_006328

answers: NDQ_006329

answers: map of venus

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: NDQ_006322

answers: Delhi,

answers: NDQ_006323

answers: Delhi,

answers: NDQ_006324

answers: WedMeGood

answers: NDQ_006325

answers: Delhi,

answers: NDQ_006326

answers: WedMeGood

answers: NDQ_006327

answers: WedMeGood

answers: NDQ_006328

answers: WedMeGood

answers: NDQ_006329

answers: WedMeGood

answers: NDQ_006330

answers: WedMeGood

answers: NDQ_006331

answers: WedMeGood

text: Likewise, until the 1960s, Venus was believed by many, including some scientists, to be a warmer version of Earth with a thick atmosphere and either hot and dusty or humid with water clouds and oceans.<ref name='Venus Hashimoto'></ref> Venus in fiction was often portrayed as having similarities to Earth and many speculated about Venusian civilization. These beliefs were dispelled in the 1960s as the first space probes gathered more accurate scientific data on the planet and found that Venus is a very hot world with the surface temperature around  under an acidic atmosphere 92 times thicker the Earth's.

text: Likewise, until the 1960s,

text: Venus

text: was believed by many, including some scientists, to be a warmer version of Earth with a thick atmosphere and either hot and dusty or humid with water clouds and oceans.<ref name='Venus Hashimoto'></ref>

text: Venus in fiction

text: was often portrayed as having similarities to Earth and many speculated about

text: Venusian

text: civilization. These beliefs were dispelled in the 1960s as the first space probes gathered more accurate scientific data on the planet and found that Venus is a very hot world with the surface temperature around  under an acidic atmosphere 92 times thicker the Earth's.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: acidic atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus is a very hot world with the surface temperature around

answers: NDQ_006329

answers: 92 times thicker the Earth's

answers: NDQ_006330

answers: 92 times thicker the Earth's

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: water

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: warmer

answers: NDQ_006326

answers: space probes

answers: NDQ_006327

answers: 92 times thicker the Earth's.

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: 92 times thicker the Earth's.

answers: NDQ_006330

answers: 92 times thicker the Earth's.

answers: NDQ_006331

answers: Venus

text: If there are multiple parties, and any party requires Category A venue, then that venue will suffice for all parties; and if no party requires Category A venue, then any place where Category B venue lies as to one party will suffice as to all parties. In any case, if venue is inappropriate, then an objection to venue must be made within 21 days of service of process, and such objection must state why venue is improper, and where proper venue lies. A successful objection to venue will result in the case being transferred to the court where venue is proper, unless the court finds good cause to keep the case. A failure to object to venue waives the issue.

text: If there are multiple parties, and any party requires Category A venue, then that venue will suffice for all parties; and if no party requires Category A venue, then any place where Category B venue lies as to one party will suffice as to all parties. In any case, if venue is inappropriate, then an objection to venue must be made within 21 days of service of process, and such objection must state why venue is improper, and where proper venue lies. A successful objection to venue will result in the case being transferred to the court where venue is proper, unless the court finds good cause to keep the case. A failure to object to venue waives the issue.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is close

answers: NDQ_006327

answers: Category A

answers: NDQ_006328

answers: volcanoes on venus

answers: NDQ_006329

answers: a large crater

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: mercury

answers: NDQ_006322

answers: Category B

answers: NDQ_006323

answers: Category A

answers: NDQ_006324

answers: Category A venue,

answers: NDQ_006325

answers: Category A

answers: NDQ_006326

answers: Category B venue lies as to one party will suffice as to all parties.

answers: NDQ_006327

answers: If there are multiple parties, and any party requires Category A venue,

answers: NDQ_006328

answers: Category B venue lies as to one party will suffice as to all parties.

answers: NDQ_006329

answers: Category A venue, then that venue will suffice for all parties;

answers: NDQ_006330

answers: If there are multiple parties, and any party requires Category A venue,

answers: NDQ_006331

answers: If there are multiple parties, and any party requires Category A venue,

text: The facility seats 18,000 people and includes a smaller venue, The Mixing Room & Muse, which is a more intimate live-music venue.

text: The facility seats 18,000 people and includes a smaller venue, The Mixing Room & Muse, which is a more intimate live-music venue.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: venus is a planet

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 18,000

answers: NDQ_006323

answers: The Mixing Room & Muse,

answers: NDQ_006324

answers: 18,000

answers: NDQ_006325

answers: 18,000

answers: NDQ_006326

answers: The Mixing Room & Muse,

answers: NDQ_006327

answers: 18,000

answers: NDQ_006328

answers: The facility seats 18,000

answers: NDQ_006329

answers: 18,000

answers: NDQ_006330

answers: The facility seats 18,000

answers: NDQ_006331

answers: The Mixing Room & Muse,

text: Over the decades numerous critics and skeptics have investigated Adamski's claims. The aliens Adamski claimed to have met in the 1950s were described by him as "human beings from another world", usually light-skinned, light-haired humanoids that would later be called Nordic aliens. Adamski claimed in his books that these "alien humans" came from Venus, Mars, and other planets in Earth's solar system. However, none of the planets he mentioned are capable of supporting human life, due to their environmental conditions. For example, the first alien Adamski claimed to have met was from Venus, yet the atmospheric pressure on the planet's surface is 92 times that of Earth, it has clouds which rain a toxic substance thought to be sulfuric acid, the atmosphere consists almost entirely of carbon dioxide, with very little oxygen, and the average surface temperature of Venus is 464 °C. In one of his books, Adamski described a trip he took to the far side of the Moon in a UFO, where he claimed to see cities, trees, and snow-capped mountains; he also claimed that the photographs of the Moon's far side that were taken by the Soviet lunar probe Luna 3 in 1959 were altered to depict a barren, lifeless surface instead of what he saw. However, all scientific evidence, and later lunar trips by American astronauts, clearly showed that the far side of the Moon is barren of life and has no atmosphere. Some of Adamski's supporters have put forward the theory that the space people whom Adamski claimed contacted him may have had bases on Venus, Mars, Saturn, etc., and Adamski misunderstood and mistook them for actually living on those planets. However, in his writings Adamski described traveling personally to Venus, Mars, and other planets in Earth's solar system, and he clearly stated that they were all capable of supporting humanoid life. As UFO historian Jerome Clark noted, "some Adamski partisans insisted that Venus, Mars, Saturn, and the rest were merely code words for planets in other solar systems; there is, however, nothing in Adamski's public writings to support this interpretation and considerable testimony to the contrary."

text: Over the decades numerous critics and skeptics have investigated Adamski's claims. The aliens Adamski claimed to have met in the 1950s were described by him as "human beings from another world", usually light-skinned, light-haired humanoids that would later be called

text: Nordic aliens

text: . Adamski claimed in his books that these "alien humans" came from Venus, Mars, and other planets in Earth's solar system. However, none of the planets he mentioned are capable of supporting human life, due to their environmental conditions. For example, the first alien Adamski claimed to have met was from Venus, yet the atmospheric pressure on the planet's surface is 92 times that of Earth, it has clouds which rain a toxic substance thought to be

text: sulfuric acid

text: , the atmosphere consists almost entirely of

text: carbon dioxide

text: , with very little

text: oxygen

text: , and the average surface temperature of Venus is 464 °C. In one of his books, Adamski described a trip he took to the

text: far side of the Moon

text: in a UFO, where he claimed to see cities, trees, and snow-capped mountains; he also claimed that the photographs of the Moon's far side that were taken by the Soviet lunar probe

text: Luna 3

text: in 1959 were altered to depict a barren, lifeless surface instead of what he saw. However, all scientific evidence, and later lunar trips by American astronauts, clearly showed that the far side of the Moon is barren of life and has no atmosphere. Some of Adamski's supporters have put forward the theory that the space people whom Adamski claimed contacted him may have had bases on Venus, Mars, Saturn, etc., and Adamski misunderstood and mistook them for actually living on those planets. However, in his writings Adamski described traveling personally to Venus, Mars, and other planets in Earth's solar system, and he clearly stated that they were all capable of supporting humanoid life. As UFO historian

text: Jerome Clark

text: noted, "some Adamski partisans insisted that Venus, Mars, Saturn, and the rest were merely code words for planets in other solar systems; there is, however, nothing in Adamski's public writings to support this interpretation and considerable testimony to the contrary."

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: sulfuric acid

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: Adamski partisans insisted that Venus, Mars, Saturn, and the rest were merely code words for planets in other solar systems; there is, however, nothing in Adamski's public writings to question: scientists could learn a lot about the surface of Venus through telescopes since the planet is so close.

answers: NDQ_006327

answers: venus has extremely high atmospheric pressure and an intense greenhouse effect

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: the average surface temperature of Venus is 464 °C

answers: NDQ_006330

answers: atmospheric pressure on the planet's surface is 92 times that of Earth

answers: NDQ_006331

answers: Adamski claimed in his books that these "alien humans" came from Venus

answers: NDQ_006322

answers: Saturn

answers: NDQ_006323

answers: humanoid life.

answers: NDQ_006324

answers: sulfuric acid,

answers: NDQ_006325

answers: 92 times

answers: NDQ_006326

answers: 92 times that of Earth,

answers: NDQ_006327

answers: 92 times that of Earth,

answers: NDQ_006328

answers: 92 times that of Earth,

answers: NDQ_006329

answers: trees, and snow-capped mountains;

answers: NDQ_006330

answers: 92 times that of Earth,

answers: NDQ_006331

answers: Venus is 464 °C.

text: Venus Williams is the defending champion. Venus won back-to-back titles in the Dubai Tennis Championships defeating Virginie Razzano 6–4 6–2. En route, she defeated Dementieva and Serena and a title in the Abierto Mexicano Telcel defeating Flavia Pennetta 6–1 6–2 and her first clay title since May 2005. She then went to Wimbledon as the defending champion, losing in the finals to her sister Serena 7–6(3), 6–2 after crushing world no. 1 Dinara Safina 6–1 6–0 the biggest win against a reigning world no. 1. She also reached the final in Stanford losing to Marion Bartoli. In the Grand Slams Venus' performance was not good losing in the 2nd round of Australian Open, 3rd round of the French Open and 4th round of US Open. This is Venus' 4th appearance and she has never lost before the semifinals. Venus has an impressive record of 9-2 in the event.

text: Venus Williams is the defending champion. Venus won back-to-back titles in the

text: Dubai Tennis Championships

text: defeating

text: Virginie Razzano

text: 6–4 6–2. En route, she defeated Dementieva and Serena and a title in the

text: Abierto Mexicano Telcel

text: defeating

text: Flavia Pennetta

text: 6–1 6–2 and her first clay title since May 2005. She then went to

text: Wimbledon

text: as the defending champion, losing in the finals to her sister Serena 7–6(3), 6–2 after crushing world no. 1

text: Dinara Safina

text: 6–1 6–0 the biggest win against a reigning world no. 1. She also reached the final in Stanford losing to

text: Marion Bartoli

text: . In the Grand Slams Venus' performance was not good losing in the 2nd round of

text: Australian Open

text: , 3rd round of the

text: French Open

text: and 4th round of

text: US Open

text: . This is Venus' 4th appearance and she has never lost before the semifinals. Venus has an impressive record of 9-2 in the event.

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus Williams is the defending champion

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: clay

answers: NDQ_006324

answers: clay

answers: NDQ_006325

answers: 6–2.

answers: NDQ_006326

answers: Venus won back-to-back titles in the Dubai Tennis Championships

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus won back-to-back titles in the Dubai Tennis Championships

answers: NDQ_006329

answers: Venus Williams

answers: NDQ_006330

answers: clay title since May 2005.

answers: NDQ_006331

answers: Venus

text: Generally only one motion can be considered at a time. There is a precedence, or ranking of the motions, when multiple motions are made. Each type of motion exists for a specific purpose. However, motions have been used beyond their stated purpose. Motions should not be made for dilatory or improper uses.

text: Generally only one motion can be considered at a time. There is a precedence, or ranking of the motions, when multiple motions are made. Each type of motion exists for a specific purpose. However, motions have been used beyond their stated purpose. Motions should not be made for dilatory or improper uses.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: motions

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: close

answers: NDQ_006327

answers: motions

answers: NDQ_006328

answers: motions have been used beyond their stated purpose

answers: NDQ_006329

answers: motions

answers: NDQ_006330

answers: is a planet

answers: NDQ_006331

answers: motions

answers: NDQ_006322

answers: Generally only one motion can be considered at a time.

answers: NDQ_006323

answers: Generally only one motion can be considered at a time.

answers: NDQ_006324

answers: Generally only one motion can be considered at a time.

answers: NDQ_006325

answers: one motion can be considered at a time.

answers: NDQ_006326

answers: Motions should not be made for dilatory or improper uses.

answers: NDQ_006327

answers: Generally

answers: NDQ_006328

answers: Motions should not be made for dilatory or improper uses.

answers: NDQ_006329

answers: Generally only one motion can be considered at a time.

answers: NDQ_006330

answers: Generally only one motion can be considered at a time.

answers: NDQ_006331

answers: Generally

text: The phenomena characterizing atmospheric electricity are of at least three kinds. There are thunderstorms, which create lightning bolts that 'instantaneously' discharge huge amounts of atmospheric charge to ground in a rapid release of energy stored in the electric field that built up to a particularly extreme degree in the storm clouds. There is a related phenomenon of continual electrification (re-charging) of the air in the lower atmosphere. A third phenomenon is that of the polar auroras.

text: The phenomena characterizing atmospheric electricity are of at least three kinds. There are

text: thunderstorm

text: s, which create lightning bolts that 'instantaneously' discharge huge amounts of atmospheric charge to ground in a rapid release of energy stored in the electric field that built up to a particularly extreme degree in the storm clouds. There is a related phenomenon of continual electrification (re-charging) of the air in the lower atmosphere. A third phenomenon is that of the

text: polar

text: auroras

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: electricity

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: polar

answers: NDQ_006323

answers: thunderstorms,

answers: NDQ_006324

answers: storm clouds.

answers: NDQ_006325

answers: polar

answers: NDQ_006326

answers: polar auroras.

answers: NDQ_006327

answers: polar auroras.

answers: NDQ_006328

answers: polar auroras.

answers: NDQ_006329

answers: polar auroras.

answers: NDQ_006330

answers: polar auroras.

answers: NDQ_006331

answers: thunderstorms,

text: All the planets in the Solar System orbit the Sun in an anti-clockwise direction as viewed from above Earth's north pole. Most planets also rotate on their axes in an anti-clockwise direction, but Venus rotates clockwise in retrograde rotation once every 243 Earth days—the slowest rotation of any planet. Because its rotation is so slow, Venus is very close to spherical. A Venusian sidereal day thus lasts longer than a Venusian year (243 versus 224.7 Earth days). Venus's equator rotates at , whereas Earth's is approximately . Venus's rotation has slowed down by  per Venusian sidereal day in the  between the Magellan spacecraft and Venus Express visits. Because of the retrograde rotation, the length of a solar day on Venus is significantly shorter than the sidereal day, at 116.75 Earth days (making the Venusian solar day shorter than Mercury's 176 Earth days). One Venusian year is about 1.92 Venusian solar days. To an observer on the surface of Venus, the Sun would rise in the west and set in the east, although Venus's opaque clouds prevent observing the Sun from the planet's surface.

text: All the planets in the Solar System orbit the Sun in an anti-clockwise direction as viewed from above Earth's north pole. Most planets also rotate on their axes in an anti-clockwise direction, but Venus rotates clockwise in

text: retrograde rotation

text: once every 243 Earth days—the slowest rotation of any planet. Because its rotation is so slow, Venus is very close to spherical. A Venusian

text: sidereal day

text: thus lasts longer than a Venusian year (243 versus 224.7 Earth days). Venus's equator rotates at , whereas Earth's is approximately . Venus's rotation has slowed down by  per Venusian sidereal day in the  between the Magellan spacecraft and Venus Express visits. Because of the retrograde rotation, the length of a

text: solar day

text: on Venus is significantly shorter than the sidereal day, at 116.75 Earth days (making the Venusian solar day shorter than

text: Mercury

text: 's 176 Earth days). One Venusian year is about 1.92 Venusian solar days. To an observer on the surface of Venus, the Sun would rise in the west and set in the east, although Venus's opaque clouds prevent observing the Sun from the planet's surface.

answers: NDQ_006322

answers: Mercury

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: opaque

answers: NDQ_006325

answers: anti-clockwise

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The slowest rotation of any planet

answers: NDQ_006329

answers: the Sun would rise in the west and set in the east

answers: NDQ_006330

answers: clouds prevent observing the Sun from the planet's surface

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus rotates clockwise in retrograde rotation once every 243 Earth days—the

answers: NDQ_006324

answers: opaque clouds

answers: NDQ_006325

answers: clockwise

answers: NDQ_006326

answers: Venus's opaque clouds

answers: NDQ_006327

answers: Venus's opaque clouds

answers: NDQ_006328

answers: Venus rotates clockwise in retrograde rotation once every 243 Earth days—the

answers: NDQ_006329

answers: Venus's equator

answers: NDQ_006330

answers: opaque clouds prevent observing the Sun from the planet's surface.

answers: NDQ_006331

answers: Venus

text: Among the other results, probes of the series became the first human-made devices to enter the atmosphere of another planet (Venera 4  on October 18, 1967), to make a soft landing on another planet (Venera 7 on December 15, 1970), to return images from the planetary surface (Venera 9 on June 8, 1975), and to perform high-resolution radar mapping studies of Venus (Venera 15 on June 2, 1983). The later probes in the Venera series successfully carried out their mission, providing the first direct observations of the surface of Venus. Since the surface conditions on Venus are extreme, the probes only survived on the surface for durations varying between 23 minutes (initial probes) up to about two hours (final probes).

text: Among the other results, probes of the series became the first human-made devices to enter the atmosphere of another planet (

text: Venera 4

text: on October 18, 1967), to make a

text: soft landing

text: on another planet (

text: Venera 7

text: on December 15, 1970), to return images from the planetary surface (

text: Venera 9

text: on June 8, 1975), and to perform high-resolution

text: radar mapping

text: studies of Venus (

text: Venera 15

text: on June 2, 1983). The later probes in the Venera series successfully carried out their mission, providing the first direct observations of the surface of Venus. Since the surface conditions on

text: Venus

text: are extreme, the probes only survived on the surface for durations varying between 23 minutes (initial probes) up to about two hours (final probes).

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: surface conditions on Venus are extreme

answers: NDQ_006329

answers: radar mapping studies

answers: NDQ_006330

answers: The later probes in the Venera series successfully carried out their mission, providing the first direct observations

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: 1970),

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: direct observations of the surface of Venus.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: high-resolution radar mapping studies of Venus

answers: NDQ_006330

answers: first direct observations of the surface of Venus.

answers: NDQ_006331

answers: Venus

text: The court denied Cybergold's motion to dismiss for lack of personal jurisdiction and improper venue, finding that the Missouri Court had personal jurisdiction over the case.

text: The court denied Cybergold's motion to dismiss for lack of personal jurisdiction and improper venue, finding that the Missouri Court had personal jurisdiction over the case.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswered questions

answers: NDQ_006330

answers: does not contain water

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Cybergold's

answers: NDQ_006323

answers: The court denied Cybergold's

answers: NDQ_006324

answers: The court denied Cybergold's motion to dismiss for lack of personal jurisdiction

answers: NDQ_006325

answers: personal jurisdiction

answers: NDQ_006326

answers: The court denied Cybergold's motion to dismiss for lack of personal jurisdiction

answers: NDQ_006327

answers: The court denied Cybergold's motion to dismiss for lack of personal jurisdiction

answers: NDQ_006328

answers: The court denied Cybergold's motion to dismiss for lack of personal jurisdiction

answers: NDQ_006329

answers: The court denied Cybergold's motion to dismiss for lack of personal jurisdiction

answers: NDQ_006330

answers: The court denied Cybergold's motion to dismiss for lack of personal jurisdiction

answers: NDQ_006331

answers: The court denied Cybergold's motion to dismiss for lack of personal jurisdiction

text: Removal of atmospheric gas in a more controlled manner could also prove difficult. Venus's extremely slow rotation means that space elevators would be very difficult to construct because the planet's geostationary orbit lies an impractical distance above the surface; and the very thick atmosphere to be removed makes mass drivers useless for removing payloads from the planet's surface. Possible workarounds include placing mass drivers on high-altitude balloons or balloon-supported towers extending above the bulk of the atmosphere, using space fountains, or rotovators.

text: Removal of atmospheric gas in a more controlled manner could also prove difficult. Venus's extremely slow rotation means that

text: space elevator

text: s would be very difficult to construct because the planet's

text: geostationary orbit

text: lies an impractical distance above the surface; and the very thick atmosphere to be removed makes

text: mass driver

text: s useless for removing payloads from the planet's surface. Possible workarounds include placing

text: mass driver

text: s on high-altitude balloons or balloon-supported towers extending above the bulk of the atmosphere, using

text: space fountain

text: s, or

text: rotovators

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmospheric gas

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: removal of atmospheric gas in a more controlled manner could also prove difficult

answers: NDQ_006329

answers: Venus's extremely slow rotation

answers: NDQ_006330

answers: very thick atmosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus's

answers: NDQ_006323

answers: gas

answers: NDQ_006324

answers: atmospheric gas

answers: NDQ_006325

answers: slow

answers: NDQ_006326

answers: Venus's

answers: NDQ_006327

answers: Venus's

answers: NDQ_006328

answers: Venus's extremely slow rotation

answers: NDQ_006329

answers: Venus's extremely slow rotation

answers: NDQ_006330

answers: Venus's extremely slow rotation

answers: NDQ_006331

answers: Venus's

text: The atmosphere of Venus is known to have undergone substantial evolution over geologic time. <ref name='VeSpR science'/> Evidence for this includes the present remarkable contrast between Venus’ atmosphere and the Earth’s: Venus has very little water, a 95% CO atmosphere, a surface temperature of 750 K, and a surface pressure of 90 bar. The early Venusian atmosphere is thought to have undergone either a moist or runaway greenhouse heating episode to produce these conditions, and this would have included hydrodynamic escape of light gases from the upper atmosphere to deplete possibly as much as an ocean of water. Support for this scenario comes from the measured ratio of D/H in Venus' atmosphere of roughly 1.6% from the Pioneer Venus mass spectrometer, orbiting ion mass spectrometer (OIMS) data, and IR spectra of the night-side atmosphere. This large enhancement over cosmic abundances is consistent with the loss of an ocean's worth of HO over geologic time.<ref name='VeSpR science'/>

text: The atmosphere of Venus is known to have undergone substantial evolution over geologic time. <ref name='VeSpR science'/> Evidence for this includes the present remarkable contrast between Venus’ atmosphere and the Earth’s: Venus has very little water, a 95% CO atmosphere, a surface temperature of 750 K, and a surface pressure of 90 bar. The early Venusian atmosphere is thought to have undergone either a moist or runaway greenhouse heating episode to produce these conditions, and this would have included hydrodynamic escape of light gases from the upper atmosphere to deplete possibly as much as an ocean of water. Support for this scenario comes from the measured ratio of D/H in Venus' atmosphere of roughly 1.6% from the

text: Pioneer Venus

text: mass spectrometer

text: , orbiting ion mass spectrometer (OIMS) data, and

text: IR spectra

text: of the night-side atmosphere. This large enhancement over cosmic abundances is consistent with the loss of an ocean's worth of HO over geologic time.<ref name='VeSpR science'/>

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon

answers: NDQ_006324

answers: CO

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: The early Venusian atmosphere is thought to have undergone either a moist or runaway greenhouse heating episode

answers: NDQ_006329

answers: Venus has very little water

answers: NDQ_006330

answers: surface temperature of 750 K, and a surface pressure of 90 bar

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: CO

answers: NDQ_006324

answers: light gases

answers: NDQ_006325

answers: Venus has very little water,

answers: NDQ_006326

answers: Earth’s:

answers: NDQ_006327

answers: 90 bar.

answers: NDQ_006328

answers: moist or runaway greenhouse heating episode

answers: NDQ_006329

answers: Venus has very little water,

answers: NDQ_006330

answers: surface temperature of 750 K, and a surface pressure of 90 bar.

answers: NDQ_006331

answers: 750 K,

text: The use of the motion to lay on the table to kill a motion is improper; instead, a motion to postpone indefinitely should be used. Similarly, it is improper to use the motion to lay on the table to postpone something; a motion to postpone to a certain time should be used in this case. If debate is not desired, a motion to close debate (the previous question) should be used. One of the disadvantages of trying to kill a measure by laying it on the table is that, if some opponents of the measure subsequently leave the meeting, a temporary majority favoring the measure can then take it from the table and act on it; or they may do so at the next session if held within a quarterly time interval.

text: The use of the motion to lay on the table to kill a motion is improper; instead, a motion to

text: postpone indefinitely

text: should be used. Similarly, it is improper to use the motion to lay on the table to postpone something; a motion to

text: postpone to a certain time

text: should be used in this case. If debate is not desired, a motion to close debate (the

text: previous question

text: ) should be used. One of the disadvantages of trying to kill a measure by laying it on the table is that, if some opponents of the measure subsequently leave the meeting, a temporary majority favoring the measure can then take it from the table and act on it; or they may do so at the next session if held within a quarterly time interval.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: motion to close debate

answers: NDQ_006328

answers: motion to close debate (the previous question) should be used.

answers: NDQ_006329

answers: a motion to close debate

answers: NDQ_006330

answers: a motion to close debate

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: quarterly time interval.

answers: NDQ_006323

answers: quarterly time interval.

answers: NDQ_006324

answers: a motion to postpone indefinitely

answers: NDQ_006325

answers: indefinitely

answers: NDQ_006326

answers: if some opponents of the measure subsequently leave the meeting,

answers: NDQ_006327

answers: a motion to postpone indefinitely

answers: NDQ_006328

answers: a motion to postpone indefinitely

answers: NDQ_006329

answers: motion to postpone indefinitely

answers: NDQ_006330

answers: a motion to postpone indefinitely

answers: NDQ_006331

answers: a motion to postpone indefinitely

text: Venus' atmosphere is mostly composed of carbon dioxide. It contains minor amounts of nitrogen and other trace elements, including compounds based on hydrogen, nitrogen, sulfur, carbon, and oxygen. The atmosphere of Venus is much hotter and denser than that of Earth, though shallower.  As greenhouse gases warm a lower atmosphere, they cool the upper atmosphere, leading to compact thermospheres. By some definitions, Venus has no stratosphere.

text: Venus' atmosphere is mostly composed of

text: carbon dioxide

text: . It contains minor amounts of

text: nitrogen

text: and other trace elements, including compounds based on

text: hydrogen

text: nitrogen

text: sulfur

text: carbon

text: , and

text: oxygen

text: . The atmosphere of Venus is much hotter and denser than that of Earth, though shallower.  As greenhouse gases warm a lower atmosphere, they cool the upper atmosphere, leading to compact

text: thermosphere

text: s. By some definitions, Venus has no stratosphere.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: minor amounts of nitrogen and other trace elements

answers: NDQ_006330

answers: has no stratosphere

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus'

answers: NDQ_006323

answers: hydrogen, nitrogen, sulfur, carbon, and oxygen.

answers: NDQ_006324

answers: carbon dioxide.

answers: NDQ_006325

answers: much hotter and denser

answers: NDQ_006326

answers: Earth,

answers: NDQ_006327

answers: hotter and denser than that of Earth,

answers: NDQ_006328

answers: Venus has no stratosphere.

answers: NDQ_006329

answers: Venus has no stratosphere.

answers: NDQ_006330

answers: Venus has no stratosphere.

answers: NDQ_006331

answers: Venus

text: Modelling by Mark Bullock of Venus's atmospheric evolution suggests that existing surface minerals, particularly calcium and magnesium oxides, could serve as a sink of carbon dioxide and sulfur dioxide. If these could be exposed to the atmosphere, then the planet would cool and its atmospheric pressure decline somewhat. One of the possible end states modelled by Bullock was a 43 bar atmosphere and 400 K surface temperature.

text: Modelling by Mark Bullock of Venus's atmospheric evolution suggests that existing surface minerals, particularly calcium and magnesium oxides, could serve as a sink of carbon dioxide and sulfur dioxide. If these could be exposed to the atmosphere, then the planet would cool and its atmospheric pressure decline somewhat. One of the possible end states modelled by Bullock was a 43 bar atmosphere and 400 K surface temperature.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: magnesium oxides

answers: NDQ_006324

answers: surface minerals

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: unanswerable

answers: NDQ_006329

answers: surface minerals

answers: NDQ_006330

answers: existing surface minerals

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus's

answers: NDQ_006323

answers: calcium and magnesium oxides,

answers: NDQ_006324

answers: carbon dioxide and sulfur dioxide.

answers: NDQ_006325

answers: Venus's

answers: NDQ_006326

answers: Venus's

answers: NDQ_006327

answers: 43 bar atmosphere and 400 K surface temperature.

answers: NDQ_006328

answers: Venus's

answers: NDQ_006329

answers: existing surface minerals, particularly calcium and magnesium oxides,

answers: NDQ_006330

answers: existing surface minerals,

answers: NDQ_006331

answers: Venus's

text: The Supreme Court heard two motions. The first was the defendants' motion for judgment on the pleadings. Defendants argued that: (1) the NEA's funding decisions are unreviewable because they are committed to agency discretion by law; (2) venue was improper as to the Privacy Act claim; and (3) plaintiffs lacked standing to challenge the facial validity of the "decency clause" because they cannot establish the necessary injury. The Court also considered plaintiffs' motion for summary judgment on their facial challenge to the "decency clause".

text: The Supreme Court heard two motions. The first was the defendants' motion for judgment on the pleadings. Defendants argued that: (1) the NEA's funding decisions are unreviewable because they are committed to agency discretion by law; (2) venue was improper as to the Privacy Act claim; and (3) plaintiffs lacked standing to challenge the facial validity of the "decency clause" because they cannot establish the necessary injury. The Court also considered plaintiffs' motion for summary judgment on their facial challenge to the "decency clause".

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is not possible to tell

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: NDQ_006322

answers: The Supreme Court

answers: NDQ_006323

answers: Privacy Act

answers: NDQ_006324

answers: "decency clause"

answers: NDQ_006325

answers: unreviewable

answers: NDQ_006326

answers: The Supreme Court heard two motions.

answers: NDQ_006327

answers: defendants' motion for judgment on the pleadings.

answers: NDQ_006328

answers: The Supreme Court heard two motions.

answers: NDQ_006329

answers: "decency clause"

answers: NDQ_006330

answers: defendants' motion for judgment on the pleadings.

answers: NDQ_006331

answers: The Supreme Court heard two motions.

text: Perhaps one of the most recent adverse effects of climate change to be explored is that of ocean acidification. Our oceans cover approximately 71 percent of the Earth's surface and support a diverse range of ecosystems, which are home to over 50 percent of all the species on the planet. Oceans regulate climate and weather as well as providing nutrition for a vast variety of species, humans included. Covering such an extensive part of the planet has allowed the oceans to absorb a large portion of the carbon dioxide () from the atmosphere. This process is part of the carbon cycle in which the fluxes of carbon dioxide () in Earth's atmosphere, biosphere and lithosphere are described. Humans have drastically added to the amount of carbon dioxide () in the atmosphere through the burning of fossil fuels and the process of deforestation. Oceans work as a sink absorbing excess anthropogenic carbon dioxide (). As the oceans absorb anthropogenic carbon dioxide () it breaks down into carbonic acid, a mild acid, this neutralizes the normally alkaline ocean water. As a result, the pH in the oceans is declining. In the research surrounding global climate change we are only just beginning to realize that our oceans can sequester a finite amount of  before we start seeing impacts on marine life that could lead to devastating losses. Acidification of our oceans has the potential to drastically alter life as we know it - from extreme weather patterns and food scarcity to a loss of millions of species from the planet - all of these consequences hold the potential to directly affect human health.

text: Perhaps one of the most recent adverse

text: effects of climate change

text: to be explored is that of

text: ocean acidification

text: . Our

text: oceans

text: cover approximately 71 percent of the

text: Earth

text: 's surface and support a diverse range of

text: ecosystems

text: , which are home to over 50 percent of all the

text: species

text: on the planet. Oceans regulate

text: climate

text: and

text: weather

text: as well as providing

text: nutrition

text: for a vast variety of species, humans included. Covering such an extensive part of the planet has allowed the oceans to absorb a large portion of the

text: carbon dioxide ()

text: from the

text: atmosphere

text: . This process is part of the

text: carbon cycle

text: in which the fluxes of

text: carbon dioxide ()

text: in Earth's

text: atmosphere

text: biosphere

text: and

text: lithosphere

text: are described. Humans have drastically added to the amount of

text: carbon dioxide ()

text: in the atmosphere through the burning of

text: fossil fuels

text: and the process of

text: deforestation

text: . Oceans work as a sink absorbing excess

text: anthropogenic

text: carbon dioxide

text: (). As the oceans absorb

text: anthropogenic

text: carbon dioxide

text: () it breaks down into

text: carbonic acid

text: , a mild acid, this neutralizes the normally

text: alkaline

text: ocean water. As a result, the pH in the oceans is declining. In the research surrounding global climate change we are only just beginning to realize that our oceans can sequester a finite amount of  before we start seeing impacts on marine life that could lead to devastating losses. Acidification of our oceans has the potential to drastically alter life as we know it - from

text: extreme weather

text: patterns and

text: food scarcity

text: to a loss of millions of species from the planet - all of these consequences hold the potential to directly affect

text: human health

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: carbonic acid

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: ocean acidification. Our oceans

answers: NDQ_006323

answers: lithosphere

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: 71 percent

answers: NDQ_006326

answers: 71 percent of the Earth's surface

answers: NDQ_006327

answers: 71 percent of the Earth's surface

answers: NDQ_006328

answers: 71

answers: NDQ_006329

answers: 71 percent of the Earth's surface

answers: NDQ_006330

answers: 71 percent of the Earth's surface

answers: NDQ_006331

answers: 71 percent of the Earth's

text: Spectral data acquired by satellite sensors are influenced by a number of factors, such as atmospheric absorption and scattering, sensor-target-illumination geometry, sensor calibration, and image data processing procedures, which tend to change through times (Teillet, 1986). Targets in multi-date scenes are extremely variable and have been nearly impossible to compare in an automated mode (Kim and Elman, 1990). In order to detect genuine landscape changes as revealed by changes in surface reflectance from multi-date satellite images, it is necessary to carry out radiometric correction. Two approaches to radiometric correction are possible: absolute and relative (Lo and Yang, 1998). The absolute approach requires the use of ground measurements at the time of data acquisition for atmospheric correction and sensor calibration. This is not only costly but also impractical when archival satellite image data are used for change analysis (Hall et al., 1991). The relative approach to radiometric correction, known as relative radiometric normalization (RRN), ispreferred because no in situ atmospheric data at the time of satellite overpasses are required. This method involves normalizing or rectifying the intensities or digital numbers (DN) of multi-date images bandby-band to a reference image selected by the analyst. The normalized images would appear as if they were acquired with the same sensor under similar atmospheric and illumination conditions to those of the reference image.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmospheric

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: In order to detect genuine landscape changes as revealed by changes in surface reflectance from multi-date satellite images, it is necessary to carry out radiometric correction.

answers: NDQ_006329

answers: landscape changes

answers: NDQ_006330

answers: changes in surface reflectance

answers: NDQ_006331

answers: NDQ_006322

answers: a number of factors, such as atmospheric absorption and scattering,

answers: NDQ_006323

answers: atmospheric absorption and scattering,

answers: NDQ_006324

answers: atmospheric absorption and scattering,

answers: NDQ_006325

answers: relative

answers: NDQ_006326

answers: Spectral data acquired by satellite sensors

answers: NDQ_006327

answers: relative radiometric normalization

answers: NDQ_006328

answers: relative radiometric normalization

answers: NDQ_006329

answers: landscape changes

answers: NDQ_006330

answers: changes in surface reflectance

answers: NDQ_006331

answers: The relative approach to radiometric correction, known as relative radiometric normalization

text: The atmosphere is an important transitional zone between the solid planetary surface and the higher rarefied ionizing and radiation belts. Not all planets have atmospheres: their existence depends on the mass of the planet, and the planet's distance from the Sun — too distant and frozen atmospheres occur. Besides the four gas giant planets, almost all of the terrestrial planets (Earth, Venus, and Mars) have significant atmospheres. Two moons have significant atmospheres: Saturn's moon Titan and Neptune's moon Triton. A tenuous atmosphere exists around Mercury.

text: The

text: atmosphere

text: is an important transitional zone between the solid planetary surface and the higher rarefied

text: ionizing

text: and radiation belts. Not all planets have atmospheres: their existence depends on the mass of the planet, and the planet's distance from the Sun — too distant and frozen atmospheres occur. Besides the four

text: gas giant

text: planets, almost all of the

text: terrestrial planets

text: Earth

text: Venus

text: , and

text: Mars

text: ) have significant atmospheres. Two moons have significant atmospheres:

text: Saturn

text: 's moon

text: Titan

text: and

text: Neptune

text: 's moon

text: Triton

text: . A tenuous atmosphere exists around

text: Mercury

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: more slowly

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: have significant atmospheres

answers: NDQ_006329

answers: the solid planetary surface

answers: NDQ_006330

answers: have significant atmospheres

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Venus,

answers: NDQ_006324

answers: atmospheres.

answers: NDQ_006325

answers: distance from the Sun — too distant

answers: NDQ_006326

answers: almost all of the terrestrial planets (Earth, Venus, and Mars)

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: Venus, and Mars) have significant atmospheres.

answers: NDQ_006329

answers: significant atmospheres.

answers: NDQ_006330

answers: have significant atmospheres.

answers: NDQ_006331

answers: Venus,

text: Two ultraviolet spectrometers were involved in this experiment, one to measure UV absorption, the other to sense UV emissions. The occultation spectrometer scanned Mercury's edge as it passed in front of the Sun, and detected whether solar ultraviolet radiation was absorbed at certain wavelengths, which would indicate the presence of gas particles, and therefore an atmosphere. The airglow spectrometer detected extreme ultraviolet radiation emanating from atoms of gaseous hydrogen, helium, carbon, oxygen, neon, and argon. Unlike the occultation spectrometer, it did not require backlighting from the Sun, and could move along with the rotatable scan platform on the spacecraft. The experiment's most important goal was to ascertain whether Mercury had an atmosphere, but would also gather data at Earth and Venus and study the interstellar background radiation.

text: Two ultraviolet

text: spectrometers

text: were involved in this experiment, one to measure UV absorption, the other to sense UV emissions. The occultation spectrometer scanned Mercury's edge as it passed in front of the Sun, and detected whether solar ultraviolet radiation was absorbed at certain wavelengths, which would indicate the presence of gas particles, and therefore an atmosphere. The

text: airglow

text: spectrometer detected extreme ultraviolet radiation emanating from atoms of gaseous hydrogen, helium, carbon, oxygen, neon, and argon. Unlike the occultation spectrometer, it did not require backlighting from the Sun, and could move along with the rotatable scan platform on the spacecraft. The experiment's most important goal was to ascertain whether Mercury had an atmosphere, but would also gather data at Earth and Venus and study the interstellar background radiation.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon

answers: NDQ_006324

answers: argon

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: hydrogen, helium, carbon,

answers: NDQ_006324

answers: gas particles,

answers: NDQ_006325

answers: Venus and study the interstellar

answers: NDQ_006326

answers: Earth and Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: interstellar background radiation.

answers: NDQ_006330

answers: Venus

answers: NDQ_006331

answers: Venus

text: Venus is a planet with a runaway greenhouse effect, with surface temperatures and pressure of  and  respectively. Hence, manned missions to Venus have historically been thought impractical, if not impossible. However, Venus has advantages for manned travel, such as Earth-like gravity (.90 Earth gravity), an atmosphere that provides a level of protection from solar and interstellar radiation, and a much greater proximity compared to Mars.

text: Venus is a planet with a

text: runaway greenhouse effect

text: , with surface temperatures and pressure of  and  respectively. Hence, manned missions to Venus have historically been thought impractical, if not impossible. However, Venus has advantages for manned travel, such as Earth-like gravity (.90 Earth gravity), an atmosphere that provides a level of protection from solar and interstellar radiation, and a much greater proximity compared to Mars.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: an atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: Earth-like gravity

answers: NDQ_006329

answers: surface temperatures of and

answers: NDQ_006330

answers: temperatures and pressure

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Earth-like

answers: NDQ_006324

answers: solar and interstellar radiation,

answers: NDQ_006325

answers: Earth-like gravity

answers: NDQ_006326

answers: a much greater proximity compared to Mars.

answers: NDQ_006327

answers: surface temperatures

answers: NDQ_006328

answers: Venus is a planet with a runaway greenhouse effect,

answers: NDQ_006329

answers: surface temperatures

answers: NDQ_006330

answers: temperatures and pressure of and respectively.

answers: NDQ_006331

answers: Venus

text: Venus is a terrestrial planet and is sometimes called Earth's "sister planet" because of their similar size, mass, proximity to the Sun, and bulk composition. It is radically different from Earth in other respects. It has the densest atmosphere of the four terrestrial planets, consisting of more than 96% carbon dioxide. The atmospheric pressure at the planet's surface is 92 times that of Earth, or roughly the pressure found  underwater on Earth. Venus is by far the hottest planet in the Solar System, with a mean surface temperature of , even though Mercury is closer to the Sun. Venus is shrouded by an opaque layer of highly reflective clouds of sulfuric acid, preventing its surface from being seen from space in visible light. It may have had water oceans in the past, but these would have vaporized as the temperature rose due to a runaway greenhouse effect. The water has probably photodissociated, and the free hydrogen has been swept into interplanetary space by the solar wind because of the lack of a planetary magnetic field. Venus's surface is a dry desertscape interspersed with slab-like rocks and is periodically resurfaced by volcanism.

text: Venus is a

text: terrestrial planet

text: and is sometimes called Earth's "sister planet" because of their similar size, mass, proximity to the Sun, and bulk composition. It is radically different from Earth in other respects. It has the densest

text: atmosphere

text: of the four terrestrial planets, consisting of more than 96%

text: carbon dioxide

text: . The

text: atmospheric pressure

text: at the planet's surface is 92 times that of Earth, or roughly the pressure found  underwater on Earth. Venus is by far the hottest planet in the Solar System, with a mean surface temperature of , even though

text: Mercury

text: is closer to the Sun. Venus is shrouded by an opaque layer of highly reflective clouds of

text: sulfuric acid

text: , preventing its surface from being seen from space in

text: visible light

text: . It may have had water oceans in the past, but these would have vaporized as the temperature rose due to a

text: runaway greenhouse effect

text: . The water has probably

text: photodissociated

text: , and the free hydrogen has been

text: swept into interplanetary space

text: by the

text: solar wind

text: because of the lack of a

text: planetary magnetic field

text: . Venus's surface is a dry desertscape interspersed with slab-like rocks and is periodically resurfaced by

text: volcanism

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: sulfuric acid

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: periodically resurfaced by volcanism

answers: NDQ_006329

answers: Venus's surface is a dry desertscape interspersed with slab-like rocks

answers: NDQ_006330

answers: is periodically resurfaced by volcanism

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: sulfuric acid,

answers: NDQ_006324

answers: sulfuric acid,

answers: NDQ_006325

answers: 92

answers: NDQ_006326

answers: proximity to the Sun,

answers: NDQ_006327

answers: 92 times that of Earth,

answers: NDQ_006328

answers: periodically resurfaced by volcanism.

answers: NDQ_006329

answers: dry desertscape interspersed with slab-like rocks

answers: NDQ_006330

answers: periodically resurfaced by volcanism.

answers: NDQ_006331

answers: Mercury

text: "5 Towers" is an interactive outdoor concert venue on Universal CityWalk, featuring a technologically advanced staging system. The stage is equipped with thousands of LED fixtures, motion capture sensors, five soaring 42-foot light tower sculptures, a massive video monitor and a state-of-the-art audio system.

text: "5 Towers" is an interactive outdoor concert venue on Universal CityWalk, featuring a technologically advanced staging system. The stage is equipped with thousands of LED fixtures, motion capture sensors, five soaring 42-foot light tower sculptures, a massive video monitor and a state-of-the-art audio system.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Universal CityWalk,

answers: NDQ_006323

answers: LED

answers: NDQ_006324

answers: LED fixtures,

answers: NDQ_006325

answers: LED fixtures, motion capture sensors,

answers: NDQ_006326

answers: Universal CityWalk,

answers: NDQ_006327

answers: "5 Towers"

answers: NDQ_006328

answers: "5 Towers"

answers: NDQ_006329

answers: "5 Towers"

answers: NDQ_006330

answers: motion capture sensors,

answers: NDQ_006331

answers: "5 Towers"

text: For the Winter Olympics, there were no venues that started with 1–9, seven venues that started with the letter 'A' and 12 venues started with the letter 'B'.

text: For the

text: Winter Olympics

text: , there were no

text: venues

text: that started with 1–9, seven venues that started with the letter 'A' and 12 venues started with the letter 'B'.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: 3

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: 1–9

answers: NDQ_006330

answers: 1–9

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 'A'

answers: NDQ_006323

answers: 'A'

answers: NDQ_006324

answers: no venues that started with 1–9,

answers: NDQ_006325

answers: 'B'.

answers: NDQ_006326

answers: 12 venues started with the letter 'B'.

answers: NDQ_006327

answers: no venues that started with 1–9,

answers: NDQ_006328

answers: no venues that started with 1–9,

answers: NDQ_006329

answers: no venues that started with 1–9,

answers: NDQ_006330

answers: no venues that started with 1–9,

answers: NDQ_006331

answers: no venues that started with 1–9,

text: Superpressure balloons are typically used for extremely long duration flights of unmanned scientific experiments in the upper atmosphere, where atmospheric gas temperature is quite stable through the diurnal cycle. In 1985 such balloons were used for aerobots flying at an altitude of approximately 50 km in the atmosphere of Venus, in the international, Soviet-led Vega program.

text: Superpressure balloons are typically used for extremely long duration flights of unmanned

text: scientific experiment

text: s in the

text: upper atmosphere

text: , where atmospheric gas temperature is quite stable through the diurnal cycle. In 1985 such balloons were used for

text: aerobot

text: s flying at an altitude of approximately 50 km in the atmosphere of

text: Venus

text: , in the international, Soviet-led

text: Vega program

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmospheric gas

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unmanned scientific experiments

answers: NDQ_006330

answers: Vega program

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Soviet-led

answers: NDQ_006324

answers: atmospheric gas

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: 50 km in the atmosphere of Venus,

answers: NDQ_006329

answers: atmospheric gas temperature is quite stable through the diurnal cycle.

answers: NDQ_006330

answers: 50 km in the atmosphere of Venus,

answers: NDQ_006331

answers: Venus,

text: Increasing the speed of Venus's rotation would require energy many orders of magnitude greater than the construction of orbiting solar mirrors, or even than the removal of Venus's atmosphere. Recent scientific research suggests that close fly-bys of asteroids or cometary bodies larger than 60 miles across could be used to move a planet in its orbit, or increase the speed of rotation. G. David Nordley has suggested, in fiction, that Venus might be spun-up to a day-length of 30 Earth days by exporting the atmosphere of Venus into space via mass drivers. A proposal by Birch involves the use of dynamic compression members to transfer energy and momentum via high-velocity mass streams to a band around the equator of Venus. He calculated that this would give Venus a day of 24 hours in 30 years.

text: Increasing the speed of Venus's rotation would require energy many orders of magnitude greater than the construction of orbiting solar mirrors, or even than the removal of Venus's atmosphere. Recent scientific research suggests that close fly-bys of asteroids or cometary bodies larger than 60 miles across could be used to move a planet in its orbit, or increase the speed of rotation.

text: G. David Nordley

text: has suggested, in fiction, that Venus might be spun-up to a day-length of 30 Earth days by exporting the atmosphere of Venus into space via

text: mass driver

text: s. A proposal by Birch involves the use of dynamic compression members to transfer energy and momentum via high-velocity mass streams to a band around the equator of Venus. He calculated that this would give Venus a day of 24 hours in 30 years.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: high-velocity mass streams to a band around the equator of Venus

answers: NDQ_006329

answers: the equator of Venus

answers: NDQ_006330

answers: Increasing the speed of Venus's rotation would require energy

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus's

answers: NDQ_006323

answers: solar mirrors,

answers: NDQ_006324

answers: atmosphere.

answers: NDQ_006325

answers: speed

answers: NDQ_006326

answers: close fly-bys

answers: NDQ_006327

answers: Increasing the speed of Venus's

answers: NDQ_006328

answers: Increasing the speed of Venus's rotation

answers: NDQ_006329

answers: equator

answers: NDQ_006330

answers: Venus's atmosphere.

answers: NDQ_006331

answers: Venus's

text: The Ford Plant was a not-for-profit music venue founded in 2002, which has expanded at various times into projects such as an art gallery (the One King Gallery, studio, music store and record label. Located in downtown Brantford, Ontario, Canada, its small spaces and unique atmosphere create one of Canada's most intriguing rock venues, as well as one of the more lively. The Ford Plant holds only about one hundred people, with the party-like environment often spilling out into the streets.

text: The Ford Plant was a not-for-profit music venue founded in 2002, which has expanded at various times into projects such as an art gallery (the One King Gallery, studio, music store and record label. Located in downtown

text: Brantford

text: Ontario

text: Canada

text: , its small spaces and unique atmosphere create one of Canada's most intriguing rock venues, as well as one of the more lively. The Ford Plant holds only about one hundred people, with the party-like environment often spilling out into the streets.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Brantford,

answers: NDQ_006323

answers: art gallery (the One King Gallery,

answers: NDQ_006324

answers: art gallery (the One King Gallery, studio, music store and record label.

answers: NDQ_006325

answers: 2002,

answers: NDQ_006326

answers: Brantford, Ontario, Canada,

answers: NDQ_006327

answers: Brantford,

answers: NDQ_006328

answers: 2002,

answers: NDQ_006329

answers: Brantford,

answers: NDQ_006330

answers: 2002,

answers: NDQ_006331

answers: 2002,

text: The geodynamic surface of Venus is dominated by patterns of basaltic volcanism, and by compressional and extensional tectonic deformation, such as the highly deformed tesserae terrain and the pancake like coronae.On Venus, coronae are large (typically several hundred kilometres across),  crown-like, volcanic features.

text: The

text: geodynamic surface of Venus

text: is dominated by patterns of basaltic volcanism, and by compressional and extensional tectonic deformation, such as the highly deformed

text: tesserae

text: terrain and the pancake like coronae.On Venus, coronae are large (typically several hundred kilometres across),  crown-like, volcanic features.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: basaltic volcanism

answers: NDQ_006329

answers: tesserae terrain

answers: NDQ_006330

answers: basaltic volcanism

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: basaltic volcanism,

answers: NDQ_006324

answers: basaltic volcanism,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus is dominated by patterns of basaltic volcanism,

answers: NDQ_006328

answers: basaltic volcanism,

answers: NDQ_006329

answers: tesserae terrain and the pancake like coronae.On

answers: NDQ_006330

answers: patterns of basaltic volcanism,

answers: NDQ_006331

answers: Venus

text: The planet receives 19 times more stellar radiation than Earth.<ref name='Zachory 2015'/>  The temperature of the top of its atmosphere is estimated at .  The planet is estimated to be hotter than Venus, as higher temperatures may prevail near the surface.  (cf. Atmosphere of Venus, Colonization of Venus)  It is possible that one side of the planet is cooler, because it is presumed to be tidally locked due to its proximity to its star; however, under most circumstances where an atmosphere is thick, it would be able to transfer heat to the far side.

text: The planet receives 19 times more

text: stellar radiation

text: than

text: Earth

text: .<ref name='Zachory 2015'/>  The temperature of the top of its atmosphere is estimated at .  The planet is estimated to be hotter than Venus, as higher temperatures may prevail near the surface.  (cf.

text: Atmosphere of Venus

text: Colonization of Venus

text: )  It is possible that one side of the planet is cooler, because it is presumed to be

text: tidally locked

text: due to its proximity to its star; however, under most circumstances where an atmosphere is thick, it would be able to transfer heat to the far side.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The planet is estimated to be hotter than Venus, as higher temperatures may prevail near the surface.

answers: NDQ_006329

answers: It is possible that one side of the planet is cooler

answers: NDQ_006330

answers: higher temperatures may prevail

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: Earth.

answers: NDQ_006324

answers: higher temperatures

answers: NDQ_006325

answers: 19 times more stellar radiation

answers: NDQ_006326

answers: proximity to its star;

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: 19 times more stellar radiation than Earth.

answers: NDQ_006329

answers: higher temperatures may prevail near the surface.

answers: NDQ_006330

answers: higher temperatures may prevail near the surface.

answers: NDQ_006331

answers: Venus,

text: The upper atmosphere of Venus can be measured from Earth when the planet crosses the sun in a rare event known as a solar transit. The last solar transit of Venus occurred in 2012. Using quantitative astronomical spectroscopy, scientists were able to analyse sunlight that passed through the planet's atmosphere to reveal chemicals within it. As the technique to analyse light to discover information about a planet's atmosphere only first showed results in 2001, this was the first opportunity to gain conclusive results in this way on the atmosphere of Venus since observation of solar transits began. This solar transit was a rare opportunity considering the lack of information on the atmosphere between 65 and 85 km. The solar transit in 2004 enabled astronomers to gather a large amount of data useful not only in determining the composition of the upper atmosphere of Venus, but also in refining techniques used in searching for extrasolar planets. The atmosphere of mostly CO, absorbs near-infrared radiation, making it easy to observe. During the 2004 transit, the absorption in the atmosphere as a function of wavelength revealed the properties of the gases at that altitude. The Doppler shift of the gases also enabled wind patterns to be measured.

text: The upper atmosphere of Venus can be measured from Earth when the planet crosses the sun in a rare event known as a

text: solar transit

text: . The last solar

text: transit of Venus

text: occurred in 2012. Using quantitative

text: astronomical spectroscopy

text: , scientists were able to analyse sunlight that passed through the planet's atmosphere to reveal chemicals within it. As the technique to analyse light to discover information about a planet's atmosphere only first showed results in 2001, this was the first opportunity to gain conclusive results in this way on the atmosphere of Venus since observation of solar transits began. This solar transit was a rare opportunity considering the lack of information on the atmosphere between 65 and 85 km. The solar transit in 2004 enabled astronomers to gather a large amount of data useful not only in determining the composition of the upper atmosphere of Venus, but also in refining techniques used in searching for

text: extrasolar planet

text: s. The atmosphere of mostly CO, absorbs near-infrared radiation, making it easy to observe. During the 2004 transit, the absorption in the atmosphere as a function of

text: wavelength

text: revealed the properties of the gases at that altitude. The

text: Doppler shift

text: of the gases also enabled wind patterns to be measured.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon

answers: NDQ_006324

answers: CO

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The last solar transit of Venus occurred in 2012

answers: NDQ_006329

answers: atmosphere between 65 and 85 km

answers: NDQ_006330

answers: The last solar transit of Venus occurred in 2012

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: CO,

answers: NDQ_006324

answers: CO,

answers: NDQ_006325

answers: Venus can be measured from Earth when the planet crosses the sun

answers: NDQ_006326

answers: Earth

answers: NDQ_006327

answers: CO,

answers: NDQ_006328

answers: wind patterns to be measured.

answers: NDQ_006329

answers: wind patterns

answers: NDQ_006330

answers: 65 and 85 km.

answers: NDQ_006331

answers: Venus

text: |team1=Great Britain|team2=Italy|venue=Burswood Entertainment Complex, Perth|date=3 January 2011|AWST]] (UTC+8)|surface=hard (indoors)|score1= 1|score2= 2|R1=|R2=|R3=}}

text: |team1=Great Britain|team2=Italy|venue=

text: Burswood Entertainment Complex

text: Perth

text: |date=3 January 2011|AWST]] (

text: )|surface=hard (indoors)|score1= 1|score2= 2|R1=|R2=|R3=}}

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is so far away

answers: NDQ_006327

answers: Venus has an intense greenhouse effect.

answers: NDQ_006328

answers: venus is a planet

answers: NDQ_006329

answers: venus has a surface area of .

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: mercury is the 2nd hottest planet in the solar system

answers: NDQ_006322

answers: Britain|team2=Italy|venue=Burswood

answers: NDQ_006323

answers: Britain|team2=Italy|venue=Burswood

answers: NDQ_006324

answers: Britain|team2=Italy|venue=Burswood

answers: NDQ_006325

answers: |team1=Great Britain|team2=Italy|venue=Burswood

answers: NDQ_006326

answers: |team1=Great Britain|team2=Italy|venue=Burswood

answers: NDQ_006327

answers: Britain|team2=Italy|venue=Burswood

answers: NDQ_006328

answers: Perth|date=3 January 2011|AWST]] (UTC+8)|surface=hard

answers: NDQ_006329

answers: |team1=Great Britain|team2=Italy|venue=Burswood

answers: NDQ_006330

answers: (UTC+8)|surface=hard (indoors)|score1=

answers: NDQ_006331

answers: |team1=Great Britain|team2=Italy|venue=Burswood

text: Venus Urania ("Heavenly Venus"), used as the title of a book by Basilius von Ramdohr, a relief by Pompeo Marchesi, and a painting by Christian Griepenkerl.  (cf. Aphrodite Urania.)

text: Venus Urania ("Heavenly Venus"), used as the title of a book by

text: Basilius von Ramdohr

text: , a relief by

text: Pompeo Marchesi

text: , and a painting by

text: Christian Griepenkerl

text: .  (cf.

text: Aphrodite Urania

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Urania

answers: NDQ_006329

answers: Urania

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus Urania ("Heavenly Venus"),

answers: NDQ_006323

answers: Venus Urania

answers: NDQ_006324

answers: Ramdohr,

answers: NDQ_006325

answers: Venus Urania ("Heavenly Venus"),

answers: NDQ_006326

answers: Venus Urania

answers: NDQ_006327

answers: Venus Urania ("Heavenly Venus"),

answers: NDQ_006328

answers: Venus Urania

answers: NDQ_006329

answers: Venus Urania

answers: NDQ_006330

answers: Venus Urania ("Heavenly Venus"),

answers: NDQ_006331

answers: Venus Urania

text: Due to the high energy of C-F bonds, it is very inert and thus acts as an extremely stable greenhouse gas, with an atmospheric lifetime of 10,000 years (other sources: 500 years) and a global warming potential (GWP) of 9200. A calculated atmospheric lifetime range of 500 to 10,000 years has been reported.Atmospheric concentration of tetrafluoroethane is 3 pptv (increase by 3 pptv since 1750). However, it has a strong absorption potential in the infrared part of the spectrum. Radiative forcing is 0.001 W/m. Its ozone depletion potential (ODP) is 0.

text: Due to the high energy of C-F bonds, it is very inert and thus acts as an extremely stable

text: greenhouse gas

text: , with an atmospheric

text: lifetime

text: of 10,000 years (other sources: 500 years) and a

text: global warming potential

text: (GWP) of 9200. A calculated atmospheric lifetime range of 500 to 10,000 years has been reported.Atmospheric concentration of tetrafluoroethane is 3 pptv (increase by 3 pptv since 1750). However, it has a strong absorption potential in the infrared part of the spectrum.

text: Radiative forcing

text: is 0.001 W/m. Its

text: ozone depletion potential

text: (ODP) is 0.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ozone

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 10,000 years

answers: NDQ_006323

answers: C-F bonds,

answers: NDQ_006324

answers: tetrafluoroethane

answers: NDQ_006325

answers: 10,000 years

answers: NDQ_006326

answers: 10,000 years

answers: NDQ_006327

answers: extremely stable greenhouse gas,

answers: NDQ_006328

answers: 10,000 years

answers: NDQ_006329

answers: 10,000 years

answers: NDQ_006330

answers: 500 to 10,000 years

answers: NDQ_006331

answers: tetrafluoroethane

text: Many of the works take the form of extreme landscapes up to 14 feet long, engulfing one's field of view and reproducing the atmospheric elements of the scene without the use of recognizable or iconic signifiers.

text: Many of the works take the form of extreme landscapes up to 14 feet long, engulfing one's field of view and reproducing the atmospheric elements of the scene without the use of recognizable or iconic signifiers.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: extreme landscapes

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Many of the works take the form of extreme landscapes

answers: NDQ_006323

answers: recognizable or iconic signifiers.

answers: NDQ_006324

answers: recognizable or iconic signifiers.

answers: NDQ_006325

answers: recognizable or iconic signifiers.

answers: NDQ_006326

answers: recognizable or iconic signifiers.

answers: NDQ_006327

answers: recognizable or iconic signifiers.

answers: NDQ_006328

answers: recognizable or iconic signifiers.

answers: NDQ_006329

answers: recognizable or iconic signifiers.

answers: NDQ_006330

answers: recognizable or iconic signifiers.

answers: NDQ_006331

answers: recognizable or iconic signifiers.

text: For the Summer Olympics, there were 11 venues that started with the letter 'J' and 22 venues that started with the letter 'K'.

text: For the

text: Summer Olympics

text: , there were 11

text: venues

text: that started with the letter 'J' and 22 venues that started with the letter 'K'.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: K

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: K

answers: NDQ_006329

answers: venus is a planet

answers: NDQ_006330

answers: K

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 'K'.

answers: NDQ_006323

answers: 'J'

answers: NDQ_006324

answers: 11 venues that started with the letter 'J'

answers: NDQ_006325

answers: 11 venues that started with the letter 'J'

answers: NDQ_006326

answers: 22 venues that started with the letter 'K'.

answers: NDQ_006327

answers: 11 venues that started with the letter 'J'

answers: NDQ_006328

answers: 11 venues that started with the letter 'J'

answers: NDQ_006329

answers: 22 venues that started with the letter 'K'.

answers: NDQ_006330

answers: 11 venues that started with the letter 'J'

answers: NDQ_006331

answers: 11 venues that started with the letter 'J'

text: Earth's atmosphere is far thicker than that of Mars, while far thinner than Venus'. In turn, the envelopes of gas giants are a different class entirely, and show their own gradations. Meanwhile, smaller bodies show tenuous atmospheres ("surface-bound exospheres"), with the exception of Titan and arguably Triton. Comets vary between negligible atmospheres in the outer solar system, and active comas millions of miles across at perihelion. Exoplanets may in turn possess atmospheric properties known and unknown in our star system.

text: Earth's atmosphere is far thicker than that of Mars, while far thinner than Venus'. In turn, the envelopes of gas giants are a different class entirely, and show their own gradations. Meanwhile, smaller bodies show tenuous atmospheres ("surface-bound exospheres"), with the exception of Titan and arguably Triton. Comets vary between negligible atmospheres in the outer solar system, and active

text: coma

text: s millions of miles across at perihelion. Exoplanets may in turn possess atmospheric properties known and unknown in our star system.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: gas

answers: NDQ_006324

answers: gas

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: unanswerable

answers: NDQ_006328

answers: active comas

answers: NDQ_006329

answers: thin atmospheres

answers: NDQ_006330

answers: far thinner than Venus'

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mars,

answers: NDQ_006323

answers: gas giants

answers: NDQ_006324

answers: gas

answers: NDQ_006325

answers: thinner

answers: NDQ_006326

answers: Venus'.

answers: NDQ_006327

answers: Venus'.

answers: NDQ_006328

answers: active comas

answers: NDQ_006329

answers: Earth's atmosphere is far thicker than that of Mars,

answers: NDQ_006330

answers: thinner than Venus'.

answers: NDQ_006331

answers: Venus'.

text: The QCMF currently run seven venues for the festival. The performance venues at Villanova College are the Augustine Centre, Goold Hall, Veritas Building, Tolle Lege (Senior Library), the Quadrangle Stage, and the Junior School Terraces. At St James Catholic Parish, the church and hall are used as performance venues.

text: The QCMF currently run seven venues for the festival. The performance venues at

text: Villanova College

text: are the Augustine Centre, Goold Hall, Veritas Building, Tolle Lege (Senior Library), the Quadrangle Stage, and the Junior School Terraces. At St James Catholic Parish, the church and hall are used as performance venues.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The Quadrangle Stage, and the Junior School Terraces

answers: NDQ_006329

answers: The Quadrangle Stage

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: St James Catholic Parish,

answers: NDQ_006323

answers: Tolle Lege

answers: NDQ_006324

answers: The QCMF

answers: NDQ_006325

answers: Goold Hall, Veritas Building, Tolle Lege

answers: NDQ_006326

answers: Junior School Terraces.

answers: NDQ_006327

answers: Junior School Terraces.

answers: NDQ_006328

answers: Junior School Terraces.

answers: NDQ_006329

answers: Junior School Terraces.

answers: NDQ_006330

answers: Junior School Terraces.

answers: NDQ_006331

answers: Junior School Terraces.

text: This phenomenon is associated with extremely violent downpours and storms, with speeds of 100–200 km (60–120 mi)/hour, but not always accompanied by significant rainfall. For this it is necessary that the high atmospheric torrential rain instability in the lower air layers to combine with a significant amount of water vapors. Such a combination causes the masses of cold air to rapidly discharge up to 500 liters per square meter in extremely rapid rain episodes. This phenomenon usually lasts a very short time, (from a few hours to a maximum of four days) as it exhausts its water reserves without receiving a new supply.

text: This phenomenon is associated with extremely violent downpours and storms, with speeds of 100–200 km (60–120 mi)/hour, but not always accompanied by significant rainfall. For this it is necessary that the high atmospheric torrential rain instability in the lower air layers to combine with a significant amount of water vapors. Such a combination causes the masses of cold air to rapidly discharge up to 500 liters per square meter in extremely rapid rain episodes. This phenomenon usually lasts a very short time, (from a few hours to a maximum of four days) as it exhausts its water reserves without receiving a new supply.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: water vapors

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanic eruptions

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: 100–200 km

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 100–200 km

answers: NDQ_006323

answers: water vapors.

answers: NDQ_006324

answers: water vapors.

answers: NDQ_006325

answers: 100–200 km (60–120 mi)/hour,

answers: NDQ_006326

answers: 100–200 km (60–120 mi)/hour,

answers: NDQ_006327

answers: high atmospheric torrential rain instability

answers: NDQ_006328

answers: extremely violent downpours and storms,

answers: NDQ_006329

answers: extremely violent downpours and storms,

answers: NDQ_006330

answers: This phenomenon is associated with extremely violent downpours and storms,

answers: NDQ_006331

answers: 100–200 km (60–120 mi)/hour,

text: Motions are classified after the anatomical planes they occur in, although movement is more often than not a combination of different motions occurring simultaneously in several planes. Motions can be split into categories relating to the nature of the joints involved:

text: Motions are classified after the

text: anatomical plane

text: s they occur in, although movement is more often than not a combination of different motions occurring simultaneously in several planes. Motions can be split into categories relating to the nature of the joints involved:

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: atmospheric pressure

answers: NDQ_006328

answers: Volcanoes

answers: NDQ_006329

answers: a series of craters

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: Mercury

answers: NDQ_006322

answers: Motions

answers: NDQ_006323

answers: Motions are classified after the anatomical planes

answers: NDQ_006324

answers: Motions are classified after the anatomical planes

answers: NDQ_006325

answers: Motions are classified after the anatomical planes

answers: NDQ_006326

answers: Motions are classified after the anatomical planes they occur in,

answers: NDQ_006327

answers: Motions are classified after the anatomical planes they occur in,

answers: NDQ_006328

answers: Motions are classified after the anatomical planes

answers: NDQ_006329

answers: Motions are classified after the anatomical planes they occur in,

answers: NDQ_006330

answers: Motions are classified after the anatomical planes

answers: NDQ_006331

answers: Motions

text: Atmospheric drag also makes it more difficult to control the trajectory of any projectile launched, as it would subject the projectile to extremely high counter-pressures, and likely would cause severe energy losses that would be difficult to overcome.

text: Atmospheric drag also makes it more difficult to control the trajectory of any projectile launched, as it would subject the projectile to extremely high counter-pressures, and likely would cause severe energy losses that would be difficult to overcome.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Atmospheric drag

answers: NDQ_006329

answers: a large crater

answers: NDQ_006330

answers: is hot

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Atmospheric drag

answers: NDQ_006323

answers: Atmospheric drag

answers: NDQ_006324

answers: Atmospheric drag

answers: NDQ_006325

answers: Atmospheric drag

answers: NDQ_006326

answers: Atmospheric drag

answers: NDQ_006327

answers: Atmospheric drag

answers: NDQ_006328

answers: Atmospheric drag

answers: NDQ_006329

answers: Atmospheric drag

answers: NDQ_006330

answers: Atmospheric drag

answers: NDQ_006331

answers: Atmospheric drag

text: In Asia, a karaoke box is the most popular type of karaoke venue. A karaoke box is a small or medium-sized room containing karaoke equipment rented by the hour or half-hour, providing a more intimate atmosphere. Karaoke venues of this type are often dedicated businesses, some with multiple floors and a variety of amenities including food service, but hotels and business facilities sometimes provide karaoke boxes as well. In South Korea karaoke boxes are called norebangs. In China, a karaoke establishment is called a KTV.

text: In

text: Asia

text: , a

text: karaoke box

text: is the most popular type of karaoke venue. A karaoke box is a small or medium-sized room containing karaoke equipment rented by the hour or half-hour, providing a more intimate atmosphere. Karaoke venues of this type are often dedicated businesses, some with multiple floors and a variety of amenities including food service, but hotels and business facilities sometimes provide karaoke boxes as well. In

text: South Korea

text: karaoke boxes are called norebangs. In China, a karaoke establishment is called a KTV.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: a karaoke box

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: NDQ_006322

answers: China,

answers: NDQ_006323

answers: Korea

answers: NDQ_006324

answers: a karaoke box

answers: NDQ_006325

answers: half-hour,

answers: NDQ_006326

answers: KTV.

answers: NDQ_006327

answers: a karaoke box

answers: NDQ_006328

answers: a karaoke box

answers: NDQ_006329

answers: karaoke box

answers: NDQ_006330

answers: karaoke equipment rented by the hour or half-hour,

answers: NDQ_006331

answers: a karaoke box

text: The venue closed in 2005.

text: The venue closed in 2005.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: it is a hot planet

answers: NDQ_006328

answers: The venue closed.

answers: NDQ_006329

answers: a crater

answers: NDQ_006330

answers: is hot

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: The venue closed in 2005.

answers: NDQ_006323

answers: 2005.

answers: NDQ_006324

answers: The venue closed in 2005.

answers: NDQ_006325

answers: 2005.

answers: NDQ_006326

answers: The venue closed in 2005.

answers: NDQ_006327

answers: The venue closed in 2005.

answers: NDQ_006328

answers: The venue closed in 2005.

answers: NDQ_006329

answers: The venue closed in 2005.

answers: NDQ_006330

answers: The venue closed in 2005.

answers: NDQ_006331

answers: The venue closed in 2005.

text: The terraforming of Venus is the hypothetical process of engineering the global environment of the planet Venus in such a way as to make it suitable for human habitation. Terraforming Venus was first seriously proposed by the astronomer Carl Sagan in 1961, although fictional treatments, such as The Big Rain by Poul Anderson, preceded it. Adjustments to the existing environment of Venus to support human life would require at least three major changes to the planet. These three changes are closely interrelated, because Venus's extreme temperature is due to the greenhouse effect caused by its dense carbon-dioxide atmosphere:

text: The terraforming of Venus is the

text: hypothetical

text: process of

text: engineering the global environment

text: of the planet

text: Venus

text: in such a way as to make it suitable for human habitation.

text: Terraforming

text: Venus was first seriously proposed by the astronomer

text: Carl Sagan

text: in 1961, although

text: fictional treatments

text: , such as

text: The Big Rain

text: by

text: Poul Anderson

text: , preceded it. Adjustments to the existing environment of Venus to support human life would require at least three major changes to the planet. These three changes are closely interrelated, because Venus's extreme temperature is due to the

text: greenhouse effect

text: caused by its dense carbon-dioxide atmosphere:

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The Big Rain by Poul Anderson

answers: NDQ_006329

answers: Earth-like features

answers: NDQ_006330

answers: human habitation

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: carbon-dioxide

answers: NDQ_006324

answers: carbon-dioxide

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus's

answers: NDQ_006327

answers: dense carbon-dioxide atmosphere:

answers: NDQ_006328

answers: Venus's

answers: NDQ_006329

answers: Venus's extreme temperature

answers: NDQ_006330

answers: dense carbon-dioxide atmosphere:

answers: NDQ_006331

answers: Venus's

text: Before the development of radar ground-based observation, the thick yellow atmosphere hid detailed Venusian surface features. In the 1920s, the first Venus ultraviolet project captured the thick atmosphere of Venus, but provided no information about the surface.

text: Before the development of radar ground-based observation, the thick yellow atmosphere hid detailed Venusian surface features. In the 1920s, the first Venus

text: ultraviolet

text: project captured the thick atmosphere of Venus, but provided no information about the surface.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: yellow

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: no information

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venusian

answers: NDQ_006323

answers: yellow atmosphere

answers: NDQ_006324

answers: yellow atmosphere

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: ground-based observation,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: Venusian surface features.

answers: NDQ_006329

answers: detailed Venusian surface features.

answers: NDQ_006330

answers: no information about the surface.

answers: NDQ_006331

answers: Venus,

text: Collier Street was the venue for the famous Boarded Track. The track was a Motorcycle racing venue and hosted Grasstrack and Longtrack racing. The venue was also the venue for the Bonfire Burn-up annually ran annually in November.

text: Collier Street was the venue for the famous Boarded Track. The track was a

text: Motorcycle

text: racing venue and hosted

text: Grasstrack

text: and

text: Longtrack

text: racing. The venue was also the venue for the Bonfire Burn-up annually ran annually in November.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: venus is a planet

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Boarded Track.

answers: NDQ_006323

answers: Grasstrack and Longtrack

answers: NDQ_006324

answers: Collier Street was the venue for the famous Boarded Track.

answers: NDQ_006325

answers: November.

answers: NDQ_006326

answers: Collier Street was the venue for the famous Boarded Track.

answers: NDQ_006327

answers: Collier Street was the venue for the famous Boarded Track.

answers: NDQ_006328

answers: Collier Street was the venue for the famous Boarded Track.

answers: NDQ_006329

answers: Collier Street was the venue for the famous Boarded Track.

answers: NDQ_006330

answers: Collier Street was the venue for the famous Boarded Track.

answers: NDQ_006331

answers: Bonfire Burn-up

text: The structure is dug out of the ground so it does not appear monumental in size from the outside. The roof consists of four sections held up by double trussed beams in glued laminated timber, with lengths up to . The hall is  long and has a total surface area of . The main hall has a floor area of , with an activity area of . The maximum ceiling height is , and there is a direct drive-in entrance to the hall for exhibitions. The venue has a capacity for 11,500 seated spectators. The stands are flexible and telescopic, allowing for flexibility in hall use and seating capacity. The arena can be configured with a  stage. The hall can be set up to serve 2,000 people at a banquet, or divided up to serve smaller groups. The venue also features a cafeteria which can seat 200 people. For trade fairs, the venue offers , in addition to the VIP and lobby facilities. The same area can also be used for conferences, and the venue can be split up into section to create group rooms, theme rooms and banquet rooms.

text: The structure is dug out of the ground so it does not appear monumental in size from the outside. The roof consists of four sections held up by double trussed beams in

text: glued laminated timber

text: , with lengths up to . The hall is  long and has a total surface area of . The main hall has a floor area of , with an activity area of . The maximum ceiling height is , and there is a direct drive-in entrance to the hall for exhibitions. The venue has a capacity for 11,500 seated spectators. The stands are flexible and telescopic, allowing for flexibility in hall use and

text: seating capacity

text: . The arena can be configured with a  stage. The hall can be set up to serve 2,000 people at a banquet, or divided up to serve smaller groups. The venue also features a cafeteria which can seat 200 people. For

text: trade fair

text: s, the venue offers , in addition to the VIP and lobby facilities. The same area can also be used for conferences, and the venue can be split up into section to create group rooms, theme rooms and banquet rooms.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: NDQ_006328

answers: NDQ_006329

answers: a topographic map of venus reveals

answers: NDQ_006330

answers: does not contain water

answers: NDQ_006331

answers: NDQ_006322

answers: of.

answers: NDQ_006323

answers: glued laminated timber,

answers: NDQ_006324

answers: glued laminated timber,

answers: NDQ_006325

answers: glued laminated timber,

answers: NDQ_006326

answers: 11,500

answers: NDQ_006327

answers: 11,500 seated spectators.

answers: NDQ_006328

answers: 11,500 seated spectators.

answers: NDQ_006329

answers: monumental in size from the outside.

answers: NDQ_006330

answers: glued laminated timber,

answers: NDQ_006331

answers: 11,500 seated spectators.

text: Other bodies within the Solar System have extremely thin atmospheres not in equilibrium. These include the Moon (sodium gas), Mercury (sodium gas), Europa (oxygen), Io (sulfur), and Enceladus (water vapor).

text: Other bodies within the

text: Solar System

text: have extremely thin atmospheres not in equilibrium. These include the

text: Moon

text: sodium

text: gas),

text: Mercury

text: (sodium gas),

text: Europa

text: (oxygen),

text: Io

text: sulfur

text: ), and

text: Enceladus

text: water vapor

answers: NDQ_006322

answers: Mercury

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: hydrogen

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is not possible to tell

answers: NDQ_006327

answers: unanswerable

answers: NDQ_006328

answers: Io

answers: NDQ_006329

answers: io

answers: NDQ_006330

answers: has extremely thin atmospheres

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mercury

answers: NDQ_006323

answers: (oxygen),

answers: NDQ_006324

answers: (oxygen),

answers: NDQ_006325

answers: (oxygen),

answers: NDQ_006326

answers: Other bodies within the Solar System

answers: NDQ_006327

answers: extremely thin atmospheres not in equilibrium.

answers: NDQ_006328

answers: extremely thin atmospheres not in equilibrium.

answers: NDQ_006329

answers: extremely thin atmospheres not in equilibrium.

answers: NDQ_006330

answers: extremely thin atmospheres not in equilibrium.

answers: NDQ_006331

answers: Mercury

text: More generally, motion is a concept that applies to objects, bodies, and matter particles, to radiation, radiation fields and radiation particles, and to space, its curvature and space-time. One can also speak of motion of shapes and boundaries. So, the term motion in general signifies a continuous change in the configuration of a physical system. For example, one can talk about motion of a wave or about motion of a quantum particle, where the configuration consists of probabilities of occupying specific positions.

text: More generally, motion is a concept that applies to objects, bodies, and matter particles, to radiation, radiation fields and radiation particles, and to space, its curvature and space-time. One can also speak of motion of shapes and boundaries. So, the term motion in general signifies a continuous change in the configuration of a physical system. For example, one can talk about motion of a wave or about motion of a quantum particle, where the configuration consists of probabilities of occupying specific positions.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: matter

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: motion of shapes and boundaries

answers: NDQ_006330

answers: motion of shapes and boundaries

answers: NDQ_006331

answers: NDQ_006322

answers: space,

answers: NDQ_006323

answers: matter particles,

answers: NDQ_006324

answers: matter particles, to radiation, radiation fields and radiation particles,

answers: NDQ_006325

answers: curvature

answers: NDQ_006326

answers: space, its curvature and space-time.

answers: NDQ_006327

answers: motion is a concept that applies to objects, bodies, and matter particles,

answers: NDQ_006328

answers: radiation, radiation fields and radiation particles,

answers: NDQ_006329

answers: its curvature and space-time.

answers: NDQ_006330

answers: its curvature

answers: NDQ_006331

answers: motion

text: Plaintiffs first filed a lawsuit in Texas state court, however filed a motion for nonsuit which the Texas court granted. Subsequently, Plaintiffs refiled in Bronx County, New York, however this time they did not name Solis as a defendant. Defendants immediately removed the case, pursuant to 28 U.S.C. § 1441, to United States District Court for the Southern District of New York, and simultaneously motioned for a transfer of venue, pursuant to 28 U.S.C. § 1404(a), to the United States District Court for the Western District of Texas. Finally, Defendants filed a motion to dismiss for failure to state a claim pursuant to Federal Rules of Civil Procedure 12(b)(6).

text: Plaintiff

text: s first filed a lawsuit in Texas state court, however filed a motion for nonsuit which the Texas court granted. Subsequently, Plaintiffs refiled in Bronx County, New York, however this time they did not name Solis as a defendant.

text: Defendants

text: immediately removed the case, pursuant to 28 U.S.C. § 1441, to

entity_name: United States District Court for the Southern District of New York

text: United States District Court for the Southern District of New York

text: , and simultaneously motioned for a transfer of venue, pursuant to 28 U.S.C. § 1404(a), to the

text: United States District Court for the Western District of Texas

text: . Finally, Defendants filed a

text: motion to dismiss

text: for failure to state a claim pursuant to

text: Federal Rules of Civil Procedure

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is not possible to tell

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Solis

answers: NDQ_006323

answers: 1441, to United States District Court for the Southern District of New York,

answers: NDQ_006324

answers: 1441, to United States District Court for the Southern District of New York,

answers: NDQ_006325

answers: 12(b)(6).

answers: NDQ_006326

answers: Bronx County, New York,

answers: NDQ_006327

answers: 1441, to United States District Court for the Southern District of New York,

answers: NDQ_006328

answers: 1441, to United States District Court for the Southern District of New York,

answers: NDQ_006329

answers: Bronx County, New York,

answers: NDQ_006330

answers: Bronx County, New York,

answers: NDQ_006331

answers: 1441, to United States District Court for the Southern District of New York,

text: Her trial was moved to Monterey County, California, on a change of venue motion filed by her attorneys, Kevin Clymo and Peter Vlautin, III. The trial began in October 1992 and ended a year later. The prosecutor, John O'Mara, was the homicide supervisor in the Sacramento County District Attorney's office.

text: Her trial was moved to

text: Monterey County, California

text: , on a change of venue motion filed by her attorneys, Kevin Clymo and Peter Vlautin, III. The trial began in October 1992 and ended a year later. The prosecutor, John O'Mara, was the homicide supervisor in the Sacramento County District Attorney's office.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Monterey County, California,

answers: NDQ_006323

answers: California,

answers: NDQ_006324

answers: California,

answers: NDQ_006325

answers: III.

answers: NDQ_006326

answers: Her trial was moved to Monterey County, California,

answers: NDQ_006327

answers: Her trial was moved to Monterey County, California,

answers: NDQ_006328

answers: III.

answers: NDQ_006329

answers: Monterey County, California,

answers: NDQ_006330

answers: Her trial was moved to Monterey County, California,

answers: NDQ_006331

answers: Her trial was moved to Monterey County, California,

text: For Earth, atmospheric entry occurs above the Kármán line at an altitude of more than 100 km (62 mi.) above the surface, while at Venus atmospheric entry occurs at 250 km (155 mi.) and at Mars atmospheric entry at about 80 km (50 mi.). Uncontrolled, objects accelerate through the atmosphere at extreme velocities under the influence of Earth's gravity. Most controlled objects enter at hypersonic speeds due to their suborbital (e.g., intercontinental ballistic missile reentry vehicles), orbital (e.g., the Space Shuttle), or unbounded (e.g., meteors) trajectories.   Various advanced technologies have been developed to enable atmospheric reentry and flight at extreme velocities. An alternative low velocity method of controlled atmospheric entry is buoyancy which is suitable for planetary entry where thick atmospheres, strong gravity or both factors complicate high-velocity hyperbolic entry, such as the atmospheres of Venus, Titan and the gas giants.

text: For

text: Earth

text: , atmospheric entry occurs above the

text: Kármán line

text: at an

text: altitude

text: of more than 100 km (62 mi.) above the surface, while at

text: Venus atmospheric entry

text: occurs at 250 km (155 mi.) and at

text: Mars atmospheric entry

text: at about 80 km (50 mi.). Uncontrolled, objects accelerate through the atmosphere at extreme velocities under the influence of Earth's

text: gravity

text: . Most controlled objects enter at

text: hypersonic

text: speeds due to their

text: suborbital

text: (e.g.,

text: intercontinental ballistic missile

text: reentry vehicles), orbital (e.g., the

text: Space Shuttle

text: ), or

text: unbounded

text: (e.g.,

text: meteor

text: s) trajectories.   Various advanced technologies have been developed to enable atmospheric reentry and flight at extreme velocities. An alternative low velocity method of controlled atmospheric entry is

text: buoyancy

text: which is suitable for planetary entry where thick atmospheres, strong gravity or both factors complicate high-velocity hyperbolic entry, such as the atmospheres of

text: Venus

text: Titan

text: and the

text: gas giant

text: s.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: gas

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: NDQ_006328

answers: atmospheric entry occurs at 250 km

answers: NDQ_006329

answers: 250 km

answers: NDQ_006330

answers: 250 km

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: thick atmospheres, strong gravity

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus atmospheric entry occurs at 250 km (155 mi.)

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: atmospheric entry occurs at 250 km (155 mi.)

answers: NDQ_006329

answers: 250 km (155 mi.)

answers: NDQ_006330

answers: Venus atmospheric entry occurs at 250 km (155 mi.)

answers: NDQ_006331

answers: Venus

text: Venus was the first target of interplanetary flyby and lander missions and, despite one of the most hostile surface environments in the Solar System, has had more landers sent to it (nearly all from the Soviet Union) than any other planet in the Solar System. The first successful Venus flyby was the American Mariner 2 spacecraft, which flew past Venus in 1962. Mariner 2 has been followed by several other flybys by multiple space agencies often as part of missions using a Venus flyby to provide a gravitational assist en route to other celestial bodies. In 1967 Venera 4 became the first probe to enter and directly examine the atmosphere of Venus. In 1970, Venera 7 became the first successful lander to reach the surface of Venus and by 1985 it had been followed by eight additional successful Soviet Venus landers which provided images and other direct surface data. Starting in 1975 with the Soviet orbiter Venera 9 some ten successful orbiter missions have been sent to Venus, including later missions which were able to map the surface of Venus using radar to pierce the obscuring atmosphere.

text: Venus

text: was the first target of interplanetary flyby and lander missions and, despite one of the most hostile surface environments in the Solar System, has had more landers sent to it (nearly all from the Soviet Union) than any other planet in the Solar System. The first successful Venus flyby was the American

text: Mariner 2

text: spacecraft, which flew past Venus in 1962. Mariner 2 has been followed by several other flybys by multiple space agencies often as part of missions using a Venus flyby to provide a

text: gravitational assist

text: en route to other celestial bodies. In 1967

text: Venera 4

text: became the first probe to enter and directly examine the atmosphere of Venus. In 1970,

text: Venera 7

text: became the first successful lander to reach the surface of Venus and by 1985 it had been followed by eight additional successful Soviet Venus landers which provided images and other direct surface data. Starting in 1975 with the Soviet orbiter

text: Venera 9

text: some ten successful orbiter missions have been sent to Venus, including later missions which were able to map the surface of Venus using

text: radar

text: to pierce the obscuring atmosphere.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: surface data

answers: NDQ_006330

answers: one of the most hostile surface environments in the Solar System

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: radar to pierce the obscuring atmosphere.

answers: NDQ_006325

answers: gravitational

answers: NDQ_006326

answers: interplanetary flyby and lander missions

answers: NDQ_006327

answers: one of the most hostile surface environments in the Solar System,

answers: NDQ_006328

answers: one of the most hostile surface environments in the Solar System,

answers: NDQ_006329

answers: obscuring atmosphere.

answers: NDQ_006330

answers: images and other direct surface data.

answers: NDQ_006331

answers: Venus

text: The Venus zone is the region around a star where a terrestrial planet would have runaway greenhouse conditions like Venus, but not so near the star that the atmosphere completely evaporates. As with the habitable zone, the location of the Venus zone depends on several factors, including the type of star and properties of the planets such as mass, rotation rate, and atmospheric clouds. Studies of the Kepler spacecraft data indicate that 32% of red dwarfs have potentially Venus-like planets based on planet size and distance from star, rising to 45% for K-type and G-type stars. Several candidates have been identified, but spectroscopic follow-up studies of their atmospheres are required to determine whether they are like Venus.

text: The Venus zone is the region around a star where a

text: terrestrial planet

text: would have

text: runaway greenhouse

text: conditions like

text: Venus

text: , but not so near the star that the atmosphere completely evaporates. As with the habitable zone, the location of the Venus zone depends on several factors, including the type of star and properties of the planets such as mass, rotation rate, and atmospheric clouds. Studies of the Kepler spacecraft data indicate that 32% of

text: red dwarf

text: s have potentially Venus-like planets based on planet size and distance from star, rising to 45% for

text: K-type

text: and

text: G-type

text: stars. Several candidates have been identified, but spectroscopic follow-up studies of their atmospheres are required to determine whether they are like Venus.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmospheric clouds

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: volcanoes on venus

answers: NDQ_006329

answers: runaway greenhouse conditions

answers: NDQ_006330

answers: 32% of red dwarfs have potentially Venus-like planets

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus,

answers: NDQ_006323

answers: mass,

answers: NDQ_006324

answers: atmospheric clouds.

answers: NDQ_006325

answers: mass, rotation rate,

answers: NDQ_006326

answers: spectroscopic

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: The Venus zone

answers: NDQ_006329

answers: The Venus zone

answers: NDQ_006330

answers: Venus, but not so near the star that the atmosphere completely evaporates.

answers: NDQ_006331

answers: Venus,

text: Before radio observations in the 1960s, many believed that Venus contained a lush, Earth-like environment. This was due to the planet's size and orbital radius, which suggested a fairly Earth-like situation as well as to the thick layer of clouds which prevented the surface from being seen. Among the speculations on Venus were that it had a jungle-like environment or that it had oceans of either petroleum or carbonated water. However, microwave observations by C. Mayer et al., indicated a high-temperature source (600 K). Strangely, millimetre-band observations made by A. D. Kuzmin indicated much lower temperatures. Two competing theories explained the unusual radio spectrum, one suggesting the high temperatures originated in the ionosphere, and another suggesting a hot planetary surface.

text: Before radio observations in the 1960s, many believed that Venus contained a lush, Earth-like environment. This was due to the planet's size and orbital radius, which suggested a fairly Earth-like situation as well as to the thick layer of clouds which prevented the surface from being seen. Among the speculations on Venus were that it had a jungle-like environment or that it had oceans of either

text: petroleum

text: or carbonated water. However, microwave observations by C. Mayer et al., indicated a high-temperature source (600 K). Strangely, millimetre-band observations made by A. D. Kuzmin indicated much lower temperatures. Two competing theories explained the unusual radio spectrum, one suggesting the high temperatures originated in the ionosphere, and another suggesting a hot planetary surface.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: carbonated water

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: high-temperature source (600 K)

answers: NDQ_006329

answers: a hot planetary surface

answers: NDQ_006330

answers: a hot planetary surface

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: petroleum or carbonated water.

answers: NDQ_006324

answers: petroleum or carbonated water.

answers: NDQ_006325

answers: orbital radius,

answers: NDQ_006326

answers: microwave observations

answers: NDQ_006327

answers: high-temperature

answers: NDQ_006328

answers: high-temperature source

answers: NDQ_006329

answers: high-temperature source (600 K).

answers: NDQ_006330

answers: high-temperature source (600 K).

answers: NDQ_006331

answers: Venus

text: The venue's interior was re-designed with a plainer, modern style in 1968. In 1977 it was converted for theatrical use. The venue went through another period of conversion when the theatre closed in 1984. It reopened in 1985 as a nightclub and live music venue with a capacity for 2,000 people. A booklet was published called The History of the Astoria by Nigel Crewe to commemorate its evolving uses. It was the venue for the last live performance by Richey Edwards of Manic Street Preachers. Mean Fiddler acquired the lease for the London Astoria in May 2000, "securing the future of live music at one of London’s most famous rock ‘n’ roll venues." It was also connected to Astoria 2 so that the two venues could function as a single venue when needed. The Astoria continued to operate in this format until its ultimate closure in 2009.

text: The venue's interior was re-designed with a plainer, modern style in 1968. In 1977 it was converted for theatrical use. The venue went through another period of conversion when the theatre closed in 1984. It reopened in 1985 as a nightclub and live music venue with a capacity for 2,000 people. A booklet was published called The History of the Astoria by

text: Nigel Crewe

text: to commemorate its evolving uses. It was the venue for the last live performance by

text: Richey Edwards

text: of

text: Manic Street Preachers

text: Mean Fiddler

text: acquired the lease for the London Astoria in May 2000, "securing the future of live music at one of London’s most famous rock ‘n’ roll venues." It was also connected to

text: Astoria 2

text: so that the two venues could function as a single venue when needed. The Astoria continued to operate in this format until its ultimate closure in 2009.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 2,000

answers: NDQ_006323

answers: 2000,

answers: NDQ_006324

answers: a plainer, modern style in 1968.

answers: NDQ_006325

answers: 2,000

answers: NDQ_006326

answers: 2,000

answers: NDQ_006327

answers: 2,000

answers: NDQ_006328

answers: 1968.

answers: NDQ_006329

answers: 2,000 people. A booklet was published called The History of the Astoria

answers: NDQ_006330

answers: 1968.

answers: NDQ_006331

answers: 2,000

text: Snake and Venus next learn that the SaintLogic facility is wired with explosives, and learn the location of Dr. Takiyama as well as the Lucinda File. After recovering both, Venus pulls a gun on Snake at Wiseman's command. Wiseman announces that he was responsible for the Praulia Massacre because he wanted to hurry along the project with a field test. An ethnic uprising that was occurring in Serena at the time was an opportune time to test the SaintLogic subjects. This initial test did not provide sufficient information concerning the limits of the test subjects, and Wiseman ordered for the subjects to be pushed to their limits. After the massacre, Wiseman arranged for Snake to flee to the United States. Dalton was informed of Snake's entering the country and, as desired by Wiseman, apprehended Snake. Wiseman's original plan was for Dalton and Snake to attempt to infiltrate SaintLogic but become tangled in the facilities guards. At this time Wiseman was to have Venus work her way through SaintLogic and recover the Lucinda File, and place any blame on Dalton and Snake. Venus is then revealed to be a test subject, newer than Snake, who was placed in the care of Wiseman after the activities in Serena. Snake learns that Venus was the cause of his amnesia, as she had shot him during the Praulia Massacre. Snake and Venus duel and, following Venus's defeat, work their way out of the SaintLogic buildings with Dr. Takiyama. Venus and Dr. Takiyama escape however Snake is trapped inside. Venus and Takiyama escape the building safely, and outside SaintLogic witness Metal Gear Chaioth Ha Qadesh return to life. The U.S. military, which has been called in to secure SaintLogic, fires upon Metal Gear and a missile from its rear launches, and lands in the ocean a short distance away. It is revealed in a cutscene that Snake was in the launcher instead of a missile and utilized it to escape, breaking most bones in his body.The game ends with Dr. Takiyama and Venus safely recovering from the SaintLogic incident, with General Wiseman arrested and facing charges of war crimes. Snake, who has recovered extremely quickly, is confronted by Dalton, who provides him with a United States identity, his friends, and $15 million.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: the location of Dr. Takiyama

answers: NDQ_006330

answers: is wired with explosives

answers: NDQ_006331

answers: Mercury

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Metal Gear Chaioth Ha Qadesh

answers: NDQ_006324

answers: explosives,

answers: NDQ_006325

answers: newer

answers: NDQ_006326

answers: Snake

answers: NDQ_006327

answers: Takiyama.

answers: NDQ_006328

answers: Venus pulls a gun on Snake

answers: NDQ_006329

answers: Venus is then revealed to be a test subject,

answers: NDQ_006330

answers: Lucinda File,

answers: NDQ_006331

answers: Venus

text: On other planets, it can be found in various concentrations, the most significant being the atmosphere of Venus, where it is the third-most significant atmospheric gas at 150 ppm. There, it condenses to form clouds, and is a key component of chemical reactions in the planet's atmosphere and contributes to global warming. It has been implicated as a key agent in the warming of early Mars, with estimates of concentrations in the lower atmosphere as high as 100 ppm, though it only exists in trace amounts. On both Venus and Mars, its primary source, like on Earth, is thought to be volcanic. The atmosphere of Io is 90% sulfur dioxide and trace amounts are thought to also exist in the atmosphere of Jupiter.

text: On other planets, it can be found in various concentrations, the most significant being the

text: atmosphere of Venus

text: , where it is the third-most significant atmospheric gas at 150 ppm. There, it condenses to form clouds, and is a key component of chemical reactions in the planet's atmosphere and contributes to global warming. It has been implicated as a key agent in the warming of early

text: Mars

text: , with estimates of concentrations in the lower atmosphere as high as 100 ppm, though it only exists in trace amounts. On both Venus and Mars, its primary source, like on Earth, is thought to be volcanic. The

text: atmosphere of Io

text: is 90% sulfur dioxide and trace amounts are thought to also exist in the

text: atmosphere of Jupiter

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: sulfur dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: its primary source, like on Earth, is thought to be volcanic

answers: NDQ_006329

answers: the atmosphere of Io is 90% sulfur dioxide

answers: NDQ_006330

answers: is the third-most significant

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Io

answers: NDQ_006323

answers: volcanic.

answers: NDQ_006324

answers: it condenses

answers: NDQ_006325

answers: Venus,

answers: NDQ_006326

answers: Venus,

answers: NDQ_006327

answers: Venus,

answers: NDQ_006328

answers: its primary source, like on Earth, is thought to be volcanic.

answers: NDQ_006329

answers: 150 ppm.

answers: NDQ_006330

answers: volcanic.

answers: NDQ_006331

answers: Venus,

text: Venu (Nagarjuna Akkineni) is an orphan and a contractor at Vizag port. Anu (Shriya Saran) is a student in classical singing. Sruthi (Arti Agarwal) is Anu's friend. Anu makes an attempt to elope with her boyfriend Arun. Arun is the son of a Business tycoon JP (Mukesh Rishi). JP sends police across to nab Anu. As police nab Arun, Venu rescues Anu. Anu's father disassociates himself from his daughter. Then Venu takes Anu to his place and gives assurance. Venu finds out where Arun is and gets Anu married to him. JP tells his son that Venu and Anu have an affair as they live together in the same house. Arun gets suspicious about Anu's character and leaves the marriage venue immediately after the marriage. Anu is back in Venu's place. Venu is in the mission of locating Arun and convince him to come back to Anu. As Anu and Venu spend more time together, they get closer. Venu never takes advantage of it and treats Anu like a good friend. Anu pines for Arun but comes to know that Arun is getting married to the Minister's daughter. Venu goes to the engagement venue and tries to stop Arun from getting engaged. Anu comes and slaps Arun, saying that their marriage is over. She goes for a singing competition with Venu accompanying her. She wins the competition as well as her father's love. Arun, meanwhile tries to kill Venu but accidentally gets an electric shock. He gets paralysed for life. JP seeks revenge. Sruthi falls for Venu. Anu goes back to her father's house and now, being unmarried, thinks over her relationship with Venu. She realises that she loves Venu. Venu, too, reveals among his friends that he loves Anu, but will never tell her. Sruthi overhears both Anu and Venu's feelings and decides to sacrifice her love for Venu. Her parents decide to get her married to Venu. Sruthi refuses to get married to Venu and tells them everything. Sruthi's mother gets angry and asks Anu to arrange her daughter's and Venu's wedding. Anu gets heartbroken but thinks that it's better for everyone. Sruthi goes to Venu and tells him that Anu too loves him. Anu is kidnapped by JP and his goons.

text: Venu (

text: Nagarjuna Akkineni

text: ) is an orphan and a contractor at Vizag port. Anu (

text: Shriya Saran

text: ) is a student in classical singing. Sruthi (

text: Arti Agarwal

text: ) is Anu's friend. Anu makes an attempt to elope with her boyfriend Arun. Arun is the son of a Business tycoon JP (

text: Mukesh Rishi

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: the planet is so close

answers: NDQ_006327

answers: Venus has extremely high atmospheric pressure

answers: NDQ_006328

answers: Venus is a planet in the solar system

answers: NDQ_006329

answers: the location of the crater

answers: NDQ_006330

answers: is made of iron

answers: NDQ_006331

answers: mercury is the 2nd hottest planet

answers: NDQ_006322

answers: Arun

answers: NDQ_006323

answers: electric shock.

answers: NDQ_006324

answers: Venu.

answers: NDQ_006325

answers: Venu.

answers: NDQ_006326

answers: he loves Anu,

answers: NDQ_006327

answers: Sruthi falls for Venu.

answers: NDQ_006328

answers: Arun

answers: NDQ_006329

answers: Sruthi falls for Venu.

answers: NDQ_006330

answers: Arun

answers: NDQ_006331

answers: singing competition

text: In terms of venue, where personal jurisdiction lies in multiple districts, the appropriate venue for the case to be heard is set forth by Virginia statutes, which divides possible venues as "Category A" (preferred) and "Category B" (permissible), and requires that Category B venue may only be used where no Category A venue is available. For example, in a dispute over the ownership of land, Category A venue lies where the land is located. Where the dispute involves a request for injunctive relief, venue lies in the place where the activity to be enjoined is occurring or is anticipated to occur.

text: In terms of

text: venue

text: , where personal jurisdiction lies in multiple districts, the appropriate venue for the case to be heard is set forth by Virginia statutes, which divides possible venues as "Category A" (preferred) and "Category B" (permissible), and requires that Category B venue may only be used where no Category A venue is available. For example, in a dispute over the ownership of land, Category A venue lies where the land is located. Where the dispute involves a request for injunctive relief, venue lies in the place where the activity to be enjoined is occurring or is anticipated to occur.

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: Category B

answers: NDQ_006328

answers: Category A

answers: NDQ_006329

answers: Category A venue

answers: NDQ_006330

answers: Category A

answers: NDQ_006331

answers: NDQ_006322

answers: "Category A"

answers: NDQ_006323

answers: "Category A"

answers: NDQ_006324

answers: "Category A"

answers: NDQ_006325

answers: "Category A"

answers: NDQ_006326

answers: Category A venue lies where the land is located.

answers: NDQ_006327

answers: Category B venue may only be used where no Category A venue is available.

answers: NDQ_006328

answers: Category B venue may only be used where no Category A venue is available.

answers: NDQ_006329

answers: Category A venue lies where the land is located.

answers: NDQ_006330

answers: In terms of venue, where personal jurisdiction lies in multiple districts,

answers: NDQ_006331

answers: Category B venue may only be used where no Category A venue is available.

text: The Appellate Division of the Supreme Court, Second Department, denied a motion by the detectives' attorneys to move the trial to a venue outside of Queens. Following the adverse ruling, the detectives waived a jury trial and instead submitted to a bench trial.

text: The Appellate Division of the Supreme Court, Second Department, denied a motion by the detectives' attorneys to

text: move the trial to a venue

text: outside of Queens. Following the adverse ruling, the detectives waived a jury trial and instead submitted to a

text: bench trial

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: does not contain water

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: The Appellate Division of the Supreme Court, Second Department,

answers: NDQ_006323

answers: Queens.

answers: NDQ_006324

answers: Queens.

answers: NDQ_006325

answers: bench trial.

answers: NDQ_006326

answers: Queens.

answers: NDQ_006327

answers: Queens.

answers: NDQ_006328

answers: The Appellate Division of the Supreme Court, Second Department,

answers: NDQ_006329

answers: Queens.

answers: NDQ_006330

answers: Queens.

answers: NDQ_006331

answers: bench trial.

text: Through studies of the present cloud structure and geology of the surface combined with the fact that the luminosity of the Sun has increased by 25% since around 3.8 billion years ago, it is thought that the atmosphere of Venus up to around 4 billion years ago was more like that of Earth with liquid water on the surface. The runaway greenhouse effect may have been caused by the evaporation of the surface water and the rise of the levels of greenhouse gases that followed. Venus's atmosphere has therefore received a great deal of attention from those studying climate change on Earth.

text: Through studies of the present cloud structure and geology of the surface combined with the fact that the luminosity of the

text: Sun

text: has increased by 25% since around 3.8 billion years ago, it is thought that the atmosphere of Venus up to around 4 billion years ago was more like that of Earth with liquid water on the surface. The runaway greenhouse effect may have been caused by the evaporation of the surface water and the rise of the levels of

text: greenhouse gas

text: es that followed. Venus's atmosphere has therefore received a great deal of attention from those studying

text: climate change

text: on Earth.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: greenhouse gases

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: It is thought that the atmosphere of Venus up to around 4 billion years ago was more like that of Earth with liquid water on the surface

answers: NDQ_006329

answers: geology

answers: NDQ_006330

answers: geology of the surface combined with the fact that the luminosity of the Sun has increased by 25% since around 3.8 billion years ago

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Sun

answers: NDQ_006324

answers: liquid water

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Sun

answers: NDQ_006327

answers: The runaway greenhouse effect

answers: NDQ_006328

answers: 3.8 billion years ago,

answers: NDQ_006329

answers: liquid water on the surface.

answers: NDQ_006330

answers: liquid water on the surface.

answers: NDQ_006331

answers: Venus

text: A constant of motion may be defined in a given force field as any function of phase-space coordinates (position and velocity, or position and momentum) and time that is constant throughout a trajectory. A subset of the constants of motion are the integrals of motion, or first integrals, defined as any functions of only the phase-space coordinates that are constant along an orbit. Every integral of motion is a constant of motion, but the converse is not true because a constant of motion may depend on time. Examples of integrals of motion are the angular momentum vector,

text: A constant of motion may be defined in a given force field as any function of

text: phase-space

text: coordinates (position and velocity, or position and momentum) and time that is constant throughout a trajectory. A subset of the constants of motion are the integrals of motion, or first integrals, defined as any functions of only the phase-space coordinates that are constant along an orbit. Every integral of motion is a constant of motion, but the converse is not true because a constant of motion may depend on time. Examples of integrals of motion are the angular momentum vector,

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: close

answers: NDQ_006327

answers: extreme high atmospheric pressure

answers: NDQ_006328

answers: volcanism on venus

answers: NDQ_006329

answers: constants of motion

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: Mercury is the 2nd hottest planet

answers: NDQ_006322

answers: angular momentum vector,

answers: NDQ_006323

answers: angular momentum vector,

answers: NDQ_006324

answers: angular momentum vector,

answers: NDQ_006325

answers: angular momentum vector,

answers: NDQ_006326

answers: angular momentum vector,

answers: NDQ_006327

answers: angular momentum vector,

answers: NDQ_006328

answers: angular momentum vector,

answers: NDQ_006329

answers: angular momentum vector,

answers: NDQ_006330

answers: angular momentum vector,

answers: NDQ_006331

answers: angular momentum vector,

text: Venera 4V-2 () was a series of two identical spacecraft sent to Venus by the Soviet Union, consisting of Venera 15 and Venera 16. Both unmanned orbiters were to map the surface of Venus using high resolution imaging systems. The spacecraft were identical and based on modifications to the earlier Venera space probes.

text: Venera 4V-2 () was a series of two identical

text: spacecraft

text: sent to

text: Venus

text: by the

text: Soviet Union

text: , consisting of

text: Venera 15

text: and

text: Venera 16

text: . Both unmanned orbiters were to map the surface of Venus using high resolution imaging systems. The spacecraft were identical and based on modifications to the earlier

text: Venera

text: space probes.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venera 4V-2

answers: NDQ_006329

answers: Venera 4V-2

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus by the Soviet Union,

answers: NDQ_006324

answers: Venera 4V-2

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: high resolution imaging systems.

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: high resolution imaging systems.

answers: NDQ_006330

answers: map the surface of Venus using high resolution imaging systems.

answers: NDQ_006331

answers: Venus

text: The result of the need to arrive early combined with the unique design of Spanos stadium, placing students "on the railing" only feet from the sideline has created one of the top atmospheres in college soccer. Sharing the venue with Cal Poly's FCS division football team has created one of the finest venues in college soccer. Thanks to football, Spanos stadium features 8 skyboxes, a video screen and a new 2007 grandstand towering over California Blvd. In the spring of 2013 temporary bleachers were replaced with a permanent grandstand. Additionally, in 2013, in the older east side stands, front rows were removed to widen the field and add ADA seating.

text: The result of the need to arrive early combined with the unique design of Spanos stadium, placing students "on the railing" only feet from the sideline has created one of the top atmospheres in college soccer. Sharing the venue with Cal Poly's FCS division football team has created one of the finest venues in college soccer. Thanks to football, Spanos stadium features 8 skyboxes, a video screen and a new 2007 grandstand towering over California Blvd. In the spring of 2013 temporary bleachers were replaced with a permanent grandstand. Additionally, in 2013, in the older east side stands, front rows were removed to widen the field and add ADA seating.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: California Blvd.

answers: NDQ_006323

answers: California Blvd.

answers: NDQ_006324

answers: 8 skyboxes,

answers: NDQ_006325

answers: feet from the sideline

answers: NDQ_006326

answers: feet from the sideline

answers: NDQ_006327

answers: students "on the railing" only feet from the sideline

answers: NDQ_006328

answers: California Blvd.

answers: NDQ_006329

answers: California Blvd.

answers: NDQ_006330

answers: California Blvd.

answers: NDQ_006331

answers: 8 skyboxes,

text: Though the date was now set, dispute persisted regarding the venue.  SNG argued that the April 2, 2009 court decision specifying "that the location of the match shall be in Valencia, Spain or any other location selected by SNG, provided SNG notify GGYC in writing not less than six months in advance of the date set for the first challenge match race of the location it has selected for the challenge match races," allowed it to choose a venue in the Northern Hemisphere. GGYC maintained that without mutual consent, the defender must specify a deed-legal venue, which in February would mean the Southern Hemisphere. Under the terms of the Court order, if SNG did not specify a venue six months before the match, the venue would default to Valencia.

text: Though the date was now set, dispute persisted regarding the venue.  SNG argued that the April 2, 2009 court decision specifying "that the location of the match shall be in Valencia, Spain or any other location selected by SNG, provided SNG notify GGYC in writing not less than six months in advance of the date set for the first challenge match race of the location it has selected for the challenge match races," allowed it to choose a venue in the Northern Hemisphere. GGYC maintained that without mutual consent, the defender must specify a deed-legal venue, which in February would mean the Southern Hemisphere. Under the terms of the Court order, if SNG did not specify a venue six months before the match, the venue would default to Valencia.

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: It's impossible to say

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Northern Hemisphere.

answers: NDQ_006323

answers: Spain

answers: NDQ_006324

answers: Northern Hemisphere.

answers: NDQ_006325

answers: Northern Hemisphere.

answers: NDQ_006326

answers: Northern Hemisphere.

answers: NDQ_006327

answers: Northern Hemisphere.

answers: NDQ_006328

answers: Northern Hemisphere.

answers: NDQ_006329

answers: Northern Hemisphere.

answers: NDQ_006330

answers: Northern Hemisphere.

answers: NDQ_006331

answers: Valencia, Spain or any other location selected by SNG,

text: In 1980 the club inaugurated its home venue of Hapoel Arena at Ussishkin St. in place of the open court that Hapoel had used for home games since 1953. The new arena was named after the adjacent street bearing the name of Menachem Ussishkin, a famous Histadrut leader. The uncomfortable conditions, along with the fact that Hapoel Tel Aviv's fans are considered amongst the most fanatic in Israeli sports, has contributed to the fact Ussishkin was known for an extremely hostile atmosphere for visiting teams.

text: In 1980 the club inaugurated its home venue of

text: Hapoel Arena at Ussishkin St.

text: in place of the open court that Hapoel had used for home games since 1953. The new arena was named after the adjacent street bearing the name of

text: Menachem Ussishkin

text: , a famous

text: Histadrut

text: leader. The uncomfortable conditions, along with the fact that Hapoel Tel Aviv's fans are considered amongst the most fanatic in Israeli sports, has contributed to the fact Ussishkin was known for an extremely hostile atmosphere for visiting teams.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Arena at Ussishkin

answers: NDQ_006323

answers: Ussishkin St.

answers: NDQ_006324

answers: Ussishkin St.

answers: NDQ_006325

answers: Ussishkin St.

answers: NDQ_006326

answers: 1953.

answers: NDQ_006327

answers: extremely hostile atmosphere for visiting teams.

answers: NDQ_006328

answers: Ussishkin St.

answers: NDQ_006329

answers: Ussishkin St.

answers: NDQ_006330

answers: 1953.

answers: NDQ_006331

answers: Ussishkin St.

text: Geological mapping on Venus characterizes geological features on Venus. It involves surface radar images of Venus, construction of geological maps, and the identification of stratigraphic units, volumes of rock with a similar age.

text: Geological mapping on Venus characterizes geological features on

text: Venus

text: . It involves surface

text: radar

text: images of Venus, construction of

text: geological maps

text: , and the identification of

text: stratigraphic unit

text: s, volumes of rock with a similar age.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: geological features

answers: NDQ_006330

answers: surface radar images

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: Venus

answers: NDQ_006324

answers: rock

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Geological mapping on Venus

answers: NDQ_006329

answers: stratigraphic units, volumes of rock with a similar age.

answers: NDQ_006330

answers: radar images

answers: NDQ_006331

answers: Venus

text: For the Summer Olympics, there are 15 venues that have been used for tennis. This counts separately the two different venues of the All England Lawn Tennis and Croquet Club at Wimbledon:  The original Worple Road venue (now used by Wimbledon High School) was used for the 1908 Summer Olympics; the current Church Road venue, opened in 1922, was used for the 2012 Summer Olympics.  (Each venue was also used that year for the Wimbledon Championships.)

text: For the

text: Summer Olympics

text: , there are 15

text: venues

text: that have been used for

text: tennis

text: . This counts separately the two different venues of the

entity_name: All England Lawn Tennis and Croquet Club

text: All England Lawn Tennis and Croquet Club

text: at

text: Wimbledon

text: :  The original Worple Road venue (now used by

text: Wimbledon High School

text: ) was used for the

text: 1908 Summer Olympics

text: ; the current Church Road venue, opened in 1922, was used for the

text: 2012 Summer Olympics

text: .  (Each venue was also used that year for the

text: Wimbledon Championships

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: Venus is a planet in the solar system

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: For the Summer Olympics,

answers: NDQ_006323

answers: 1908 Summer Olympics; the current Church Road venue, opened in 1922,

answers: NDQ_006324

answers: 15 venues that have been used for tennis.

answers: NDQ_006325

answers: 15

answers: NDQ_006326

answers: 1908

answers: NDQ_006327

answers: 1908

answers: NDQ_006328

answers: 1908

answers: NDQ_006329

answers: 15 venues that have been used for tennis.

answers: NDQ_006330

answers: 15 venues that have been used for tennis.

answers: NDQ_006331

answers: 1908

text: Goldwasser met Andrew VanWyngarden, the other half of MGMT, in his freshman year at Wesleyan University. Goldwasser was studying Music at the time. While in college, he was a member of the Eclectic Society, a college fraternity. He helped run the fraternity's music venue (a room in the house). Goldwasser, already a keyboardist, took experimental music classes from composer Ron Kuivila with VanWyngarden which exposed them to progressive musical ideas. They made their debut as MGMT at a party in a college dormitory (playing the theme to the motion picture Ghostbusters over and over for hours). The duo would email one another and sign the emails "The MGMT" as a way of satirizing corporate culture. They chose this email signature line as the name of their new band.

text: Goldwasser met Andrew VanWyngarden, the other half of

text: MGMT

text: , in his freshman year at

text: Wesleyan University

text: . Goldwasser was studying Music at the time. While in college, he was a member of the

text: Eclectic Society

text: , a college

text: fraternity

text: . He helped run the fraternity's music venue (a room in the house). Goldwasser, already a keyboardist, took experimental music classes from composer

text: Ron Kuivila

text: with VanWyngarden which exposed them to progressive musical ideas. They made their debut as MGMT at a party in a college dormitory (playing the theme to the motion picture

text: Ghostbusters

text: over and over for hours). The duo would email one another and sign the emails "The MGMT" as a way of satirizing corporate culture. They chose this email signature line as the name of their new band.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Ron Kuivila

answers: NDQ_006323

answers: Goldwasser met Andrew VanWyngarden,

answers: NDQ_006324

answers: Goldwasser met Andrew VanWyngarden,

answers: NDQ_006325

answers: Goldwasser met Andrew VanWyngarden,

answers: NDQ_006326

answers: Goldwasser met Andrew VanWyngarden,

answers: NDQ_006327

answers: Goldwasser met Andrew VanWyngarden,

answers: NDQ_006328

answers: Goldwasser met Andrew VanWyngarden,

answers: NDQ_006329

answers: "The MGMT"

answers: NDQ_006330

answers: Goldwasser met Andrew VanWyngarden,

answers: NDQ_006331

answers: "The MGMT"

text: Atmospheric lift caused by low-level wind convergence into the surface low brings clouds and potentially precipitation.  The low-pressure area's cloudy skies act to minimize diurnal temperature extremes. Since clouds reflect sunlight, incoming shortwave solar radiation is less, which causes lower temperatures during the day. At night, the absorptive effect of clouds on outgoing longwave radiation, such as heat energy from the surface, allows for warmer diurnal low temperatures in all seasons.  The stronger the area of low pressure the stronger the winds experienced in its vicinity.  Around the world, low-pressure systems are most frequently located over the Tibetan Plateau and in the lee of the Rocky mountains.  In Europe (in particular, in the United Kingdom), recurring low-pressure weather systems are typically known as depressions.  The lowest recorded non-tornadic barometric pressure was , occurred in the Western Pacific during Typhoon Tip on 12 October 1979.

text: Atmospheric lift caused by low-level wind convergence into the surface low brings clouds and potentially

text: precipitation

text: .  The low-pressure area's cloudy skies act to minimize

text: diurnal temperature extremes

text: . Since clouds reflect

text: sunlight

text: , incoming

text: shortwave

text: solar radiation

text: is less, which causes lower

text: temperature

text: s during the day. At night, the absorptive effect of clouds on

text: outgoing longwave radiation

text: , such as heat energy from the surface, allows for warmer diurnal low temperatures in all seasons.  The stronger the area of low pressure the stronger the

text: wind

text: s experienced in its vicinity.  Around the world, low-pressure systems are most frequently located over the

text: Tibetan Plateau

text: and in the lee of the

text: Rocky mountains

text: .  In Europe (in particular, in the

text: United Kingdom

text: ), recurring low-pressure weather systems are typically known as depressions.  The lowest recorded non-tornadic barometric pressure was , occurred in the Western Pacific during

text: Typhoon Tip

text: on 12 October 1979.

answers: NDQ_006322

answers: the Western Pacific

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: clouds reflect sunlight

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: The lowest recorded non-tornadic barometric pressure was, occurred in the Western Pacific

answers: NDQ_006329

answers: low-pressure systems

answers: NDQ_006330

answers: The lowest recorded non-tornadic barometric pressure

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Western Pacific

answers: NDQ_006323

answers: Tibetan Plateau

answers: NDQ_006324

answers: Atmospheric lift

answers: NDQ_006325

answers: Atmospheric lift

answers: NDQ_006326

answers: Atmospheric lift

answers: NDQ_006327

answers: Typhoon Tip

answers: NDQ_006328

answers: Typhoon Tip on 12 October 1979.

answers: NDQ_006329

answers: Tibetan Plateau

answers: NDQ_006330

answers: low brings clouds and potentially precipitation.

answers: NDQ_006331

answers: Atmospheric lift

text: It was around this time Zuffa motioned to move the hearing date from May 7 to March 26. As well as move the venue from Northern California to Las Vegas, where they are headquartered.

text: It was around this time Zuffa motioned to move the hearing date from May 7 to March 26. As well as move the venue from Northern California to Las Vegas, where they are headquartered.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswered questions

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Las Vegas,

answers: NDQ_006323

answers: California

answers: NDQ_006324

answers: 26.

answers: NDQ_006325

answers: May 7 to March 26.

answers: NDQ_006326

answers: May 7 to March 26.

answers: NDQ_006327

answers: May 7 to March 26.

answers: NDQ_006328

answers: May 7 to March 26.

answers: NDQ_006329

answers: Northern California to Las Vegas,

answers: NDQ_006330

answers: May 7 to March 26.

answers: NDQ_006331

answers: May 7 to March 26.

text: Will Smith won three Image Awards from 13 nominations.|-| 1996| rowspan="2"|The Fresh Prince of Bel-Air| Outstanding Lead Actor in a Comedy Series| |-| 1997| Outstanding Lead Actor in a Comedy Series| |-| 1999| Enemy of the State| Outstanding Actor in a Motion Picture| |-| 1999| "Just the Two of Us"| Outstanding Music Video| |-| 2000| "Wild Wild West"| Outstanding Music Video| |-| 2001| The Legend of Bagger Vance| Outstanding Actor in a Motion Picture| |-| 2002| Ali| Outstanding Actor in a Motion Picture| |-| 2004| Bad Boys II| Outstanding Actor in a Motion Picture| |-| 2005| I, Robot| Outstanding Actor in a Motion Picture| |-| 2006| Hitch| Outstanding Actor in a Motion Picture| |-| 2007| The Pursuit of Happyness| Outstanding Actor in a Motion Picture| |-| 2008| I Am Legend| Outstanding Actor in a Motion Picture| |-| 2009| Seven Pounds| Outstanding Actor in a Motion Picture| |-| 2016| Concussion| Outstanding Actor in a Motion Picture||-|}

text: Will Smith won three Image Awards from 13 nominations.|-| 1996| rowspan="2"|

text: The Fresh Prince of Bel-Air

text: | Outstanding Lead Actor in a Comedy Series| |-| 1997| Outstanding Lead Actor in a Comedy Series| |-| 1999|

text: Enemy of the State

text: | Outstanding Actor in a Motion Picture| |-| 1999| "Just the Two of Us"| Outstanding Music Video| |-| 2000| "Wild Wild West"| Outstanding Music Video| |-| 2001|

text: The Legend of Bagger Vance

text: | Outstanding Actor in a Motion Picture| |-| 2002|

text: Ali

text: | Outstanding Actor in a Motion Picture| |-| 2004|

text: Bad Boys II

text: | Outstanding Actor in a Motion Picture| |-| 2005|

text: I, Robot

text: | Outstanding Actor in a Motion Picture| |-| 2006|

text: Hitch

text: | Outstanding Actor in a Motion Picture| |-| 2007|

text: The Pursuit of Happyness

text: | Outstanding Actor in a Motion Picture| |-| 2008|

text: I Am Legend

text: | Outstanding Actor in a Motion Picture| |-| 2009|

text: Seven Pounds

text: | Outstanding Actor in a Motion Picture| |-| 2016|

text: Concussion

text: | Outstanding Actor in a Motion Picture||-|}

answers: NDQ_006322

answers: Jupiter

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: NDQ_006330

answers: br>

answers: NDQ_006331

answers: NDQ_006322

answers: Seven Pounds|

answers: NDQ_006323

answers: 1996| rowspan="2"|The Fresh Prince of Bel-Air|

answers: NDQ_006324

answers: rowspan="2"|The Fresh Prince of Bel-Air|

answers: NDQ_006325

answers: 13 nominations.|-| 1996| rowspan="2"|The

answers: NDQ_006326

answers: Will Smith

answers: NDQ_006327

answers: 13 nominations.|-|

answers: NDQ_006328

answers: Will Smith won three Image Awards from 13 nominations.|-|

answers: NDQ_006329

answers: Will Smith won three Image Awards from 13 nominations.|-|

answers: NDQ_006330

answers: 13 nominations.|-|

answers: NDQ_006331

answers: Will Smith won three Image Awards from 13 nominations.|-|

text: |team1=United States of America|team2=France|venue=Burswood Entertainment Complex, Perth|date=3 January 2011|AWST]] (UTC+8)|surface=hard (indoors)|score1= 3|score2= 0|R1=|R2=|R3=}}

text: |team1=United States of America|team2=France|venue=

text: Burswood Entertainment Complex

text: Perth

text: |date=3 January 2011|AWST]] (

text: )|surface=hard (indoors)|score1= 3|score2= 0|R1=|R2=|R3=}}

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is so far away

answers: NDQ_006327

answers: Venus has extremely high atmospheric pressure and an intense greenhouse effect.

answers: NDQ_006328

answers: venus is a planet in the solar system

answers: NDQ_006329

answers: a swarm of red dwarf planets

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: Mercury is the 2nd hottest planet

answers: NDQ_006322

answers: America|team2=France|venue=Burswood

answers: NDQ_006323

answers: America|team2=France|venue=Burswood

answers: NDQ_006324

answers: America|team2=France|venue=Burswood

answers: NDQ_006325

answers: America|team2=France|venue=Burswood

answers: NDQ_006326

answers: America|team2=France|venue=Burswood

answers: NDQ_006327

answers: America|team2=France|venue=Burswood

answers: NDQ_006328

answers: Perth|date=3 January 2011|AWST]]

answers: NDQ_006329

answers: (UTC+8)|surface=hard (indoors)|score1=

answers: NDQ_006330

answers: (UTC+8)|surface=hard (indoors)|score1=

answers: NDQ_006331

answers: America|team2=France|venue=Burswood

text: It appears that the Panasonic Lumix marketing department has chosen to refer to this LSI hardware chip-set primarily using the phrase "Venus Engine HD" as a way to draw attention the capabilities of the included "Motion Picture" mode(s) of the upcoming camera models that will contain the LSI hardware chip-set. However, this choice of marketing phraseology does not (according to Panasonic Lumix's information as currently released) appear to indicate any identifiable difference in the LSI hardware chip-set that they have chosen to (also) identify as "Venus Engine V". This use of dual phraseology appears to have generated a degree of (understandable) confusion on the part of consumers and reviewers awaiting the release of several camera models in 2009 that will (in addition to the already released DMC-G1) feature this LSI hardware chip-set. If, in fact, there exists an identifiable difference(s) (on the level of the internal LSI hardware chip-set) between "Venus Engine HD" and "Venus Engine V", Panasonic Lumix has so far failed to identify it (or them).

text: It appears that the Panasonic Lumix marketing department has chosen to refer to this LSI hardware chip-set primarily using the phrase "Venus Engine HD" as a way to draw attention the capabilities of the included "Motion Picture" mode(s) of the upcoming camera models that will contain the LSI hardware chip-set. However, this choice of marketing phraseology does not (according to Panasonic Lumix's information as currently released) appear to indicate any identifiable difference in the LSI hardware chip-set that they have chosen to (also) identify as "Venus Engine V". This use of dual phraseology appears to have generated a degree of (understandable) confusion on the part of consumers and reviewers awaiting the release of several camera models in 2009 that will (in addition to the already released DMC-G1) feature this LSI hardware chip-set. If, in fact, there exists an identifiable difference(s) (on the level of the internal LSI hardware chip-set) between "Venus Engine HD" and "Venus Engine V", Panasonic Lumix has so far failed to identify it (or them).

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: no

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: "Venus

answers: NDQ_006323

answers: "Venus Engine HD"

answers: NDQ_006324

answers: "Venus Engine HD"

answers: NDQ_006325

answers: "Venus Engine HD"

answers: NDQ_006326

answers: "Venus Engine HD"

answers: NDQ_006327

answers: "Venus

answers: NDQ_006328

answers: "Venus Engine HD"

answers: NDQ_006329

answers: "Venus Engine HD"

answers: NDQ_006330

answers: Panasonic Lumix has so far failed to identify it (or them).

answers: NDQ_006331

answers: "Venus Engine HD"

text: The State Lawn Bowls Centre was developed especially for the 2006 Commonwealth Games. In June 2003, Gordon Rich-Phillips, the Victorian Opposition spokesman on the Commonwealth Games, claimed that the venue was ten months behind schedule. Justin Madden, the minister responsible for the Commonwealth Games, claimed that the delay was due to community consultation to ensure that the venue met expectations but was confident that the venue would be ready. The venue was built in time for the Games.

text: The State Lawn Bowls Centre was developed especially for the 2006 Commonwealth Games. In June 2003,

text: Gordon Rich-Phillips

text: , the Victorian Opposition spokesman on the Commonwealth Games, claimed that the venue was ten months behind schedule.

text: Justin Madden

text: , the minister responsible for the Commonwealth Games, claimed that the delay was due to community consultation to ensure that the venue met expectations but was confident that the venue would be ready. The venue was built in time for the Games.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: 2003, Gordon Rich-Phillips,

answers: NDQ_006323

answers: 2003, Gordon Rich-Phillips,

answers: NDQ_006324

answers: 2003, Gordon Rich-Phillips,

answers: NDQ_006325

answers: 2003,

answers: NDQ_006326

answers: The State Lawn Bowls Centre was developed especially for the 2006 Commonwealth Games.

answers: NDQ_006327

answers: 2006 Commonwealth Games. In June 2003, Gordon Rich-Phillips,

answers: NDQ_006328

answers: The State Lawn Bowls Centre was developed especially for the 2006 Commonwealth Games.

answers: NDQ_006329

answers: The State Lawn Bowls Centre was developed especially for the 2006 Commonwealth Games.

answers: NDQ_006330

answers: The venue was built in time for the Games.

answers: NDQ_006331

answers: 2006 Commonwealth Games. In June 2003,

text: The Pioneer Venus Orbiter entered orbit around Venus on December 4, 1978, and performed observations to characterize the atmosphere and surface of Venus. It continued to transmit data until October 1992.

text: The Pioneer Venus Orbiter entered orbit around Venus on December 4, 1978, and performed observations to characterize the

text: atmosphere

text: and surface of Venus. It continued to transmit data until October 1992.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: It's impossible to say

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: NDQ_006330

answers: yes

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: The Pioneer Venus Orbiter entered orbit around Venus on December 4, 1978,

answers: NDQ_006324

answers: atmosphere

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: The Pioneer Venus Orbiter entered orbit around Venus

answers: NDQ_006327

answers: Venus.

answers: NDQ_006328

answers: The Pioneer Venus Orbiter entered orbit around Venus on December 4, 1978,

answers: NDQ_006329

answers: atmosphere and surface

answers: NDQ_006330

answers: atmosphere and surface of Venus.

answers: NDQ_006331

answers: Venus.

text: The atmospheric pressure at the surface of Venus is about 92 times that of the Earth, similar to the pressure found  below the surface of the ocean. The atmosphere has a mass of 4.8 kg, about 93 times the mass of the Earth's total atmosphere. The density of the air at the surface is 67 kg/m, which is 6.5% that of liquid water on Earth. The pressure found on Venus's surface is high enough that the carbon dioxide is technically no longer a gas, but a supercritical fluid. This supercritical carbon dioxide forms a kind of sea that covers the entire surface of Venus. This sea of supercritical carbon dioxide transfers heat very efficiently, buffering the temperature changes between night and day (which last 56 terrestrial days).

text: The atmospheric pressure at the surface of Venus is about 92 times that of the Earth, similar to the pressure found  below the surface of the ocean. The atmosphere has a mass of 4.8 kg, about 93 times the mass of the Earth's total atmosphere. The density of the air at the surface is 67 kg/m, which is 6.5% that of liquid water on Earth. The pressure found on Venus's surface is high enough that the carbon dioxide is technically no longer a gas, but a

text: supercritical fluid

text: . This supercritical carbon dioxide forms a kind of sea that covers the entire surface of Venus. This sea of

text: supercritical carbon dioxide

text: transfers heat very efficiently, buffering the temperature changes between night and day (which last 56 terrestrial days).

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: supercritical carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: volcanic activity on venus

answers: NDQ_006329

answers: sea that covers the entire surface of Venus

answers: NDQ_006330

answers: atmospheric pressure at the surface of Venus is about 92 times that of the Earth

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: 92 times that of the Earth,

answers: NDQ_006324

answers: supercritical carbon dioxide

answers: NDQ_006325

answers: 92 times

answers: NDQ_006326

answers: Venus is about 92 times that of the Earth,

answers: NDQ_006327

answers: 92 times that of the Earth,

answers: NDQ_006328

answers: 92 times that of the Earth,

answers: NDQ_006329

answers: 92 times that of the Earth,

answers: NDQ_006330

answers: 92 times that of the Earth,

answers: NDQ_006331

answers: Venus

text: Stars, planets, and moons keep their atmospheres by gravitational attraction, and as such, atmospheres have no clearly delineated boundary: the density of atmospheric gas simply decreases with distance from the object. The Earth's atmospheric pressure drops to about  at  of altitude, the Kármán line, which is a common definition of the boundary with outer space. Beyond this line, isotropic gas pressure rapidly becomes insignificant when compared to radiation pressure from the Sun and the dynamic pressure of the solar winds, so the definition of pressure becomes difficult to interpret. The thermosphere in this range has large gradients of pressure, temperature and composition, and varies greatly due to space weather. Astrophysicists prefer to use number density to describe these environments, in units of particles per cubic centimetre.

text: Stars, planets, and moons keep their

text: atmosphere

text: s by gravitational attraction, and as such, atmospheres have no clearly delineated boundary: the density of atmospheric gas simply decreases with distance from the object. The Earth's atmospheric pressure drops to about  at  of altitude, the

text: Kármán line

text: , which is a common definition of the boundary with outer space. Beyond this line, isotropic gas pressure rapidly becomes insignificant when compared to

text: radiation pressure

text: from the

text: Sun

text: and the

text: dynamic pressure

text: of the

text: solar wind

text: s, so the definition of pressure becomes difficult to interpret. The

text: thermosphere

text: in this range has large gradients of pressure, temperature and composition, and varies greatly due to

text: space weather

text: . Astrophysicists prefer to use

text: number density

text: to describe these environments, in units of particles per cubic centimetre.

answers: NDQ_006322

answers: the Sun

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmospheric gas

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: beyond this line, isotropic gas pressure rapidly becomes insignificant

answers: NDQ_006329

answers: density of atmospheric gas simply decreases with distance from the object

answers: NDQ_006330

answers: atmospheres have no clearly delineated boundary

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: moons

answers: NDQ_006323

answers: gravitational attraction,

answers: NDQ_006324

answers: gas

answers: NDQ_006325

answers: gravitational attraction,

answers: NDQ_006326

answers: the density of atmospheric gas simply decreases with distance from the object.

answers: NDQ_006327

answers: Sun

answers: NDQ_006328

answers: atmospheres have no clearly delineated boundary:

answers: NDQ_006329

answers: atmospheres have no clearly delineated boundary:

answers: NDQ_006330

answers: atmospheres have no clearly delineated boundary:

answers: NDQ_006331

answers: Stars,

text: NASA's Magellan spacecraft mission discovered that Venus has a geologically young surface with a relatively uniform age of 500±200 Ma (million years). The age of Venus was revealed by the observation of over 900 impact craters on the surface of the planet. These impact craters are nearly uniformly distributed over the surface of Venus and less than 10% have been modified by plains of volcanism or deformation. These observations indicate that a catastrophic resurfacing event took place on Venus around 500 Ma, and was followed by a dramatic decline in resurfacing rate. The radar images from the Magellan missions revealed that the terrestrial style of plate tectonics is not active on Venus and the surface appears to be immobile at the present time. Despite these surface observations, there are numerous surface features that indicate an actively convecting interior. The Soviet Venera landings revealed that the surface of Venus is essentially basaltic in composition based on geochemical measurements and morphology of volcanic flows.<ref name=Basilevsky1985>{{cite journal|last=Basilevsky|first=A.|display-authors=etal|title=The surface of Venus as revealed by the Venera landings|journal=Geological Society of America Bulletin|date=1985|volume=96|issue=1|pages=137–144|doi=10.1130/0016-7606(1985)96

text: NASA's

text: Magellan

text: spacecraft mission discovered that

text: Venus

text: has a geologically young surface with a relatively uniform age of 500±200 Ma (million years). The age of Venus was revealed by the observation of over 900 impact craters on the surface of the planet. These

text: impact crater

text: s are nearly uniformly distributed over the surface of Venus and less than 10% have been modified by plains of

text: volcanism

text: or deformation. These observations indicate that a catastrophic resurfacing event took place on Venus around 500 Ma, and was followed by a dramatic decline in resurfacing rate. The radar images from the Magellan missions revealed that the terrestrial style of

text: plate tectonics

text: is not active on Venus and the surface appears to be immobile at the present time. Despite these surface observations, there are numerous surface features that indicate an actively

text: convecting

text: interior. The Soviet Venera landings revealed that the surface of Venus is essentially

text: basalt

text: ic in composition based on

text: geochemical

text: measurements and morphology of volcanic flows.<ref name=Basilevsky1985>{{cite journal|last=Basilevsky|first=A.|display-authors=etal|title=The surface of Venus as revealed by the Venera landings|journal=Geological Society of America Bulletin|date=1985|volume=96|issue=1|pages=137–144|doi=10.1130/0016-7606(1985)96

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: basalt

answers: NDQ_006324

answers: basaltic

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: yes

answers: NDQ_006327

answers: It has extremely high atmospheric pressure and an intense greenhouse effect

answers: NDQ_006328

answers: less than 10% have been modified by plains of volcanism or deformation

answers: NDQ_006329

answers: surface features that indicate an actively convecting interior

answers: NDQ_006330

answers: has a geologically young surface with a relatively uniform age of 500 200 Ma

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: basaltic

answers: NDQ_006324

answers: volcanic flows.

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: The Soviet Venera landings

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: less than 10% have been modified by plains of volcanism

answers: NDQ_006329

answers: the surface of Venus is essentially basaltic in composition

answers: NDQ_006330

answers: Venus has a geologically young

answers: NDQ_006331

answers: Venus

text: Venus also presents several significant challenges to human colonization. Surface conditions on Venus are difficult to deal with: the temperature at the equator averages around , higher than the melting point of lead, which is 327°C. The atmospheric pressure on the surface is also at least ninety times greater than on Earth, which is equivalent to the pressure experienced under a kilometer of water. These conditions have caused missions to the surface to be extremely brief: the Soviet Venera 5 and Venera 6 probes were crushed by high pressure while still 18 km above the surface. Following landers such as Venera 7 and Venera 8 succeeded in transmitting data after reaching the surface, but these missions were brief as well, surviving no more than a single hour on the surface.

text: Venus also presents several significant challenges to human colonization. Surface conditions on Venus are difficult to deal with: the

text: temperature

text: at the

text: equator

text: averages around , higher than the

text: melting point

text: of

text: lead

text: , which is 327°C. The

text: atmospheric pressure

text: on the surface is also at least ninety times greater than on Earth, which is equivalent to the pressure experienced under a kilometer of water. These conditions have caused missions to the surface to be extremely brief: the Soviet

text: Venera 5

text: and

text: Venera 6

text: probes were crushed by high pressure while still 18 km above the surface. Following landers such as

text: Venera 7

text: and

text: Venera 8

text: succeeded in transmitting data after reaching the surface, but these missions were brief as well, surviving no more than a single hour on the surface.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: atmospheric pressure

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: yes

answers: NDQ_006328

answers: volcanic activity on Venus

answers: NDQ_006329

answers: surface conditions on Venus are difficult to deal with

answers: NDQ_006330

answers: surface conditions on Venus are difficult to deal with

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: lead,

answers: NDQ_006324

answers: lead,

answers: NDQ_006325

answers: ninety times greater

answers: NDQ_006326

answers: Earth,

answers: NDQ_006327

answers: ninety times greater than on Earth,

answers: NDQ_006328

answers: ninety times greater than on Earth,

answers: NDQ_006329

answers: the temperature at the equator

answers: NDQ_006330

answers: Surface conditions on Venus are difficult to deal with:

answers: NDQ_006331

answers: higher than the melting point of lead,

text: motion was conceived by motion and graphic designers Elaine Montoya and Becky Padilla, who observed that many working professionals in the motion picture and broadcast industries experience creative burnout largely due to the demands and long hours common in the industry. motion serves as a intimate "creative retreat" where professionals gather as a means to revitalize creativity.

text: motion was conceived by motion and graphic designers Elaine Montoya and Becky Padilla, who observed that many working professionals in the

text: motion picture

text: and

text: broadcast

text: industries experience creative burnout largely due to the demands and long hours common in the industry. motion serves as a intimate "creative retreat" where professionals gather as a means to revitalize creativity.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: isotopes

answers: NDQ_006329

answers: a ringed planet

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: motion was conceived by motion and graphic designers Elaine Montoya

answers: NDQ_006323

answers: Elaine Montoya and Becky Padilla,

answers: NDQ_006324

answers: motion

answers: NDQ_006325

answers: creative burnout largely due to the demands and long hours

answers: NDQ_006326

answers: motion

answers: NDQ_006327

answers: motion was conceived by motion and graphic designers Elaine Montoya

answers: NDQ_006328

answers: motion was conceived by motion and graphic designers Elaine Montoya

answers: NDQ_006329

answers: motion

answers: NDQ_006330

answers: motion was conceived by motion and graphic designers Elaine Montoya

answers: NDQ_006331

answers: motion was conceived by motion and graphic designers Elaine Montoya

text: |team1=Serbia|team2=Kazakhstan|venue=Burswood Entertainment Complex, Perth|date=2 January 2011|AWST]] (UTC+8)|surface=hard (indoors)|score1=3|score2=0|R1=|R2=|R3=}}

text: Burswood Entertainment Complex

text: Perth

text: |date=2 January 2011|AWST]] (

text: )|surface=hard (indoors)|score1=3|score2=0|R1=|R2=|R3=}}

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is so far away

answers: NDQ_006327

answers: Venus has an intense greenhouse effect.

answers: NDQ_006328

answers: NDQ_006329

answers: a swarm of red dwarfs

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: mercury is the 2nd hottest planet in the solar system

answers: NDQ_006322

answers: |team1=Serbia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006323

answers: |team1=Serbia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006324

answers: |team1=Serbia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006325

answers: |team1=Serbia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006326

answers: |team1=Serbia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006327

answers: |team1=Serbia|team2=Kazakhstan|venue=Burswood

answers: NDQ_006328

answers: Perth|date=2 January 2011|AWST]]

answers: NDQ_006329

answers: (UTC+8)|surface=hard

answers: NDQ_006330

answers: (UTC+8)|surface=hard (indoors)|score1=3|score2=0|R1=|R2=|R3=

answers: NDQ_006331

answers: |team1=Serbia|team2=Kazakhstan|venue=Burswood

text: Northsix was a DIY music venue in the Williamsburg neighborhood of Brooklyn, New York. It opened in the spring of 2001 and was one of the first of a wave of music venues to open in Brooklyn.

text: Northsix was a DIY music venue in the

text: Williamsburg

text: neighborhood of

text: Brooklyn

text: New York

text: . It opened in the spring of 2001 and was one of the first of a wave of music venues to open in Brooklyn.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: venus is a planet

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Northsix

answers: NDQ_006323

answers: Northsix

answers: NDQ_006324

answers: New York.

answers: NDQ_006325

answers: DIY music venue in the Williamsburg

answers: NDQ_006326

answers: Brooklyn, New York.

answers: NDQ_006327

answers: Northsix

answers: NDQ_006328

answers: 2001

answers: NDQ_006329

answers: Williamsburg

answers: NDQ_006330

answers: 2001

answers: NDQ_006331

answers: 2001

text: Machining is any process in which a cutting tool is used to remove small chips of material from the workpiece (the workpiece is often called the "work"). To perform the operation, relative motion is required between the tool and the work. This relative motion is achieved in most machining operation by means of a primary motion, called "cutting speed" and a secondary motion called "feed". The shape of the tool and its penetration into the work surface, combined with these motions, produce the desired shape of the resulting work surface.

text: Machining is any process in which a cutting tool is used to remove small chips of material from the workpiece (the workpiece is often called the "work"). To perform the operation, relative motion is required between the tool and the work. This relative motion is achieved in most machining operation by means of a primary motion, called "cutting speed" and a secondary motion called "feed". The shape of the tool and its penetration into the work surface, combined with these motions, produce the desired shape of the resulting work surface.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: a work surface

answers: NDQ_006330

answers: Machining

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Machining

answers: NDQ_006323

answers: Machining

answers: NDQ_006324

answers: Machining

answers: NDQ_006325

answers: relative motion

answers: NDQ_006326

answers: Machining

answers: NDQ_006327

answers: Machining

answers: NDQ_006328

answers: Machining

answers: NDQ_006329

answers: Machining

answers: NDQ_006330

answers: Machining

answers: NDQ_006331

answers: Machining

text: The planet Venus has a surface that is 90% basalt, indicating that volcanism played a major role in shaping its surface. The planet may have had a major global resurfacing event about 500 million years ago, from what scientists can tell from the density of impact craters on the surface. Lava flows are widespread and forms of volcanism not present on Earth occur as well. Changes in the planet's atmosphere and observations of lightning have been attributed to ongoing volcanic eruptions, although there is no confirmation of whether or not Venus is still volcanically active. However, radar sounding by the Magellan probe revealed evidence for comparatively recent volcanic activity at Venus's highest volcano Maat Mons, in the form of ash flows near the summit and on the northern flank.

text: The planet

text: Venus

text: has a surface that is 90%

text: basalt

text: , indicating that volcanism played a major role in shaping its surface. The planet may have had a major global resurfacing event about 500 million years ago, from what scientists can tell from the density of impact craters on the surface. Lava flows are widespread and forms of volcanism not present on Earth occur as well. Changes in the planet's atmosphere and observations of lightning have been attributed to ongoing volcanic eruptions, although there is no confirmation of whether or not Venus is still volcanically active. However, radar sounding by the Magellan probe revealed evidence for comparatively recent volcanic activity at Venus's highest volcano

text: Maat Mons

text: , in the form of ash flows near the summit and on the northern flank.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: basalt

answers: NDQ_006324

answers: basalt

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Lava flows are widespread and forms of volcanism not present on Earth occur as well

answers: NDQ_006329

answers: the planet may have had a major global resurfacing event about 500 million years ago

answers: NDQ_006330

answers: 90% basalt

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: basalt,

answers: NDQ_006324

answers: basalt,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: impact craters

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: volcanism played a major role in shaping its surface.

answers: NDQ_006329

answers: 90% basalt,

answers: NDQ_006330

answers: 90% basalt,

answers: NDQ_006331

answers: Venus

text: Putting on a show at the Fringe with the big venues can be costly to performers, due to registration fees, venue hire, cost of accommodation, and travel to Edinburgh. In recent years venue costs and the need for expensive marketing have been increasingly challenged by Free and other Independent venues. There is a change happening at the Fringe and performers can increasingly negotiate with the big venues. The festival is also a networking opportunity, training ground or springboard for future career advancement, and exciting and fun for performers as well as spectators.

text: Putting on a show at the Fringe with the big venues can be costly to performers, due to registration fees, venue hire, cost of accommodation, and travel to Edinburgh. In recent years venue costs and the need for expensive marketing have been increasingly challenged by Free and other Independent venues. There is a change happening at the Fringe and performers can increasingly negotiate with the big venues. The festival is also a networking opportunity, training ground or springboard for future career advancement, and exciting and fun for performers as well as spectators.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Volcanism on Venus

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Edinburgh.

answers: NDQ_006323

answers: Putting on a show at the Fringe

answers: NDQ_006324

answers: Putting on a show at the Fringe

answers: NDQ_006325

answers: Free

answers: NDQ_006326

answers: Putting on a show at the Fringe

answers: NDQ_006327

answers: Putting on a show at the Fringe

answers: NDQ_006328

answers: Putting on a show at the Fringe

answers: NDQ_006329

answers: Putting on a show at the Fringe

answers: NDQ_006330

answers: Putting on a show at the Fringe

answers: NDQ_006331

answers: Putting on a show at the Fringe

text: Motions can accomplish results beyond their stated and obvious purpose. An example in Robert's Rules of Order is using the motion to postpone indefinitely in order to enable members who have exhausted their right of debate on the main question an opportunity to speak further and to test the strength of opposition to the question, since straw polls are not in order. Another example of strategic use of motions is moving to reconsider in order to "clinch" a decision on the primary motion and prevent its reconsideration later, since a failed motion to reconsider cannot be reconsidered without unanimous consent. Since it is not possible to amend an amendment to an amendment, a member desiring to prevent amendments to his proposed language can do so by including it in a secondary amendment.

text: Motions can accomplish results beyond their stated and obvious purpose. An example in Robert's Rules of Order is using the motion to postpone indefinitely in order to enable members who have exhausted their right of debate on the main question an opportunity to speak further and to test the strength of opposition to the question, since

text: straw poll

text: s are not in order. Another example of strategic use of motions is moving to reconsider in order to "clinch" a decision on the primary motion and prevent its reconsideration later, since a failed motion to reconsider cannot be reconsidered without unanimous consent. Since it is not possible to amend an amendment to an amendment, a member desiring to prevent amendments to his proposed language can do so by including it in a secondary amendment.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: the planet is so close

answers: NDQ_006327

answers: motion to reconsider

answers: NDQ_006328

answers: motion to postpone

answers: NDQ_006329

answers: a topographical map

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: Mercury

answers: NDQ_006322

answers: Motions can accomplish results beyond their stated and obvious purpose.

answers: NDQ_006323

answers: Motions can accomplish results beyond their stated and obvious purpose.

answers: NDQ_006324

answers: Motions can accomplish results beyond their stated and obvious purpose.

answers: NDQ_006325

answers: a failed motion to reconsider cannot be reconsidered without unanimous consent.

answers: NDQ_006326

answers: Motions can accomplish results beyond their stated and obvious purpose.

answers: NDQ_006327

answers: Motions can accomplish results beyond their stated and obvious purpose.

answers: NDQ_006328

answers: Motions can accomplish results beyond their stated and obvious purpose.

answers: NDQ_006329

answers: Motions can accomplish results beyond their stated and obvious purpose.

answers: NDQ_006330

answers: Motions can accomplish results beyond their stated and obvious purpose.

answers: NDQ_006331

answers: Motions can accomplish results beyond their stated and obvious purpose.

text: Venus snow is a brightening of the radar reflection from the surface of Venus at high elevations. The "snow" appears to be a mineral condensate of lead sulfide and bismuth sulfide precipitated from the atmosphere at altitudes above 2600 metres.

text: Venus snow is a brightening of the radar reflection from the surface of

text: Venus

text: at high elevations. The "snow" appears to be a mineral condensate of

text: lead sulfide

text: and

text: bismuth sulfide

text: precipitated from the atmosphere at altitudes above 2600 metres.

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: lead sulfide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Venus snow

answers: NDQ_006329

answers: Venus snow

answers: NDQ_006330

answers: snow

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: lead sulfide and bismuth sulfide

answers: NDQ_006324

answers: lead sulfide and bismuth sulfide

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus at high elevations.

answers: NDQ_006327

answers: Venus snow

answers: NDQ_006328

answers: Venus snow

answers: NDQ_006329

answers: Venus snow

answers: NDQ_006330

answers: Venus at high elevations.

answers: NDQ_006331

answers: Venus

text: Products manufactured by the company include:

text: Products manufactured by the company include:

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: astronomical instruments

answers: NDQ_006327

answers: climate change

answers: NDQ_006328

answers: Volcanoes on Venus

answers: NDQ_006329

answers: a crater

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: include:

answers: NDQ_006323

answers: Products

answers: NDQ_006324

answers: Products

answers: NDQ_006325

answers: Products

answers: NDQ_006326

answers: Products

answers: NDQ_006327

answers: Products

answers: NDQ_006328

answers: Products

answers: NDQ_006329

answers: Products

answers: NDQ_006330

answers: Products

answers: NDQ_006331

answers: Products

text: Ranga Rao (Akkineni Nageswara Rao) is looking for a job. Prabhakar Rao (M. Prabhakar Reddy) mistakenly thinks that Ranga Rao is the son of a wealthy man and he wants Ranga Rao to marry his daughter Janaki (Sujatha). By the time Prabhakar Rao learns the truth, Ranga Rao and Janaki have fallen in love. They marry but go through a lot of troubles. Ranga Rao builds a huge empire by hard labor but neglects his wife always regrets that he could not give much time to her. Janaki gives birth to their son, Venu (again Akkineni Nageswara Rao) and passes away after one year due to cancer. Venu grows up and the same story of Ranga Rao & Janaki is about to repeat between Venu & his wife Sudha (Jaya Sudha).

text: Ranga Rao (Akkineni Nageswara Rao) is looking for a job. Prabhakar Rao (M. Prabhakar Reddy) mistakenly thinks that Ranga Rao is the son of a wealthy man and he wants Ranga Rao to marry his daughter Janaki (Sujatha). By the time Prabhakar Rao learns the truth, Ranga Rao and Janaki have fallen in love. They marry but go through a lot of troubles. Ranga Rao builds a huge empire by hard labor but neglects his wife always regrets that he could not give much time to her. Janaki gives birth to their son, Venu (again Akkineni Nageswara Rao) and passes away after one year due to cancer. Venu grows up and the same story of Ranga Rao & Janaki is about to repeat between Venu & his wife Sudha (Jaya Sudha).

answers: NDQ_006322

answers: venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: NDQ_006328

answers: NDQ_006329

answers: venus is a planet

answers: NDQ_006330

answers: is made of rock

answers: NDQ_006331

answers: NDQ_006322

answers: Ranga Rao

answers: NDQ_006323

answers: Ranga Rao

answers: NDQ_006324

answers: hard labor

answers: NDQ_006325

answers: Ranga Rao

answers: NDQ_006326

answers: Venu

answers: NDQ_006327

answers: Venu

answers: NDQ_006328

answers: Ranga Rao

answers: NDQ_006329

answers: Venu

answers: NDQ_006330

answers: Ranga Rao

answers: NDQ_006331

answers: Venu

text: The AN/AAQ-14 targeting pod contains a high-resolution, forward looking infrared sensor (which displays an infrared image of the target to the pilot), a laser designator/rangefinder for precise delivery of laser-guided munitions, a missile boresight correlator for automatic lock-on of the AGM-65 Maverick imaging infrared missiles, and software for automatic target tracking. These features simplify the functions of target detection, recognition and attack and permit pilots of single-seat fighters to attack targets with precision-guided weapons on a single pass.  A downgraded version for export with the AGM-65 Maverick air-to-ground missile compatibility deleted is designated as '''AN/AAQ-19 Sharpshooter'''.

text: The AN/AAQ-14 targeting pod contains a high-resolution,

text: forward looking infrared

text: sensor (which displays an infrared image of the target to the pilot), a

text: laser designator

text: rangefinder

text: for precise delivery of

text: laser-guided munitions

text: , a missile boresight correlator for automatic lock-on of the

text: AGM-65 Maverick

text: imaging infrared missiles, and software for automatic target tracking. These features simplify the functions of target detection, recognition and attack and permit pilots of single-seat fighters to attack targets with precision-guided weapons on a single pass.  A downgraded version for export with the

text: AGM-65 Maverick

text: air-to-ground missile compatibility deleted is designated as '''AN/AAQ-19 Sharpshooter'''.

answers: NDQ_006322

answers: asteroid

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: unanswerable

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: AN/AAQ-14 targeting pod

answers: NDQ_006330

answers: does not contain water

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: targets

answers: NDQ_006323

answers: AGM-65

answers: NDQ_006324

answers: laser-guided munitions,

answers: NDQ_006325

answers: AN/AAQ-14

answers: NDQ_006326

answers: forward looking infrared sensor

answers: NDQ_006327

answers: AN/AAQ-14

answers: NDQ_006328

answers: AN/AAQ-14

answers: NDQ_006329

answers: AN/AAQ-14

answers: NDQ_006330

answers: AN/AAQ-14

answers: NDQ_006331

answers: The AN/AAQ-14

text: • support and encourage member activities and involvement.

text: • support and encourage member activities and involvement.

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: support and encourage member activities

answers: NDQ_006327

answers: • encourage member activities and involvement

answers: NDQ_006328

answers: • encourage member activities and involvement

answers: NDQ_006329

answers: member activities and involvement

answers: NDQ_006330

answers: encourage member activities and involvement

answers: NDQ_006331

answers: support and encourage member activities

answers: NDQ_006322

answers: member

answers: NDQ_006323

answers: member

answers: NDQ_006324

answers: member

answers: NDQ_006325

answers: support and encourage member activities and involvement.

answers: NDQ_006326

answers: support and encourage member activities and involvement.

answers: NDQ_006327

answers: member activities and involvement.

answers: NDQ_006328

answers: member activities

answers: NDQ_006329

answers: support and encourage member activities and involvement.

answers: NDQ_006330

answers: member activities

answers: NDQ_006331

answers: member activities and involvement.

text: The purposes of motion are to allow the offense to change formations, and to gain clues about the defensive playcall, particularly whether the play is "zone" or "man-to-man" coverage (typically, a defense playing "man-to-man" coverage will have a single defender follow the offensive man-in-motion across the formation, whereas in a "zone" defense, as the man-in-motion travels across the formation, which defender is assigned to cover him will change, causing the entire defensive formation to shift to accommodate the modified coverage assignments), which can often cause the offensive team to modify its own playcall, using an audible, to a play that is better suited to defeating the defense's strategy.  In leagues that allow forward motion, motion can offer a chance to gain momentum on the defenders.

text: The purposes of motion are to allow the offense to change formations, and to gain clues about the defensive playcall, particularly whether the play is "zone" or "man-to-man" coverage (typically, a defense playing "man-to-man" coverage will have a single defender follow the offensive man-in-motion across the formation, whereas in a "zone" defense, as the man-in-motion travels across the formation, which defender is assigned to cover him will change, causing the entire defensive formation to shift to accommodate the modified coverage assignments), which can often cause the offensive team to modify its own playcall, using an audible, to a play that is better suited to defeating the defense's strategy.  In leagues that allow forward motion, motion can offer a chance to gain momentum on the defenders.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: motion

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: "zone" or "man-to-man"

answers: NDQ_006323

answers: audible,

answers: NDQ_006324

answers: audible,

answers: NDQ_006325

answers: "zone" or "man-to-man"

answers: NDQ_006326

answers: gain clues about the defensive playcall,

answers: NDQ_006327

answers: The purposes of motion are to allow the offense to change formations,

answers: NDQ_006328

answers: The purposes of motion are to allow the offense to change formations,

answers: NDQ_006329

answers: clues about the defensive playcall,

answers: NDQ_006330

answers: gain clues about the defensive playcall,

answers: NDQ_006331

answers: The purposes of motion are to allow the offense to change formations,

text: On 19 December 2006, the preliminary hearing took place in the North-Caucasian district's military tribunal and resulted in the change of the measure of restraint for Arakcheev and Khudyakov, and on 20 December the officers were arrested in the courtroom and sent to the Rostov pretrial detention center. The aggrieved party in its motion for detention of Arakcheev and Khudyakov stressed the fact that during the second trial the accused influenced the witnesses. But the higher authorities (the Supreme Court of the Russian Federation) in its order from 25 April 2006, determined the measure of restraint for the military men as recognizance not to leave, and after that there were no infringements.

text: On 19 December 2006, the preliminary hearing took place in the North-Caucasian district's military tribunal and resulted in the change of the measure of restraint for Arakcheev and Khudyakov, and on 20 December the officers were arrested in the courtroom and sent to the Rostov pretrial detention center. The aggrieved party in its motion for detention of Arakcheev and Khudyakov stressed the fact that during the second trial the accused influenced the witnesses. But the higher authorities (the Supreme Court of the Russian Federation) in its order from 25 April 2006, determined the measure of restraint for the military men as recognizance not to leave, and after that there were no infringements.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: North-Caucasian

answers: NDQ_006323

answers: North-Caucasian

answers: NDQ_006324

answers: 2006,

answers: NDQ_006325

answers: 19 December 2006,

answers: NDQ_006326

answers: On 19 December 2006,

answers: NDQ_006327

answers: On 19 December 2006,

answers: NDQ_006328

answers: On 19 December 2006,

answers: NDQ_006329

answers: North-Caucasian

answers: NDQ_006330

answers: On 19 December 2006,

answers: NDQ_006331

answers: On 19 December 2006,

text: Before the construction of this stadium, there was another one on the same place, wooden made, which first opened in 1940. Since it was small and unsafe, it was left apart in the early 1980s, and the football team moved its basis to the nearer Arquitecto Ricardo Etcheverri stadium, in the neighbourhood of Caballito. The idea was to build a modern and bigger stadium with the 5,800,000 dollars that the club received from the transfer of Diego Armando Maradona to the FC Barcelona but finally that money was invested in constructing other venues at the multisport complex Las Malvinas, owned by the same club, and in bringing some first level footballers in order to succeed at the national championship. The project of the new stadium had to wait until the next decade.

text: Before the construction of this stadium, there was another one on the same place, wooden made, which first opened in 1940. Since it was small and unsafe, it was left apart in the early 1980s, and the football team moved its basis to the nearer

text: Arquitecto Ricardo Etcheverri stadium

text: , in the neighbourhood of Caballito. The idea was to build a modern and bigger stadium with the 5,800,000 dollars that the club received from the transfer of Diego Armando Maradona to the

text: FC Barcelona

text: but finally that money was invested in constructing other venues at the multisport complex Las Malvinas, owned by the same club, and in bringing some first level footballers in order to succeed at the national championship. The project of the new stadium had to wait until the next decade.

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: unanswerable

answers: NDQ_006330

answers: no

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Barcelona

answers: NDQ_006323

answers: wooden

answers: NDQ_006324

answers: wooden

answers: NDQ_006325

answers: 1940.

answers: NDQ_006326

answers: Arquitecto Ricardo Etcheverri stadium,

answers: NDQ_006327

answers: 1940.

answers: NDQ_006328

answers: 1940.

answers: NDQ_006329

answers: Caballito.

answers: NDQ_006330

answers: 1940.

answers: NDQ_006331

answers: 1940.

text: The jacket description reads:

text: The jacket description reads:

answers: NDQ_006322

answers: uranus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: the planet is so close

answers: NDQ_006327

answers: It is a hot planet.

answers: NDQ_006328

answers: Volcanoes on Venus

answers: NDQ_006329

answers: a crater

answers: NDQ_006330

answers: is very hot

answers: NDQ_006331

answers: Mercury is the 2nd hottest planet in the solar system.

answers: NDQ_006322

answers: The jacket

answers: NDQ_006323

answers: The jacket

answers: NDQ_006324

answers: The jacket

answers: NDQ_006325

answers: The jacket

answers: NDQ_006326

answers: The jacket

answers: NDQ_006327

answers: The jacket

answers: NDQ_006328

answers: The

answers: NDQ_006329

answers: The jacket

answers: NDQ_006330

answers: The

answers: NDQ_006331

answers: The jacket

text: Scotia is located at  (41.466928, -98.702196).

text: Scotia is located at  (41.466928, -98.702196).

answers: NDQ_006322

answers: saturn

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: it is too far away

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: -98.702196

answers: NDQ_006329

answers: scotland

answers: NDQ_006330

answers: -98.702196

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Scotia

answers: NDQ_006323

answers: -98.702196).

answers: NDQ_006324

answers: -98.702196).

answers: NDQ_006325

answers: -98.702196).

answers: NDQ_006326

answers: Scotia is located at (41.466928,

answers: NDQ_006327

answers: -98.702196).

answers: NDQ_006328

answers: -98.702196).

answers: NDQ_006329

answers: Scotia

answers: NDQ_006330

answers: -98.702196).

answers: NDQ_006331

answers: -98.702196).

text: Final credits always showed panoramic views over a gigantic city of the future, and never featured any music; only the throb of some industrial machinery, sounding like a gigantic pump or a steam engine, beat in rhythm. The male characters from the planet Venus (Slim for example) presented obvious androgyne features (in contrast to the rustic, virile Martians). Thus the style of the entire series created an extremely eerie atmosphere, that remains rarely matched even by the best adult science-fiction on screen.

text: Final credits always showed panoramic views over a gigantic city of the future, and never featured any music; only the throb of some industrial machinery, sounding like a gigantic pump or a steam engine, beat in rhythm. The male characters from the planet Venus (Slim for example) presented obvious

text: androgyne

text: features (in contrast to the rustic,

text: virile

text: Martians). Thus the style of the entire series created an extremely eerie atmosphere, that remains rarely matched even by the best adult science-fiction on screen.

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: no

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: no

answers: NDQ_006329

answers: a gigantic city of the future

answers: NDQ_006330

answers: unanswerable

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Venus

answers: NDQ_006323

answers: a steam engine,

answers: NDQ_006324

answers: a gigantic pump or a steam engine,

answers: NDQ_006325

answers: Venus

answers: NDQ_006326

answers: Venus

answers: NDQ_006327

answers: Venus

answers: NDQ_006328

answers: Venus

answers: NDQ_006329

answers: a gigantic city of the future,

answers: NDQ_006330

answers: Venus (Slim for example) presented obvious androgyne features

answers: NDQ_006331

answers: Venus

text: Structure from motion may refer to:

text: Structure from motion may refer to:

answers: NDQ_006322

answers: neptune

answers: NDQ_006323

answers: solid rock

answers: NDQ_006324

answers: ice

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: astronomical observations

answers: NDQ_006327

answers: heat transfer

answers: NDQ_006328

answers: volcano

answers: NDQ_006329

answers: structure from motion

answers: NDQ_006330

answers: is moving

answers: NDQ_006331

answers: nuclei

answers: NDQ_006322

answers: Structure from motion

answers: NDQ_006323

answers: Structure from motion

answers: NDQ_006324

answers: Structure from motion

answers: NDQ_006325

answers: Structure from motion

answers: NDQ_006326

answers: Structure from motion

answers: NDQ_006327

answers: Structure from motion

answers: NDQ_006328

answers: Structure from motion

answers: NDQ_006329

answers: Structure from motion

answers: NDQ_006330

answers: Structure from motion

answers: NDQ_006331

answers: Structure from motion

text: Motion compensation photography (also known as ballistic synchro photography or smear photography when used to image high-speed projectiles) is a form of streak photography. When the motion of the film is opposite to that of the subject with an inverting (positive) lens, and synchronized appropriately, the images show events as a function of time. Objects remaining motionless show up as streaks. This is the technique used for finish line photographs. At no time is it possible to take a still photograph that duplicates the results of a finish line photograph taken with this method. A still is a photograph in time, a streak/smear photograph is a photograph of time. When used to image high-speed projectiles the use of a slit (as in streak photography) produce very short exposure times ensuring higher image resolution. The use for high-speed projectiles means that one still image is normally produced on one roll of cine film. From this image information such as yaw or pitch can be determined. Because of its measurement of time variations in velocity will also be shown by lateral distortions of the image.

answers: NDQ_006322

answers: io

answers: NDQ_006323

answers: iron

answers: NDQ_006324

answers: helium

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: NDQ_006329

answers: yaw

answers: NDQ_006330

answers: yaw

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Motion compensation photography

answers: NDQ_006323

answers: Motion compensation photography

answers: NDQ_006324

answers: Motion compensation photography

answers: NDQ_006325

answers: opposite

answers: NDQ_006326

answers: yaw or pitch can be determined.

answers: NDQ_006327

answers: Motion compensation photography

answers: NDQ_006328

answers: Motion compensation photography

answers: NDQ_006329

answers: yaw or pitch

answers: NDQ_006330

answers: yaw or pitch

answers: NDQ_006331

answers: Motion compensation photography

text: Earth's gravity allows it to hold an atmosphere. Water vapor and carbon dioxide in the atmosphere provide a temperature buffer (greenhouse effect) which helps maintain a relatively steady surface temperature. If Earth were smaller, a thinner atmosphere would allow temperature extremes, thus preventing the accumulation of water except in polar ice caps (as on Mars).

text: Earth's

text: gravity

text: allows it to hold an

text: atmosphere

text: . Water vapor and carbon dioxide in the atmosphere provide a temperature buffer (

text: greenhouse effect

text: ) which helps maintain a relatively steady surface temperature. If Earth were smaller, a thinner atmosphere would allow temperature extremes, thus preventing the accumulation of water except in

text: polar ice cap

text: s (as on

text: Mars

answers: NDQ_006322

answers: Mars

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: carbon dioxide

answers: NDQ_006325

answers: faster

answers: NDQ_006326

answers: no

answers: NDQ_006327

answers: no

answers: NDQ_006328

answers: Earth's gravity allows it to hold an atmosphere

answers: NDQ_006329

answers: a thin atmosphere

answers: NDQ_006330

answers: polar ice caps

answers: NDQ_006331

answers: no

answers: NDQ_006322

answers: Mars).

answers: NDQ_006323

answers: carbon dioxide

answers: NDQ_006324

answers: water

answers: NDQ_006325

answers: gravity

answers: NDQ_006326

answers: Earth's

answers: NDQ_006327

answers: Mars).

answers: NDQ_006328

answers: Mars).

answers: NDQ_006329

answers: polar ice caps

answers: NDQ_006330

answers: polar ice caps

answers: NDQ_006331

answers: Earth's